Consulting-Specifying Engineer
Articles
How to determine the ambient sound level
Sound level, audibility and intelligibility are key aspects of adhering to NFPA 72
Learn about IEQ and three important things to know
Learn about WELL, acoustics and VOCs as they relate to indoor environmental quality (IEQ)
How to determine the ambient sound level
Sound level, audibility and intelligibility are key aspects of adhering to NFPA 72
What is indoor air quality? Learn the basics
This brief overview defines and describes IAQ as it relates to buildings
Your questions answered: Power generation systems in high-performance buildings
Electrical engineers must consider many factors when designing power generation systems. Get answers to your questions from this live webcast here
Video: Relationships between HVAC efficiency and power usage effectiveness (PUE): Partial loads
This explains partial loads and the effect they have on HVAC efficiency and power usage effectiveness (PUE).
Lighting: How codes, guidelines affect lighting design
Good lighting and lighting controls enhance building design, conserve energy and increase productivity, safety, security, personal comfort, sales, attendance and profit.
Your questions answered: How to design power control system modernization projects
When renewing power control systems, understanding how it is specified reduces disruption to the electrical system. Review responses to several questions from this webcast
Video: How to design hospital, health care facility HVAC systems
The heating, ventilation and air conditioning system must be based on high design standards — it’s hard to think of an engineering project with higher standards than a hospital or health care facility.
Your questions answered: Notification systems and NFPA 72-2022
Fire signaling and notification system questions are answered here
Video: How to design hospital electrical systems
Hospital electrical system design must accommodate every area including lighting, utilization devices and the entire electrical infrastructure.
VTW: Electrical systems and rooms considerations
It's necessary to understand the types of general interior spaces that factor into new building design
Sponsored content: Achieving indoor air quality in buildings
In this video conversation, Daikin Applied’s Zachary Everett looks at how engineers can achieve indoor air quality (IAQ) goals
How to balance sustainability and operability in health care design
Health care facilities 24/7 operation and specific operation requirements make sustainability goals difficult to achieve
How to design sustainable and adaptable HVAC systems for hospitals
Hospitals and health care facilities in intense climates present unique challenges when designing HVAC systems
How to specify motors for more efficient HVAC systems
By learning how to correctly calculate motor size and HVAC pressure drops, engineers can specify systems that save building owners energy and money
Hospital designs: Adapting fire and life safety systems
Fire protection codes and standards are shifting in a post-pandemic world, necessitating engineers and designers to adapt these systems
Important codes and standards in designing health care buildings
Engineers need to stay informed on new technologies and best practices to comply with codes like NFPA 99 and FGI requirements.
Building design trends in hospitals and health care facilities
Lessons from COVID-19 have made flexibility and resiliency top concerns when designing for hospitals and other health care facilities
How automation is being used for health care buildings
The adoption of automation and smart technologies in healthcare facilities is transforming project work, but challenges persist because of data security concerns and HIPAA compliance.
Consulting-Specifying Engineer most-viewed lighting articles in 2023
Read the best articles about UV lights, lighting control design, lighting budget and more.
Your questions answered: Power generation and the critical role biogas plays in the energy landscape
In this webcast, attendees learned about biogas as a main or backup fuel, biogas distributed generation characteristics and resiliency and renewable distributed generation.
Your questions answered: Indoor air quality and indoor environmental quality
IAQ and IEQ are a focus for mechanical engineers specifying or retrofitting HVAC systems
Your questions answered: The future of single-phase variable speed heat pumps
During the September 13 webcast, attendees were walked through an overview of mini VRF heat pump technology.
How engineers expect tech to change, proven systems to remain
Research report confirms power generation, EV charging stations to grow while traditional electrical system technologies remain ubiquitous
Your questions answered: Integrating fire and life safety system testing
Fire and life safety system testing is defined by several codes and standards
Your questions answered: Generator set-based paralleling
This webcast provided a comprehensive overview of a typical paralleling emergency power system and dove into the fundamental key features needed to parallel generator sets. Check out the additional questions on genset-based paralleling.
Your questions answered: Reducing genset emissions with HVO
HVOs help use today's technology to reduce emissions both onsite as well as throughout the full carbon cycle. This CSE webcast discussed both the performance and environmental impact of a generator set fueled by HVO.
Your questions answered: Acoustic design for occupant well-being, health and productivity
During the September 9 webcast, attendees were introduced to inspiring case studies demonstrating the successful integration of sound masking solutions in real–life projects.
Video: Using NFPA 285 for fire performance tests of exterior wall assemblies
Why fire protection engineers should be paying special attention to exterior walls, specifically exterior walls of tall buildings
Your questions answered: Uninterruptible power supply (UPS) foundational learnings
Discover how uninterruptible power supply (UPS) systems play a vital role in ensuring the availability and protection of critical equipment and data during power outages and voltage fluctuations.
Your critical power questions answered: Electrical systems and rooms
Learn best practices for designing electrical rooms and additional information from the webcast.
Your questions answered: Harmonic distortion essentials and solutions
Discover the essentials of IEEE 519-2022 and how it relates to harmonic distortion in power systems.
How to specify backup, standby and emergency power in mission critical facilities
Understand the codes and standards that define the design of emergency, standby and backup power systems for mission-critical facilities.
Video: Transformers, uninterruptible power supplies and switchgear
Engineers should know the design concepts for selecting and sizing transformers, uninterruptible power supplies and switchgear to help achieve energy efficiency in various facilities
Video: Arc flash mitigation
De-energizing electrical equipment results in the safest conditions for electrical workers.
Your questions answered: What is the new energy landscape and how does it affect microgrids?
By designing a microgrid for a building or campus, engineers can help their clients reduce reliance on the electric utility. Read this Q&A for extra information
Benefits and challenges of increased automation in colleges and universities
College and university buildings are becoming more reliant on technology as a way of teaching and learning, creating new design challenges for engineers.
Unique electrical and power considerations for university buildings
Utilizing creative and flexible solutions in electrical, power and lighting systems can help meet the changing needs and loads for different buildings on college campuses
Questions and answers: Best practices for implementing BACnet protocols
Jason Gerke and Yanlin Zeng answer questions about BACnet protocols
Electrical and power considerations to best design labs and classrooms
College and university buildings are becoming more reliant on technology as a way of teaching and learning, creating new design challenges for engineers.
Your questions answered: Know how to design power systems in mission critical facilities
Learn about the choices and criteria for the planning and design of mission critical facility switchgear, automatic and static transfer switches and UPS in this Q&A.
How different codes and standards influence design decisions for colleges
College and university buildings are becoming more reliant on technology as a way of teaching and learning, creating new design challenges for engineers.
Critical power systems expert panel
Electrical engineers must understand the specific owner project requirements for the building’s power systems and ensure that the generator specification and system topologies meet all those requirements for cost, construction schedule, component performance and system maintainability.
Your questions answered: Retrofitting systems in existing buildings with boilers
Hot water condensing boilers offer an excellent replacement solution in many applications and their theory of operation, advantages and disadvantages are well documented. Read this Q&A to learn more.
Back to basics: Control systems, drives and motors
This presentation will discuss control diagrams, coordination with trades and power outage concerns. Applications of dampers, valves, contactors and sensors will also be discussed.
HVAC design considerations and solutions for unique university spaces
Spaces on college campus like labs, gyms, auditoriums and dorms have specific HVAC requirements to ensure comfort and germ-free environments
Trends and information to know to design better college and university buildings
Environmental considerations and building for future flexibility are top considerations when looking at college and university buildings
Your questions answered: How to select a clean agent suppression system
Learn about fire protection and suppression systems, specifically clean agent systems, in this Q&A.
Electrical: Circuit Protection, part 3: Questions and answers on electrical and circuit protection
Randall Ehret and John Yoon answer additional questions from the webcast viewers on electrical and circuit protection.
Your questions answered: How to design electric vehicle charging stations
Are your clients asking for electric vehicle charging stations? Learn more from these answered questions
Sponsored content: Source isolation switch use cases
Electrical engineers need to know where and how a source isolation switch (SIS) might be deployed as well as the concept of “battery first” to optimize sustainability.
Electrical: Circuit Protection, part 2: Hospital electrical circuit protection case study
Randall Ehret outlines an example of electrical and circuit protection using a hospital as an example.
Sponsored content: Establishing UL 3008
Most electrical engineers know about UL 1008: Transfer Switch Equipment, and they need to learn about UL 3008: Automatic Interconnection Switches for Emergency Systems.
Electrical: Circuit Protection, part 1: Overview of electrical protection, standards
John Yoon provides an overview of electrical and circuit protection and the different standards and best practices engineers need to know.
Questions and answers: Lighting and lighting control design
Tony Staub and Michael Chow answer questions about lighting and lighting control from the live webcast audience
Sponsored content: Isolation versus transfer
Understand what is different in a battery energy storage system (BESS) application versus a generator application.
Fire, life safety trends drive industrial, manufacturing building design
Fire and life safety systems in industrial and manufacturing buildings must protect both occupants and materials within the facility
Sustainability, efficiency drive industrial, manufacturing building design
Sustainability and renewable energy systems are pushing mechanical, electrical, plumbing and fire protection engineers to design industrial and manufacturing buildings differently
Industrial, manufacturing building electrical, power system design
Industrial, manufacturing facilities have high power needs, and electrical engineers must rise to the challenge
Sponsored content: BESS for resiliency
A battery energy storage system (BESS) is often seen as an emergency source, as are generators. But what are the pros and cons? See video.
Codes and standards drive industrial, manufacturing building design
Building codes and standards aid engineers in designing industrial and manufacturing buildings
Your questions answered: Electrical: Circuit protection
Webcast presenters answer additional questions about electrical and circuit protection and best practices engineers can apply.
Sponsored content: Here come the batteries
Increased demand for renewable energy is driving the adoption of battery and photovoltaic design requests.
Automation and sustainability drive industrial, manufacturing building design
Automation, logistics and sustainability are pushing mechanical, electrical, plumbing and fire protection engineers to design industrial and manufacturing buildings differently
Sponsored content: Evolution of the NAM electrical infrastructure
Electrical engineers are focusing on cabling and wiring, generators and transfer switches. What else is on the horizon? See video.
Lighting systems webcast: Designing an energy-efficient lighting system
Understanding codes, controls and commissioning are foundational for an effective lighting design for a new or existing building. Register for this webcast to learn from our selected experts
Electric protection benefits for engineers in building design
Electrical engineers who understand the full circuit protection requirements will be able to design safe and reliable electrical distribution systems for buildings. Learn more and register for an upcoming webcast on June 28.
What do you need to know about designing fire and life safety in data centers?
Will data centers get larger? More efficient? Use less water? Learn about the fire and life safety trends here
Using a lighting construction budget to select fixtures and understand color quality, part 2
Tony Staub discusses how a lighting construction budget requires careful selection of fixtures and understanding of color quality, while carefully navigating changing costs per square foot
What do you need to know about automation and controls in data centers?
Will data centers use more automation? Building controls? Artificial intelligence? Learn about the trends here
What do you need to know about designing HVAC systems in data centers?
Will data centers get larger? More efficient? Have different HVAC systems? Learn about the trends here
What do you need to know about electrical, power systems in data centers?
Will data centers get larger? More efficient? Use less energy? Learn about the trends here
What do you need to know about the codes, standards relevant to data centers?
What do engineers need to understand about codes and standards when designing data centers? Learn about the trends here
What do you need to know about making data centers sustainable?
Will data centers incorporate innovative sustainability and energy-efficiency features? Learn about the trends here
What do you need to know about designing data centers?
Will data centers get larger? More efficient? Use less water? Learn about the trends here
Your questions answered: Can BACnet control an HVAC system?
Through the webcast and these responses, gain a basic understanding of ASHRAE 135: BACnet — A Data Communication Protocol for Building Automation and Control Networks
Understanding and navigating lighting standards and codes in building design, part 1
Michael Chow and Tony Staub discuss lighting and energy codes, standards and guidelines, focusing particularly on ASHRAE Standard 90.1 and the International Energy Conservation Code
2023 40 Under 40: Rebecca Birmingham, 37
Ventures Lead; IP + Digital Counsel, Arup; JD, Brooklyn Law School
2023 40 Under 40: Martina Botturi, 38
Associate Principal, Electrical Designer, BR+A; MS, Engineering and Architecture, Sapienza University of Rome
2023 40 Under 40: Carrie Cremin, PE, LEED AP BD+C, 35
Principal, AKF; BS, Mechanical Engineering, Cooper Union
2023 40 Under 40: Bryan Derr, PE, 39
Principal, Coffman Engineers; BS, Fire Protection Engineer, University of Maryland
2023 40 Under 40: Zara Fahim, PE, LEED AP EBOM, CEM, 38
Senior Energy Engineer, Arup; MS, Mechanical Engineering, University of Illinois at Urbana-Champaign
2023 40 Under 40: Ari Greenberg, PE, LEED AP BD+C, CPHC, 31
Senior Associate, HVAC & Sustainable Design, BR+A; BSE, Mechanical Engineering, Princeton University
2023 40 Under 40: Miles Grubbs, PE, LEED AP BD+C, WELL AP, 38
Lead Mechanical Engineer, Little Diversified Architectural Consulting Inc.; BS, Mechanical Engineering, North Carolina State University
2023 40 Under 40: Andy Guthrie, 39
Associate, Acoustic and Audiovisual Consulting, Arup; Ph.D., Architectural Acoustics, Rensselaer Polytechnic Institute
2023 40 Under 40: Doug Heineke, PMP, 37
Senior Project Manager, Mott MacDonald; BA, Communications, University of Massachusetts, Amherst
2023 40 Under 40: Qini Meko Huang, CLD, LC, WELL AP, CLCP, IALD, 37
Senior Lighting Designer, Arcadis IBI Group; University Bachelor, Computer Science, Navy Commanders Academy of People's Liberation Army of China
2023 40 Under 40: Amir Ibraheem, PE, 37
Senior Project Engineer – Mechanical, Mott MacDonald; BS, Mechanical Systems, Faculty of Engineering, Cairo University
2023 40 Under 40: Kevin Jayne, PE, LEED AP, 38
Project Manager, Affiliated Engineers Inc.; BS, Mechanical Engineering, University of Wisconsin-Madison
2023 40 Under 40: Tyler Kelleher, 34
Senior Associate, Electrical Engineer, BR+A Consulting Engineers; MS, Architecture, Wentworth Institute of Technology
2023 40 Under 40: Britt Kern, PE, LEED AP BD+C, 34
Senior Mechanical Engineer, GPI; MA, Architectural Engineering, Pennsylvania State University
2023 40 Under 40: Laura Maddux, PE, 39
Electrical Department Facilitator, Affiliated Engineers Inc.; BS, Electrical Engineering, Texas A&M University
2023 40 Under 40: Jerry Manavalan, 32
Associate, Senior Electrical Engineer, Kohler Ronan LLC Consulting Engineers; BE, Electrical Engineering, Manhattan College
2023 40 Under 40: Thomas Martin, PE, CPHC, CEM, BEMP, LEED AP, 36
Senior Associate, Sustainable Design, BR+A Consulting Engineers; BS, Mechanical Engineering Technology, Wentworth Institute of Technology
2023 40 Under 40: Roger Maybrier, PE, CxT, 38
Partner, CMTA Inc.; BS, Mechanical Engineering, University of Kentucky
2023 40 Under 40: Danny McGrail, PE, LEED AP BD+C, 33
Science & Technology Practice Director, Henderson Engineers; BS, Architectural Engineering, Kansas State University
2023 40 Under 40: Brendan McGrath, PE, LEED AP O+M, CCP, 39
Southeast Commissioning Team Leader, AKF; BS, Environmental Engineering, University of Florida
2023 40 Under 40: William McGugan, 33
Electrical Engineer, CDM Smith; ME, Electrical Engineering, Worcester Polytechnic University
2023 40 Under 40: Courtney Myers, PE, 28
Fire Protection Engineer, Jensen Hughes; BS, Fire Protection Engineering, University of Maryland
2023 40 Under 40: Ian O’Connor, PE, CEM, 33
Senior Energy Engineer, Cyclone Energy Group; BS, Industrial and Systems Engineering, University of Florida
2023 40 Under 40: Benjamin Olejniczak, PE, 32
Senior Project Engineer, ESD; BS, Mechanical Engineering, Valparaiso University
2023 40 Under 40: Erin Popa, PE, LEED AP BD+C, 33
Associate Principal, HVAC Engineer, BR+A Consulting Engineers; MAE, Architectural Engineering, Penn State University
2023 40 Under 40: Aric Reed, PE, 34
Senior Project Executive, Bernhard; BS, Kansas State University
2023 40 Under 40: Emily Royal, PE, LEED AP BD+C, 35
Technical Service Leader, Electrical Engineering, BG Buildingworks; MS, Architectural Engineering, University of Kansas
2023 40 Under 40: Mehran Salehi, Ph.D., 35
Building Environmental Science Associate, Harris Co.; Ph.D., Philosophy in Mechanical Engineering, University of Toledo
2023 40 Under 40: Corey Sanders, PE, 39
Senior Associate Engineer, IMEG Corp.; BS, Electrical Engineering, University of Wisconsin, Platteville
2023 40 Under 40: Michael Scott, PE, CxA, CEM, 34
Associate, WSP USA; BS, Mechanical Engineering, Texas A&M University
2023 40 Under 40: Kristen Spina, PE, LC, 40
Senior Electrical Engineer, IMEG Corp.; BS, Electrical Engineering, Iowa State University
2023 40 Under 40: Gavin Stewart, PEng, 34
Associate, Senior Mechanical Engineer, SMS Engineering; BS, Mechanical Engineering, University of Manitoba
2023 40 Under 40: Michael Stewart, CTS, 39
Partner, Electrical Engineer, CMTA; BS, Electrical Engineering, University of Kentucky
2023 40 Under 40: Kori Terray, PE, 36
Senior Electrical Engineer, Richardson Engineering; BS, Electrical Engineering, Northeastern University
2023 40 Under 40: Steve Torre, PE, LEED AP, 39
Principal, CMTA; BS, Mechanical Engineering, University of Maryland
2023 40 Under 40: Usha Tyson, PE, 38
Director, Jensen Hughes; BS, Fire Protection Engineering, University of Maryland
2023 40 Under 40: Catie VanWormer, PE, LEED AP, 39
Director of Hydronics, Cleaver-Brooks; BS, Mechanical Engineering, Michigan Technological University
2023 40 Under 40: Giselle Villar, EIT, 29
Automation Engineer, CDM Smith; BS, Engineering Science and Mechanics, Virginia Polytechnic Institute
2023 40 Under 40: Kiersten Washle, CEM, LEED Green Associate, LFA, ActiveScore AP, 27
Building Science Engineer, CMTA; MS, Engineering Management, George Washington University
2023 40 Under 40: Mark Wassif, PE, 40
Assistant Vice President, Design Services, MTA Construction and Development; MS, Electrical, New York University
Your questions answered: EPS, EPSS in NFPA 110
Understanding emergency power supplies was covered in a recent webcast about NFPA 110.
K-12 roundtable focuses on IAQ, IEQ
HVAC systems are being upgraded at K-12 schools, with a push from COVID-19
Codes, standards drive respondents in this K-12 roundtable
Energy codes and air quality requirements direct design at K-12 schools
K-12 roundtable focuses on automation, control technologies
Building automation and controls systems are being incorporated into K-12 schools
K-12 roundtable focuses on energy efficiency technologies
HVAC and security systems are being upgraded at K-12 schools
K-12 schools’ electrical and power systems
Electrical and power systems are being upgraded at K-12 schools
K-12 roundtable focuses on advanced technologies
HVAC and security systems are being upgraded at K-12 schools
Your questions answered: NFPA 110
Does your mission critical facility need backup power? Learn to specify by reading this Q&A from a recent NFPA 110 webcast.
HVAC and BAS webcast: Can BACnet control an HVAC system?
Register for this webcast March 21, 2023, to help identify how building automation systems can be incorporated.
Critical Power webcast: NFPA 110: Standard for Emergency and Standby Power Systems
Do you need to know about backup power? Attend this educational webcast to learn more about NFPA 110
Offices codes and standards change, accommodating new work styles
To appeal to various clients and work styles, office building codes and standards are shifting
Office fire systems change, accommodating new work styles
To appeal to various clients and work styles, office building fire system design is being updated
Offices change, accommodating new work styles
To appeal to various clients and work styles, office building design is shifting
Offices change to accommodate sustainability goals
To appeal to various clients and work styles, office buildings are moving toward becoming more energy efficient
Offices change, accommodating electrical and power requirements
To appeal to various clients and work styles, office building electrical system design is shifting
Automation and controls in offices change, accommodating new work styles
To appeal to various clients and work styles, office building automation system design is shifting
Sponsored video: Q Range offers European market broad generator options
Cummins Power Generation’s Q Range of generators expands the options for many applications in the European market
Sponsored video: Air distribution in health care buildings, labs and cleanrooms
Air distribution is key in these critical environments
2023 40 Under 40 nominations open
Nominations will be accepted through Jan. 20, 2023, for this year’s 40 Under 40 awards program
Health care building design model shifts how HVAC is handled
As hospitals and health care facilities evolve, the HVAC systems within them must update to meet air quality and HVAC needs
Health care building design model shifts for fire, life safety
As hospitals and health care facilities evolve, the fire and life safety systems within them must change
Health care building electrical, lighting design model shifts
As hospitals and health care facilities evolve, the lighting, power and electrical systems within them must change
Health care building energy efficiency design model shifts
As hospitals and health care facilities evolve, the engineered systems within them must change and become more energy efficient and sustainable
Codes, standards cause health care building design model to shift
As hospitals and health care codes and standards evolve, the designs and technologies must change.
Health care building automation, controls model shifts
As hospitals and health care facilities evolve, the building automation and controls within them must change
Health care building design model shifts
As hospitals and health care facilities evolve, the engineered systems within them must change
Your questions answered: Smart buildings, network requirements
This Q&A looks at many aspects of smart buildings, including how smart building capabilities can be leveraged in COVID-19
Sponsored video: Switchgear or switchboards?
Which electrical option is more appropriate?
Consulting-Specifying Engineer September/October 2022 issue
Read the September/October 2022 issue
Case study: Smart buildings
Two case studies highlight the aspect of smart buildings
Webcast: Specifying fire and life safety systems
Attend this webcast on October 12 2022, to learn about mass notification systems to alert the occupants and first responders, including a review of nonfire event notification practices.
Webcast: Designing to mitigate arc flash problems
Attend this webcast on September 27, 2022, to learn design techniques, including pros and cons that will reduce arc flash incident energy.
How to define a smart building
Sanjyot Bhusari helps define a smart building and what that eventually means to the building owner and operator
Manufacturing and industrial building HVAC, plumbing trends
Several new and retrofit manufacturing building projects show trends in HVAC and plumbing systems
Manufacturing and industrial building energy efficiency trends
Several new and retrofit manufacturing building projects show trends in speed to market and energy efficiency
Consulting-Specifying Engineer Announces the 2022 MEP Giants
The 2022 MEP Giants have been announced, highlighting the top 100 engineering firms in the industry
Manufacturing and industrial building codes and standards trends
Several new and retrofit manufacturing building projects show trends in codes and standards changing
Manufacturing and industrial building fire, life safety trends
Several new and retrofit manufacturing building projects show trends in fire and life safety systems
Manufacturing and industrial building electrical, power trends
Several new and retrofit manufacturing building projects show trends in electrical, power and lighting systems
Manufacturing and industrial building trends
Several new and retrofit manufacturing building projects show trends in speed to market and energy efficiency
Video: K-12 schools can be both energy efficient and comfortable
In this video conversation with Steve Mrak, he discusses how new and existing buildings can be made more sustainable and comfortable to K-12 school occupants
Sponsored video: Key market drivers for the power generation business
Dr. Scott Strudwick with Cummins Inc. looks ahead at key market drivers, plus insights on how new technologies will change the power generation business
Webcast: How to specify HVAC motors, drives to meet energy goals
Attend this webcast on August 2, 2022, to review new, energy-efficient motor and drive technologies and teach engineers to calculate payback to help them with conversations with building owners and facility managers.
Webcast: Understanding HVO fuel in gensets
Attend this webcast on August 17, 2022, to learn about Hydrotreated Vegetable Oil (HVO) fuel and its environmental impact on the traditional diesel-powered generator system.
Webcast: What to consider when designing a paralleling power system
Attend this webcast on September 15, 2022, to learn when and how a system-level control fits in the power system.
Video: How do rural hospitals differ from urban ones?
Jose Torres from RMF Engineering looks at how engineers designing rural hospitals must get full buy-in from the maintenance staff when specifying new equipment or upgrading older systems
Sponsored video: What does the future of generator testing look like?
Gary Johansen, VP of Engineering with Cummins, looks at the past 10 years of genset testing, and where we’ll be in the future
Codes and standards drive trends, changes in data center design
Several codes and standards are pushing the engineered systems in data centers in different directions
Trends, changes in data center electrical system design
Several trends are pushing the electrical and power systems in data centers in different directions
Trends, changes in data center HVAC design
Several trends are pushing the HVAC systems in data centers in different directions
Video: HVAC trends in office buildings
Dewberry’s Kevin McNiff provides insights on office buildings, specifically their HVAC systems
Trends, changes in data center fire and life safety system design
Several trends are pushing the fire and life safety systems in data centers in different directions
Trends, changes in data center control system design
Several trends are pushing the control systems in data centers in different directions
Webcast: Pairing VRF with applied HVAC solutions
Attend this webcast on July 27, 2022, to learn how Linear Expansion Valve (LEV) Kits help pair VRF with applied HVAC solutions for more flexibility to meet a building’s specific load, airflow, and application requirements.
Webcast: Critical Power: Power for industrial facilities
This webcast on July 26, 2022, will discuss when uninterruptible power supply systems are required, and their specifications, understand how to evaluate and analyze the power needs for such systems and more.
Webcast: Fire and life safety: Suppression systems
This webcast on July 21, 2022, will explain the minimum building codes/standards that govern fire suppression systems, such as the International Building Code, International Fire Code and a variety of NFPA codes and standards.
Energy efficiency trends, changes in data centers
Several trends are pushing the energy efficiency and sustainability in data centers in different directions
Trends, changes in data center design
Several trends are pushing the engineered systems in data centers in different directions
Video: Stan Everett looks at the future of office buildings
Stan Everett, managing principal of Salas O’Brien’s offices in Georgia, Florida and North Carolina, looks at how new technologies are changing the way we think about office buildings
Webcast: How to design an electrical room with a reduced footprint
This webcast on June 16, 2022 will discuss various methods of footprint reduction for both LV and MV equipment including strategies beyond using smaller equipment.
Webcast: How to design electrical distribution systems
Attend this webcast on June 30, 2022 to understand basic features when selecting, specifying and applying electrical distribution systems.
Consulting-Specifying Engineer May/June 2022 issue
Learn more about the 40 Under 40 winners and more in the May/June issue of Consulting-Specifying Engineer.
Your questions answered: Fire and life safety: Detection systems
Fire detection systems are specified for the safety of the building’s occupants in the event of a fire. Read more for responses to items left unanswered at the April 28 webcast
Research: What do you need to know about HVAC and BAS?
Energy efficiency improvements were a big driver for consulting engineers when specifying HVAC and BAS for building clients
Sponsored video: Trends in cooling technologies
Ankush Kumar, president of SPX Global Cooling, provides details on what to expect in HVAC going forward
Webcast: Critical Power: Renewable energy systems
Attend this webcast on May 24, 2022 to learn what to consider when interconnecting renewable energy production systems.
Webcast: Specifying transfer switch controls
Attend this webcast on June 9, 2022 to learn how to select and specify the correct transfer switch control, based on application.
Video: Electrification, decarbonization in hospitals
Two experts from Henderson Engineers explain how hospitals are setting trends in building electrification
Video: How has the engineering of health care buildings changed?
Darren Harvey of Smith Seckman Reid provides insight on how the health care industry has shifted since COVID-19 began
Sponsored video: Integrating building electrical systems
Wissam Balshe, Cummins, provides an overview of new technologies in the electrical engineering industry.
Your questions answered: How to incorporate controls into HVAC systems
HVAC systems and their controls have continued to advance
Video: Hospital electrical system trends
Danna Jensen from Certus Consulting Engineers talks about how global issues affect the design of hospital electrical systems
Technology drives K-12 school changes, while meeting codes and standards
Updates, COVID and tech trends are shifting the way K-12 schools are designed to achieve code
Technology drives fire, life safety design in K-12 schools
Updates, COVID and tech trends are shifting the way K-12 schools’ fire and life safety systems are designed
Technology drives K-12 school changes: Electrical, power and lighting
Updates, COVID and tech trends are shifting the way electrical and power systems in K-12 schools are designed
Technology drives K-12 school changes for energy efficiency, sustainability
Updates, COVID and tech trends are shifting the way K-12 schools are designed. Here’s a look at the topic of energy efficiency, sustainability and renewable energy systems
Technology drives K-12 school changes in automation and controls
Updates, COVID and tech trends are shifting the way K-12 schools are designed with regard to building automation and controls
Technology drives HVAC, plumbing changes in K-12 school
Updates, COVID and tech trends are shifting the way K-12 schools are designed, specifically the HVAC and plumbing systems
Webcast: Fire and life safety: Detection systems
Attend this webcast on April 28, 2022 to explore the challenges and solutions of designing fire and life safety systems
Technology drives K-12 school changes
Updates, COVID and tech trends are shifting the way K-12 schools are designed
Webcast: Transfer Switch Fundamentals: Features and Functions Overview
Attend this webcast on April 27, 2022, to learn about the basic features and functions of transfer switch application
Webcast: Critical power: Generators and their design
Attend this webcast on April 5, 2022, to learn about generator power systems
Webcast: How to incorporate controls into HVAC systems
Attend this webcast on March 31, 2022 to learn about HVAC systems
Video: Trends in college, university HVAC systems with John Fleming
Decarbonization and resiliency are core topics for Dewberry’s John Fleming
Video: College and university trends with Jennifer Luce
Technology is leading the way on college and university campuses
Office building codes, standards may change
COVID, employee well-being and indoor air quality issues have all changed the way office building codes and standards are considered
Office building HVAC design has changed
COVID, employee well-being and indoor air quality issues have all changed the way office building HVAC systems are designed
Office building control, automation design
COVID, employee well-being and indoor air quality issues have all changed the way office building controls and automation are designed
Office building sustainable design has changed
COVID, employee well-being and indoor air quality issues have all changed office buildings sustainability goals
Office building design has changed
COVID, employee well-being and indoor air quality issues have all changed the way office buildings are designed
Office building electrical, power system design has changed
COVID, employee well-being and indoor air quality issues have all changed the way office building electrical and power systems are considered
Sponsored video: Trends in HVAC systems with Deana Fu
At the AHR Expo in Las Vegas, Deana Fu shared information about where the HVAC industry is headed
Your questions answered: Dynamic UPS systems: How kinetic energy can protect sensitive processes and equipment
Dynamic uninterruptible power supply systems provide conditioned electrical power to mission critical facilities. Learn the basics, along with benefits of specifying
Video: Trends in chillers and chilled water systems with Dennis Sczomak
Peter Basso Associates’ Dennis Sczomak takes a look at chillers and chilled water systems, and how integrating then with other HVAC elements plays a role
Webcast: Specifying generator set paralleling controls
Learn how to parallel generators for emergency power systems, along with their fundamental control features
Critical power webcast: Backup, standby and emergency power in mission critical facilities
Understand how sustainability and the environment are impacting considerations for backup generators, including fuel sources and emissions
Offices change, accommodating HVAC and plumbing trends
To appeal to various clients and work styles, office building HVAC and plumbing design is shifting
Dynamic UPS systems webcast: How kinetic energy can protect sensitive processes and equipment
Dynamic uninterruptible power supply systems provide conditioned electrical power to mission critical facilities. Learn the basics, along with benefits of specifying
How are hospital HVAC systems being designed differently?
Hospitals and health care facilities are changing and their HVAC systems must transform with them
How are hospital fire and life safety systems being designed differently?
Hospitals and health care facilities are changing and their fire and life safety systems must transform with them
How are hospitals being designed differently to achieve energy efficiency?
Hospitals and health care facilities are changing and their energy efficiency and sustainability systems must transform with them
How are hospital control systems being designed differently?
Automation and controls systems at hospitals and health care facilities are changing
Video: Designing smart buildings with Aaron Szalaj
In this conversation with Aaron Szalaj from Stanley Consultants, hear how designers can help their clients select the most appropriate smart building technologies
Critical power webcast: Meeting power quality needs
Devices using power electronics can produce distortion in electrical distribution systems, and it’s up to the electrical engineer to apply effective solutions to mitigate this added distortion
How are hospitals being designed differently?
Hospitals and health care facilities are changing and their engineered systems must transform with them
How are hospitals being designed to meet codes and standards?
Hospitals and health care facility codes and standards are changing and their engineered systems must transform with them
Learn the status of the electrical, power industry
In these proprietary 2021 research results, learn about the specifying and buying habits in the electrical and power industry
State of the Industry Webcast: Power Design Research Results
We asked, you answered and now we’d like to share your thoughts on the state of the industry during these unusual times.
2021 Product of the Year
Consulting-Specifying Engineer reveals the recipients for the 2021 Product of the Year program.
COVID, sustainability drive codes and standards in college building design
Colleges and universities have been sustainability trendsetters over the past several years. COVID-19 has required designers to think differently
COVID, sustainability, energy efficiency drive college building design
Colleges and universities have been sustainability trendsetters over the past several years. COVID-19 has required designers to think differently about building sustainably
COVID, sustainability drive college fire, life safety design
Colleges and universities have been sustainability trendsetters over the past several years. COVID-19 has required designers to think differently about fire and life safety systems.
COVID, sustainability drive college HVAC design
Colleges and universities have been sustainability trendsetters over the past several years. COVID-19 has required designers to think differently, especially about HVAC systems
COVID, sustainability drive college electrical, power design
Colleges and universities have been sustainability trendsetters over the past several years. COVID-19 has required designers to think differently
COVID, sustainability drive college building design
Colleges and universities have been sustainability trendsetters over the past several years. COVID-19 has required designers to think differently
Designing fire/life safety systems in health care buildings
Both active and passive fire protection systems are specified to ensure the safety and well-being of health care building occupants in case of a fire.
Changes in energy efficiency of manufacturing, industrial building market
Several changes regarding sustainable, energy-efficient design of manufacturing and industrial buildings are covered here by the experts
Changes in HVAC systems of the manufacturing, industrial building market
Several changes to the design of HVAC and plumbing systems of manufacturing and industrial buildings are covered here by the experts
Changes to controls and automation in the manufacturing, industrial building market
Several changes to the design of automation and building controls in the manufacturing and industrial buildings are covered here by the experts
Changes in the electrical, power systems in manufacturing, industrial buildings
Several changes to the design of manufacturing and industrial buildings are covered here by electrical, power and lighting experts
Changes to codes, standards in the manufacturing, industrial building
Several changes to the design of manufacturing and industrial buildings are covered here by the experts, with a focus on codes and standards
Changes in the manufacturing, industrial building market
Several changes to the design of manufacturing and industrial buildings are covered here by the experts
Education Session: Low- and Medium-Voltage Electrical Systems
In this session on Oct. 19, 2021, you will learn about the codes and standards regarding electrical system design, understand the basics of a single-line diagram, explore products and systems within the low- and medium-voltage classification, and review buildings in which both low- and medium-voltage electrical systems have been included, and their interaction.
Education Session: How to Select Transfer Switches
By attending this session on Oct. 19, 2021, you will understand the basics of transfer switch selection, including specifying the correct type.
Education Session: Specifying Generator Set Fuel Sources
By attending this course attendees will learn about gaseous generator sets, and how NFPA 110 affects their specifications.
Education Session: How to Design Health Care Power Systems
Emergency power supply systems in hospitals and health care facilities are key aspects of the electrical and power system. Learn how to design and specify power systems in these mission critical facilities by attending this session.
Back to Basics Education Session: Electric Motors
Electrical engineers should understand the basics of motors and how to specify them in various applications. Learn about these basics on Day Five of Fall 2021 Virtual Training Week
Consulting-Specifying Engineer September 2021 issue
Read the September 2021 issue to learn about the 2021 MEP Giants, using BIM in a pandemic and getting boiler design right.
Arc flash mitigation design
Learn design techniques, including pros and cons, that will reduce arc flash incident energy, and more.
Consulting-Specifying Engineer announces 2021 MEP Giants
The 2021 MEP Giants list highlights the top companies in mechanical, electrical, plumbing and fire protection engineering
Fire & Life Safety Systems 2021 Report
This proprietary research study evaluates the use of fire and life safety systems, types of systems specified, total annual dollar amount of systems specified and critical challenges affecting the industry.
How to design electrical systems in government buildings
In this Q&A with multiple experts, learn how to design electrical and power systems in government, state, municipal, federal, correctional and military buildings
How to design controls, automation in government buildings
In this Q&A with multiple experts, learn how to design building automation systems and controls for government, state, municipal, federal, correctional and military buildings
How to design government buildings: HVAC systems
In this Q&A with multiple experts, learn how to design HVAC and plumbing systems government, state, municipal, federal, correctional and military buildings
How to design government buildings sustainably
In this Q&A with multiple experts, learn how to design energy-efficient systems in government, state, municipal, federal, correctional and military buildings
Consulting-Specifying Engineer July/August 2021 issue
Read the July/August 2021 issue to learn about data center supercomputers, hydraulic systems design for high-rise buildings and the 2021 Product of the Year finalists.
How to design government buildings: codes and standards
In this Q&A with multiple experts, learn how to use codes and standards design government, state, municipal, federal, correctional and military buildings
How to design government buildings
In this Q&A with multiple experts, learn how to design government, state, municipal, federal, correctional and military buildings
How pandemics affect HVAC in building design
COVID-19 affected engineers and building professionals’ designs in many ways, including HVAC and plumbing
How pandemics affect building design, codes and standards
COVID-19 affected engineers and building professionals’ designs in many ways, such as codes and standards
How pandemics affect sustainability in a building’s design
COVID-19 affected engineers and building professionals’ designs in many ways, including energy efficiency and sustainability
How pandemics affect automation, controls in building design
COVID-19 affected engineers and building professionals’ designs in many ways, including building automation systems and controls
How pandemics affect electrical, power in building design
COVID-19 affected engineers and building professionals’ designs in many ways, such as electrical, power and lighting systems
How pandemics affect building design
COVID-19 affected engineers and building professionals’ designs in many ways
Consulting-Specifying Engineer June 2021 issue
Read the June 2021 issue to learn about the innovators in industrial manufacturing, chiller energy optimization versus building automation, how pandemics affect building design and more.
Electrical distribution systems webcast
Attend this June 15 webcast for continuing education on electrical distribution systems
Specifying systems for energy efficiency in manufacturing, warehouse buildings
Warehouse, manufacturing and logistics facilities need engineering experts to specify various systems to achieve energy efficiency and sustainability
Specifying HVAC systems in manufacturing, warehouse buildings
Warehouse, manufacturing and logistics facilities need engineering experts to specify various HVAC and plumbing systems
Specifying fire, life safety systems in manufacturing, warehouse buildings
Warehouse, manufacturing and logistics facilities need engineering experts to specify various fire and life safety systems
Specifying electrical systems in manufacturing, warehouse buildings
Warehouse, manufacturing and logistics facilities need engineering experts to specify various electrical and power systems
Specifying systems in manufacturing, warehouse buildings to meet codes and standards
Warehouse, manufacturing and logistics facilities need engineering experts to specify various systems that meet codes and standards
Specifying BAS in manufacturing, warehouse buildings
Warehouse, manufacturing and logistics facilities need engineering experts to specify various building automation systems
Consulting-Specifying Engineer May 2021 issue
Read the May 2021 digital edition to learn about the 40 Under 40 winners and more!
2021 40 Under 40 winners announced
The 2021 40 Under 40 award winners are models of achievement
Toby White joins editorial advisory board
Toby White, PE, LEED AP, from Arup, Boston, has joined the Consulting-Specifying Engineer editorial advisory board
How to design data centers: HVAC systems
An expert panel provides engineering and design tips for HVAC systems in this Q&A
How to design data centers: Codes and standards
An expert panel provides engineering and design tips in this Q&A, including information about codes and standards
How to design data centers: Building automation systems
An expert panel provides engineering and design tips about building automation systems, control and technology in this Q&A
How to design data center electrical and power systems
An expert panel provides engineering and design tips for electrical, power and lighting systems in this Q&A
How to design data center fire, life safety systems
An expert panel provides engineering and design tips for fire and life safety systems in this Q&A
How to design data centers
An expert panel provides engineering and design tips in this Q&A
How to design data centers: Energy efficiency and sustainability
An expert panel provides engineering and design tips to design energy-efficient data centers in this Q&A
Consulting-Specifying Engineer April 2021 issue
Read the April 2021 digital edition to learn about modeling software, wireless lighting systems, how to design data centers, and more.
Best practices for engineering government buildings: Building automation
Designing utilities, public works, airport, mass transit, transportation or other government projects is a big task. Learn how to design automation, controls and technology systems in government buildings.
Best practices for engineering government buildings: Codes and standards
Designing utilities, public works, airport, mass transit, transportation or other government projects is a big task. Learn how to design government buildings using the appropriate codes and standards.
Best practices for engineering government buildings: Electrical and power systems
Designing utilities, public works, airport, mass transit, transportation or other government projects is a big task. Learn how to design electrical, power and lighting in government buildings.
Best practices for engineering government buildings: HVAC and plumbing
Designing utilities, public works, airport, mass transit, transportation or other government projects is a big task. Learn how to design mechanical systems in government buildings.
How HVAC, BAS have changed during COVID-19
In this proprietary research study, respondents provided information on a variety of HVAC and BAS topics, plus details about how COVID-19 has affected their work
Best practices for engineering government buildings: Energy efficiency
Designing utilities, public works, airport, mass transit, transportation or other government projects is a big task. Learn how to design energy-efficient systems in government buildings.
Best practices for engineering government buildings: Fire and life safety
Designing utilities, public works, airport, mass transit, transportation or other government projects is a big task. Learn how to design fire and life safety systems in government buildings.
Best practices for engineering government buildings
Designing utilities, public works, airport, mass transit, transportation or other government projects is a big task. Learn how to design government buildings.
Consulting-Specifying Engineer March 2021 issue
Read the March 2021 digital edition to learn about air handling systems, emergency lighting designs, NFPA 72 and more.
Enhancing learning in K-12 schools: Electrical systems
Students and teachers benefit from many electrical engineering technologies in K-12 schools
Enhancing learning in K-12 schools: Fire and life safety
Students and teachers benefit from many fire and life safety engineering technologies in K-12 schools
Enhancing learning in K-12 schools: HVAC systems
Students and teachers benefit from many air quality and HVAC technologies in K-12 schools
Enhancing learning in K-12 schools via building codes
Students and teachers benefit from many engineering codes and standards in K-12 schools
Enhancing learning in K-12 schools with energy-efficiency buildings
Students and teachers benefit from many engineering technologies in K-12 schools, including sustainable building systems
Enhancing learning in K-12 schools via building automation systems
Students and teachers benefit from many building automation, controls technologies in K-12 schools
Enhancing learning in K-12 schools
Students and teachers benefit from many engineering technologies in K-12 schools
Darren Bruce joins Consulting-Specifying Engineer editorial advisory board
Darren Bruce, PE, LEED AP BD+C, is a director of strategic planning, Mid-Atlantic region, for NV5, Arlington, Va. He joins the Consulting-Specifying Engineer editorial advisory board as a new member
Ben Olejniczak joins Consulting-Specifying Engineer editorial advisory board
Ben Olejniczak, PE, is a senior project engineer, mechanical, with ESD in Chicago. He has joined the Consulting-Specifying Engineer editorial advisory board as a new member
Office buildings focus on air quality, energy efficiency
Designing office buildings in a post-COVID world is a challenging task with engineering variables
Office buildings focus on air quality, energy efficiency with codes and standards
Designing office buildings in a post-COVID world is a challenging task with engineering variables. Learn about codes and standards
Office buildings focus on air quality, energy efficiency: Building automation
Designing office buildings in a post-COVID world is a challenging task with engineering variables; building automation and controls come into play
Office buildings focus on air quality, energy efficiency, electrical systems
Designing office buildings in a post-COVID world is a challenging task with engineering variables. Read about electrical, power and lighting systems
Office buildings focus on air quality, energy efficiency, sustainability
Designing office buildings in a post-COVID world is a challenging task with engineering variables and energy efficiency goals
Office buildings focus on air quality, energy efficiency, fire/life safety
Designing office buildings in a post-COVID world is a challenging task with engineering variables, including fire and life safety systems
Office buildings focus on air quality, energy efficiency, HVAC systems
Designing office buildings in a post-COVID world is a challenging task with engineering variables such as HVAC systems
Consulting-Specifying Engineer January/February 2021 issue
Read the January/February 2021 digital edition to learn about HVAC system design, energy storage systems, office building design and ASHRAE 90.1.
2021 40 Under 40 nomination deadline extended
The nomination deadline for the 40 Under 40 program has been extended to Jan. 29, 2021
Designing flexible, safe labs: Fire and life safety
Safety, budget and flexibility are key factors when designing laboratory and research space
Designing flexible, safe labs: HVAC and plumbing
Safety, budget and flexibility are key factors when designing laboratory and research space
Designing flexible, safe labs
Safety, budget and flexibility are key factors when designing laboratory and research space
Designing flexible, safe labs: Energy efficiency
Safety, budget and flexibility are key factors when designing laboratory and research space
Designing flexible, safe labs: Building automation and controls
Safety, budget and flexibility are key factors when designing laboratory and research space
Designing flexible, safe labs: Codes and standards
Safety, budget and flexibility are key factors when designing laboratory and research space
Designing, retrofitting hospitals during COVID: Sustainability
While COVID-19 has changed many aspects in a health care facility, some things remain identical. Learn about energy efficiency and sustainability
Designing, retrofitting hospitals during COVID: Fire and life safety
While COVID-19 has changed many aspects in a health care facility, some things remain identical, including fire and life safety systems
Designing, retrofitting hospitals during COVID: Codes and standards
While COVID-19 has changed many aspects in a health care facility, some things remain identical; know the codes and standards
Designing, retrofitting hospitals during COVID: HVAC and plumbing
While COVID-19 has changed many aspects of HVAC systems in a health care facility, some things remain identical
Designing, retrofitting automation and controls hospitals during COVID
While COVID-19 has changed many aspects in a health care facility, some things remain identical. Learn about building automation systems and controls
Designing, retrofitting hospitals during COVID: Electrical, power and lighting
While COVID-19 has changed many aspects in a health care facility, some things remain identical. Understand how to design electrical, power and lighting systems
Designing, retrofitting hospitals during COVID
While COVID-19 has changed many aspects in a health care facility, some things remain identical
Students, tech, COVID drive higher ed design fire, life safety design
College and university building design is being driven by student needs, technology and new air quality demands
Students, tech, COVID drive higher ed HVAC design
College and university building design is being driven by student needs, technology and new air quality demands
Students, tech, COVID drive higher ed design of electrical, lighting systems
College and university building design is being driven by student needs, technology and new air quality demands
Students, tech, COVID drive higher ed design of automation and controls
College and university building design is being driven by student needs, technology and new air quality demands
Students, tech, COVID drive higher ed design
College and university building design is being driven by student needs, technology and new air quality demands
Students, tech, COVID drive codes, standards in higher ed design
College and university building design is being driven by student needs, technology and new air quality demands
Students, tech, COVID drive higher ed efficiency design
College and university building design is being driven by student needs, technology and new air quality demands
Basics of building automation in industrial, manufacturing facilities
Industrial and manufacturing facilities have several building automation and controls needs engineers must include in new or retrofit projects
Basics of codes and standards for industrial, manufacturing facility design
Industrial and manufacturing facilities have specialty codes and standards engineers must include in new or retrofit projects
Basics of industrial, manufacturing facility design: Electrical, power and lighting
Industrial and manufacturing facilities have specialty electrical and lighting needs engineers must include in new or retrofit projects
Basics of HVAC, plumbing systems for industrial, manufacturing facilities
Industrial and manufacturing facilities have specialty HVAC and plumbing needs engineers must include in new or retrofit projects
Basics of industrial, manufacturing facility design
Industrial and manufacturing facilities have specialty needs engineers must include in new or retrofit projects
Basics of industrial, manufacturing facility fire, life safety system design
Industrial and manufacturing facilities have specialty fire and life safety system needs engineers must include in new or retrofit projects
Basics of energy efficiency for industrial, manufacturing facility design
Industrial and manufacturing facilities have specialty energy efficiency and sustainability needs engineers must include in new or retrofit projects
Best practices for designing fire, life safety in government buildings
Learn how to specify fire and life safety systems for government and military buildings
Best practices for designing electrical, power and lighting in government buildings
Learn how to specify electrical, power and lighting systems for government and military buildings
Best practices for designing government buildings sustainably
Learn how to specify sustainable, energy-efficient systems for government and military buildings
Best practices for designing government buildings using codes and standards
Learn how to specify systems for government and military buildings by referencing the correct codes and standards
Best practices for designing government buildings: Automation, controls and technology
Learn how to specify automation, controls and technology systems for government and military buildings
Best practices for designing HVAC systems in government buildings
Learn how to specify HVAC systems for government and military buildings
Best practices for designing government buildings
Learn how to specify systems for government and military buildings
Consulting-Specifying Engineer June 2020 Issue
Read the June 2020 digital edition to learn about NFPA 99, maintaining health care facilities and how engineers are responding to COVID-19.
How is COVID-19 affecting retail, restaurants? Electrical, power and lighting are discussed
With consumers frequently enjoying delivered meals and shopping for goods online, brick-and-mortar restaurants and retail structures need to be more advanced in their power, electrical and lighting systems to compete
How is COVID-19 affecting retail, restaurants? Read about building automation, controls
With consumers frequently enjoying delivered meals and shopping for goods online, brick-and-mortar restaurants and retail structures need to have more advanced building automation systems than ever to compete
How is COVID-19 affecting retail, restaurants? Learn about fire, life safety
With consumers frequently enjoying delivered meals and shopping for goods online, brick-and-mortar restaurants and retail structures need to maintain fire and life safety standards
How is COVID-19 affecting retail, restaurants? Updates on HVAC and plumbing
With consumers frequently enjoying delivered meals and shopping for goods online, HVAC and plumbing systems need to be robust in brick-and-mortar restaurants and retail structures
How is COVID-19 affecting retail, restaurants? Learn about codes and standards
With consumers frequently enjoying delivered meals and shopping for goods online, brick-and-mortar restaurants and retail structures need to be more advanced than ever to compete
How is COVID-19 affecting retail, restaurants?
With consumers frequently enjoying delivered meals and shopping for goods online, brick-and-mortar restaurants and retail structures need to be more advanced than ever to compete
How is COVID-19 affecting retail, restaurants? Learn about energy conservation
With consumers frequently enjoying delivered meals and shopping for goods online, brick-and-mortar restaurants and retail structures need to be more advanced and energy-efficient than ever to compete
Warehouse, manufacturing facilities go high-tech: Building automation and controls
Warehouse, manufacturing and logistics buildings are more than simple boxy structures used to make products and store them before they move onto their next destination. Engineers working find these facilities can be as complex and advanced as any other building. What’s more, factors like increased interest in online shopping and demand to have desired products yesterday are boosting demand for these projects.
Warehouse, manufacturing facilities go high-tech: Sustainability and energy efficiency
Warehouse, manufacturing and logistics buildings are more than simple boxy structures used to make products and store them before they move onto their next destination. Engineers working find these facilities can be as complex and advanced as any other building
COVID-19 state of the engineering industry: Part 3
Three things you need to know about the engineering industry right now
Warehouse, manufacturing facilities go high-tech: HVAC
Warehouse, manufacturing and logistics buildings are more than simple boxy structures used to make products and store them before they move onto their next destination. HVAC and plumbing systems are complex, and require specialized design
Warehouse, manufacturing facilities go high-tech: Fire and life safety
Warehouse, manufacturing and logistics buildings are more than simple boxy structures used to make products and store them before they move onto their next destination. Fire and life safety systems can be as complex and advanced as any other building
Warehouse, manufacturing facilities go high-tech: Electrical and power
Warehouse, manufacturing and logistics buildings are more than simple boxy structures used to make products and store them before they move onto their next destination. Electrical, power and lighting systems add another layer of complexity
Warehouse, manufacturing facilities go high-tech: Codes and standards
Warehouse, manufacturing and logistics buildings are more than simple boxy structures used to make products and store them before they move onto their next destination. Engineers find these codes and standards can be as complex and advanced as any other building
Warehouse, manufacturing facilities go high-tech
Warehouse, manufacturing and logistics buildings are more than simple boxy structures used to make products and store them before they move onto their next destination. Engineers working find these facilities can be as complex and advanced as any other building. What’s more, factors like increased interest in online shopping and demand to have desired products yesterday are boosting demand for these projects.
Consulting-Specifying Engineer May 2020 Issue
Read the May 2020 digital edition to learn about the 40 Under 40 winners as well as stories about smoke control, critical power systems and battling COVID-19.
2020 40 Under 40 winners announced
These 2020 40 Under 40 winners have what it takes to lead the building industry to a higher level
Staying educated during COVID-19: State of the consulting engineering industry, part 2
Consulting engineers must attend continuing education sessions to stay involved, even during the COVID-19 pandemic, according to Amara Rozgus
COVID-19 state of the consulting engineering industry: Part 1
Consulting engineers have been keeping busy during the COVID-19 pandemic, according to Amara Rozgus
Data centers achieve a new level of high-tech: HVAC systems
Designing solutions for data center clients — whether hyperscale or colocation facilities — requires advanced engineering knowledge
Data centers achieve a new level of high-tech: Fire and life safety
Designing solutions for data center clients — whether hyperscale or colocation facilities — requires advanced engineering knowledge
Data centers achieve a new level of high-tech: Codes and standards
Designing solutions for data center clients — whether hyperscale or colocation facilities — requires advanced engineering knowledge
Data centers achieve a new level of high-tech: Energy efficiency
Designing solutions for data center clients — whether hyperscale or colocation facilities — requires advanced engineering knowledge
Data centers achieve a new level of high-tech: Electrical and power systems
Designing solutions for data center clients — whether hyperscale or colocation facilities — requires advanced engineering knowledge
Data centers achieve a new level of high-tech: Controls and building automation
Designing solutions for data center clients — whether hyperscale or colocation facilities — requires advanced engineering knowledge
Data centers achieve a new level of high-tech
Designing solutions for data center clients — whether hyperscale or colocation facilities — requires advanced engineering knowledge
How to design K-12 schools: Fire, life safety systems
With increasingly complex systems and technology coming into play, work on modern K-12 projects is anything but elementary
How to design K-12 schools: HVAC, plumbing systems
With increasingly complex systems and technology coming into play, work on modern K-12 projects is anything but elementary
How to design K-12 schools: Sustainable design
With increasingly complex systems and technology coming into play, work on modern K-12 projects is anything but elementary
How to design K-12 schools: Electrical, power and lighting systems
With increasingly complex systems and technology coming into play, work on modern K-12 projects is anything but elementary
How to design K-12 schools: How codes and standards affect design
With increasingly complex systems and technology coming into play, work on modern K-12 projects is anything but elementary
How to design K-12 schools: Building automation and controls
With increasingly complex systems and technology coming into play, work on modern K-12 projects is anything but elementary
How to design K-12 schools
With increasingly complex systems and technology coming into play, work on modern K-12 projects is anything but elementary
What’s so special about office buildings? Learn about electrical and lighting solutions
Office buildings are complex structures containing automated features, energy-saving designs, high-tech equipment and other components as advanced as you’d find in any other state-of-the-art project. Electrical, power and lighting systems are at the forefront
What’s so special about office buildings? Learn about codes and standards
Office buildings are complex structures containing automated features, energy-saving designs, high-tech equipment and other components as advanced as you’d find in any other state-of-the-art project; it is vital to understand codes and standards
What’s so special about office buildings? Learn about fire and life safety systems
Office buildings are complex structures containing automated features, energy-saving designs, high-tech equipment and other components as advanced as you’d find in any other state-of-the-art project. Fire protection engineers play a key role
What’s so special about office buildings? Learn about HVAC and plumbing
Office buildings are complex structures containing automated features, energy-saving designs, high-tech equipment and other components as advanced as you’d find in any other state-of-the-art project. Read this for details on HVAC system and plumbing, piping and pumps
What’s so special about office buildings? Learn about sustainability, energy efficiency
Office buildings are complex structures containing automated features, energy-saving designs, high-tech equipment and other components as advanced as you’d find in any other state-of-the-art project. Read on for details about energy efficiency and sustainability
What’s so special about office buildings? Learn about automation and controls
Office buildings are complex structures containing automated features, energy-saving designs, high-tech equipment and other components as advanced as you’d find in any other state-of-the-art project. Building automation and controls play a key role
What’s so special about office buildings?
Office buildings are complex structures containing automated features, energy-saving designs, high-tech equipment and other components as advanced as you’d find in any other state-of-the-art project
Lab, research facility design: Codes and standards
Learn tips on how to design labs and research facilities — some of the most high-tech buildings around
Lab, research facility design: Electrical, power and lighting
Learn tips on how to design labs and research facilities — some of the most high-tech buildings around
Lab, research facility design: Building automation and controls
Learn tips on how to design labs and research facilities — some of the most high-tech buildings around
Lab, research facility design: HVAC and plumbing
Learn tips on how to design labs and research facilities — some of the most high-tech buildings around
Lab, research facility design: Fire, life safety
Learn tips on how to design labs and research facilities — some of the most high-tech buildings around
Lab, research facility design
Learn tips on how to design labs and research facilities — some of the most high-tech buildings around
Lab, research facility design: Sustainability and energy efficiency
Learn tips on how to design labs and research facilities — some of the most high-tech buildings around
2020 40 Under 40 nominations now being accepted
Nominations are now open for the 2020 40 Under 40 awards program. Nominate a junior team member by Jan. 31, 2020
Ask an expert: Hospitals, health care facilities: Codes and standards
Health care facility designers are expected to keep pace with increasingly complex, advanced engineered systems and features
Ask an expert: Hospitals, health care facilities: Automation and controls
Health care facility designers are expected to keep pace with increasingly complex, advanced engineered systems and features
Ask an expert: Hospitals, health care facilities: Electrical and lighting systems
Health care facility designers are expected to keep pace with increasingly complex, advanced engineered systems and features
Ask an expert: Hospitals, health care facilities: HVAC
Health care facility designers are expected to keep pace with increasingly complex, advanced engineered systems and features
Ask an expert: Hospitals, health care facilities
Health care facility designers are expected to keep pace with increasingly complex, advanced engineered systems and features
Ask an expert: Hospitals, health care facilities: Fire and life safety
Health care facility designers are expected to keep pace with increasingly complex, advanced engineered systems and features
Ask an expert: Hospitals, health care facilities: Sustainability and energy efficiency
Health care facility designers are expected to keep pace with increasingly complex, advanced engineered systems and features
Learning how to engineer colleges, universities better: HVAC and plumbing
Read about emerging trends in college and university buildings, and learn about the emerging trends impacting their design
Learning how to engineer colleges, universities better: Codes and standards
Read about emerging trends in college and university buildings, and learn about the emerging trends impacting their design
Learning how to engineer colleges, universities better: Sustainability and energy efficiency
Read about emerging trends in college and university buildings, and learn about the emerging trends impacting their design
Learning how to engineer colleges, universities better: Electrical, power and lighting
Read about emerging trends in college and university buildings, and learn about the emerging trends impacting their design
Learning how to engineer colleges, universities better
Read about emerging trends in college and university buildings, and learn about the emerging trends impacting their design
Learning how to engineer colleges, universities better: Fire and life safety
Read about emerging trends in college and university buildings, and learn about the emerging trends impacting their design
Learning how to engineer colleges, universities better: Automation, controls and technology
Read about emerging trends in college and university buildings, and learn about the emerging trends impacting their design
Your questions answered: Microgrids 301: Tying multiple power systems together with intelligent controls
The Sept. 24, 2019, “Microgrids 301: Tying multiple power systems together with intelligent controls” webcast presenters addressed questions not covered during the live event
Enhancing efficiency in industrial and manufacturing facilities: Electrical, power and lighting
From high-tech automation to energy-saving lighting and HVAC systems, there is more than meets the eye when it comes to warehouses and factories
Enhancing efficiency in industrial and manufacturing facilities: Codes and standards
From high-tech automation to energy-saving lighting and HVAC systems, there is more than meets the eye when it comes to warehouses and factories
Enhancing efficiency in industrial and manufacturing facilities: Automation and controls
From high-tech automation to energy-saving lighting and HVAC systems, there is more than meets the eye when it comes to warehouses and factories
Enhancing efficiency in industrial and manufacturing facilities
From high-tech automation to energy-saving lighting and HVAC systems, there is more than meets the eye when it comes to warehouses and factories
Enhancing efficiency in industrial and manufacturing facilities: Fire and life safety
From high-tech automation to energy-saving lighting and HVAC systems, there is more than meets the eye when it comes to warehouses and factories
Enhancing efficiency in industrial and manufacturing facilities: HVAC and sustainability
From high-tech automation to energy-saving lighting and HVAC systems, there is more than meets the eye when it comes to warehouses and factories
Focus on specialty structures: Sustainability
Sports arenas, historical buildings, theaters and other specialty buildings require unique energy efficiency engineering design
Focus on specialty structures: Codes and standards
Sports arenas, historical buildings, theaters and other specialty buildings require unique engineering design, especially codes and standards compliance
Focus on specialty structures: Automation, controls and technology
Sports arenas, historical buildings, theaters and other specialty buildings require unique engineering design
2019 MEP Giants announced
The 2019 Consulting-Specifying Engineer MEP Giants have been announced
Focus on specialty structures
Sports arenas, historical buildings, theaters and other specialty buildings require unique engineering design
Focus on specialty structures: HVAC and plumbing
Sports arenas, historical buildings, theaters and other specialty buildings require unique HVAC and plumbing engineering design
Focus on specialty structures: Fire and life safety
Sports arenas, historical buildings, theaters and other specialty buildings require unique engineering design, especially in facilities with a lot of people
Tom Divine joins the Consulting-Specifying Engineer editorial advisory board
Tom Divine, PE, has joined the editorial advisory board in his new role as a senior electrical engineer at Johnston, LLC
Matt Short joins Consulting-Specifying Engineer editorial advisory board
Smith Seckman Reid's Matt Short, PE, has joined the editorial advisory board
Consulting-Specifying Engineer welcomes Danna Jensen to editorial advisory board
Danna Jensen, PE, LEED AP BD+C, has joined the editorial advisory board in her new role as a principal at Certus
Government facility design: Codes and standards
Consulting engineers are working on government, state, municipal, federal, correctional and military buildings
Government facility design: Sustainability
Consulting engineers are working on government, state, municipal, federal, correctional and military buildings
Government facility design: Automation and controls
Consulting engineers are working on government, state, municipal, federal, correctional and military buildings
Government facility design: Electrical, power and lighting
Consulting engineers are working on government, state, municipal, federal, correctional and military buildings
Government facility design: HVAC and plumbing
Consulting engineers are working on government, state, municipal, federal, correctional and military buildings
Government facility design: Fire and life safety
Consulting engineers are working on government, state, municipal, federal, correctional and military buildings
Government facility design
Consulting engineers are working on government, state, municipal, federal, correctional and military buildings
April Woods joins Consulting-Specifying Engineer advisory board
April Woods, PE, LEED AP BD+C, vice president, WSP USA, has joined the editorial advisory board.
Retail, restaurant and mixed-use facilities: Automation, controls, technology
What are the trickiest aspects of retail, restaurant and mixed-use projects and what trends lie ahead? Read on for solid advice from experienced professionals.
Retail, restaurant and mixed-use facilities: Codes and standards
What are the trickiest aspects of retail, restaurant and mixed-use projects and what trends lie ahead? Read on for solid advice from experienced professionals.
Retail, restaurant and mixed-use facilities: Electrical, power, lighting
What are the trickiest aspects of retail, restaurant and mixed-use projects and what trends lie ahead? Read on for solid advice from experienced professionals.
Retail, restaurant and mixed-use facilities: Fire, life safety
What are the trickiest aspects of retail, restaurant and mixed-use projects and what trends lie ahead? Read on for solid advice from experienced professionals.
Retail, restaurant and mixed-use facilities: Energy efficiency, sustainability
What are the trickiest aspects of retail, restaurant and mixed-use projects and what trends lie ahead? Read on for solid advice from experienced professionals.
Retail, restaurant and mixed-use facilities
What are the trickiest aspects of retail, restaurant and mixed-use projects and what trends lie ahead? Read on for solid advice from experienced professionals.
Retail, restaurant and mixed-use facilities: HVAC
What are the trickiest aspects of retail, restaurant and mixed-use projects and what trends lie ahead? Read on for solid advice from experienced professionals.
Planning multifamily dwellings: Fire and life safety
Fire and life safety systems are of utmost importance in multifamily dwellings.
Planning multifamily dwellings: HVAC and plumbing
Multifamily dwellings are fascinating projects with unique HVAC needs. In essence, they could be considered giant people storage facilities for different stages of life. College dormitories, for example, contain young adults in their late teens and early twenties. Assisted living facilities hold people in their later years. However, engineers know these structures are more than just simply boxes to keep human beings in. They’re as complex and varied as the people inside.
Planning multifamily dwellings: Sustainability and energy efficiency
Multifamily dwellings are fascinating projects that require energy-efficient designs. In essence, they could be considered giant people storage facilities for different stages of life. College dormitories, for example, contain young adults in their late teens and early twenties. Assisted living facilities hold people in their later years. However, engineers know these structures are more than just simply boxes to keep human beings in. They’re as complex and varied as the people inside.
Planning multifamily dwellings: Codes and standards
Multifamily dwellings are fascinating projects with highly specialized codes and standards that must be adhered to.
Planning multifamily dwellings: Electrical and lighting systems
Multifamily dwellings are fascinating projects with specific power and electrical requirements. Electrical engineers know these structures are more than just simply boxes to keep human beings in. They’re as complex and varied as the people inside.
Planning multifamily dwellings
Engineers know these multifamily structures are more than just simply boxes to keep human beings in. They’re as complex and varied as the people inside.
Planning multifamily dwellings: Automation, controls, technology
Multifamily dwellings are fascinating projects with a variety of building automation, controls and technology system specified to keep residents comfortable.
Top design trends in data centers: automation, controls, technology
An increasingly data-driven society demands advanced, high-performance data center facilities. Read on to learn the biggest automation and controls challenges, emerging technologies and upcoming trends affecting data centers.
Top design trends in data centers: electrical, power, lighting
An increasingly data-driven society demands advanced, high-performance data center facilities. Read on to learn the biggest electrical, power and lighting challenges, emerging technologies and upcoming trends affecting data centers.
Top design trends in data centers
An increasingly data-driven society demands advanced, high-performance data center facilities. Read on to learn the biggest challenges, emerging technologies and upcoming trends affecting data centers.
Top design trends in data centers: sustainability
An increasingly data-driven society demands advanced, high-performance data center facilities. Read on to learn the biggest sustainability and energy efficiency challenges, emerging technologies and upcoming trends affecting data centers.
Top design trends in data centers: codes and standards
An increasingly data-driven society demands advanced, high-performance data center facilities. Read on to learn the biggest codes and standards challenges, emerging technologies and upcoming trends affecting data centers.
Top design trends in data centers: HVAC, plumbing
An increasingly data-driven society demands advanced, high-performance data center facilities. Read on to learn the biggest HVAC and plumbing challenges, emerging technologies and upcoming trends affecting data centers.
Designing high-tech K-12 schools: Codes and standards
The technology at play in today’s K-12 schools is evolving rapidly—inside the classrooms, and in the various systems behind the scenes. Engineers handling such projects, whether the work is on new facilities or retrofits, have their work cut out for them, especially when it comes to adhering to codes and standards.
Designing high-tech K-12 schools: Automation and controls
The technology at play in today’s K-12 schools is evolving rapidly—inside the classrooms, and in the various systems behind the scenes. Engineers handling such projects, whether the work is on new facilities or retrofits, have their work cut out for them.
Designing high-tech K-12 schools: Electrical, power and lighting
The technology at play in today’s K-12 schools is evolving rapidly—inside the classrooms, and in the various systems behind the scenes. Engineers handling such projects, whether the work is on new facilities or retrofits, have their work cut out for them, especially when it comes to electrical, power and lighting.
Designing high-tech K-12 schools: Fire and life safety and HVAC
The technology at play in today’s K-12 schools is evolving rapidly—inside the classrooms, and in the various systems behind the scenes. Engineers handling such projects, whether the work is on new facilities or retrofits, have their work cut out for them, especially when it comes to fire and life safety and HVAC.
Designing high-tech K-12 schools: Sustainable buildings and energy efficiency
The technology at play in today’s K-12 schools is evolving rapidly—inside the classrooms, and in the various systems behind the scenes. Engineers handling such projects, whether the work is on new facilities or retrofits, have their work cut out for them, especially when it comes to sustainable buildings and energy efficiency.
Designing high-tech K-12 schools
The technology at play in today’s K-12 schools is evolving rapidly—inside the classrooms, and in the various systems behind the scenes. Engineers handling such projects, whether the work is on new facilities or retrofits, have their work cut out for them.
Designing flexible, complex office buildings: Sustainable buildings/energy efficiency
Mixed-use office buildings demand a great deal of expertise, flexibility, and complex technology, making them more challenging than one might expect. Engineers with experience handling office buildings share advice and a glimpse into the future regarding sustainability and energy efficiency.
Designing flexible, complex office buildings: Codes and standards
Mixed-use office buildings demand a great deal of expertise, flexibility, and complex technology, making them more challenging than one might expect. Engineers with experience handling office buildings share advice and a glimpse into the future regarding codes and standards.
Critical power webcast: Combined heat and power systems
Join Consulting-Specifying Engineer on March 7, 2019, at 2 p.m. for a critical power webcast focused on cogeneration systems.
Designing flexible, complex office buildings: HVAC/plumbing
Mixed-use office buildings demand a great deal of expertise, flexibility, and complex technology, making them more challenging than one might expect. Engineers with experience handling office buildings share advice and a glimpse into the future regarding HVAC and plumbing.
Designing flexible, complex office buildings: Automation, controls, and technology
Mixed-use office buildings demand a great deal of expertise, flexibility, and complex technology, making them more challenging than one might expect. Engineers with experience handling office buildings share advice and a glimpse into the future regarding automation, controls, and technology.
Designing flexible, complex office buildings: Electrical, power, and lighting
Mixed-use office buildings demand a great deal of expertise, flexibility, and complex technology, making them more challenging than one might expect. Engineers with experience handling office buildings share advice and a glimpse into the future regarding electrical, power, and lighting.
Designing flexible, complex office buildings
Mixed-use office buildings demand a great deal of expertise, flexibility, and complex technology, making them more challenging than one might expect. Engineers with experience handling office buildings share advice and a glimpse into the future.
Designing safe laboratories and research facilities: HVAC
Engineers working on laboratory and research projects are tasked with balancing state-of-the-art systems, budgetary concerns, occupant safety, sustainable performance, and other factors including HVAC.
Designing safe laboratories and research facilities: Sustainable buildings and energy efficiency
Engineers working on laboratory and research projects are tasked with balancing state-of-the-art systems, budgetary concerns, occupant safety, sustainable performance, and other factors including sustainability and energy efficiency.
Designing safe laboratories and research facilities: Fire and life safety
Engineers working on laboratory and research projects are tasked with balancing state-of-the-art systems, budgetary concerns, occupant safety, sustainable performance, and other factors including fire and life safety.
Designing safe laboratories and research facilities: Codes and standards
Engineers working on laboratory and research projects are tasked with balancing state-of-the-art systems, budgetary concerns, occupant safety, sustainable performance, and other factors including being compliant with codes and standards.
Designing safe laboratories and research facilities: Automation, controls, and technology
Engineers working on laboratory and research projects are tasked with balancing state-of-the-art systems, budgetary concerns, occupant safety, sustainable performance, and other factors including automation, controls, and technology
Designing safe laboratories and research facilities: Electrical, power, and lighting
Engineers working on laboratory and research projects are tasked with balancing state-of-the-art systems, budgetary concerns, occupant safety, sustainable performance, and other factors including electrical, power, and lighting.
Designing safe laboratories and research facilities
Engineers working on laboratory and research projects are tasked with balancing state-of-the-art systems, budgetary concerns, occupant safety, sustainable performance, and other factors.
2019 40 Under 40 nominations extended to Feb. 1
The 2019 40 Under 40 program is now open for nominations. Submit your nomination by Friday, February 1, 2019.
Designing health care facilities and medical campuses: Automation, controls and technology
Hospitals, clinics, and similar facilities are among the most demanding an engineer can tackle—automation, controls and technology are evolving rapidly, hospital managers are increasingly budget-conscious, and assist in saving lives.
Designing health care facilities and medical campuses: HVAC and plumbing
Hospitals, clinics, and similar facilities are among the most demanding an engineer can tackle—the technology is evolving rapidly, hospital managers are increasingly budget-conscious, and assist in saving lives. Here, HVAC design challenges and trends are explained for these building types.
Designing health care facilities and medical campuses: Codes and standards
Hospitals, clinics, and similar facilities are among the most demanding an engineer can tackle—technology is evolving rapidly, hospital managers are increasingly budget-conscious, and assist in saving lives. It’s also vital to comply with the necessary codes and standards.
Designing health care facilities and medical campuses: Fire and life safety
Hospitals, clinics, and similar facilities are among the most demanding an engineer can tackle—technology is evolving rapidly, hospital managers are increasingly budget-conscious, and assist in saving lives. Fire and life safety is also a very important aspect designing these facilities.
Designing health care facilities and medical campuses
Hospitals, clinics, and similar facilities are among the most demanding an engineer can tackle—the technology is evolving rapidly, hospital managers are increasingly budget-conscious, and assist in saving lives.
Designing health care facilities and medical campuses: Sustainable buildings and energy efficiency
Hospitals, clinics, and similar facilities are among the most demanding an engineer can tackle—the technology is evolving rapidly, hospital managers are increasingly budget-conscious, and assist in saving lives. Here, sustainability and energy efficiency design trends are explained for these building types.
Designing health care facilities and medical campuses: Electrical, power and lighting
Hospitals, clinics, and similar facilities are among the most demanding an engineer can tackle—technology is evolving rapidly, hospital managers are increasingly budget-conscious, and assist in saving lives. Here, electrical, power, and lighting challenges are addressed.
Examining higher education facilities: Electrical, power, and lighting
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks in regard to electrical, power, and lighting.
Examining higher education facilities: HVAC and plumbing
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receivetop marksin regard to HVAC and plumbing.
Examining higher education facilities
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks.
Examining higher education facilities: Automation, Controls, and Technology
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks in regard to automation, controls, and technology.
Examining higher education facilities: Fire and life safety
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receivetop marks in regard to fire and life safety.
Examining higher education facilities: Codes and Standards
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks in regard to codes and standards.
Examining higher education facilities: Sustainable buildings and energy efficiency
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks in regard to sustainable buildings and energy efficiency.
Fire, life safety in colleges, universities
More than half of engineers who responded to the 2018 Fire & Life Safety Study make product selections for college/university buildings.
Video: Benchmarking Made Easy with DOE’s and EPA’s BenchmarkMyBuilding
This sessions provides service providers and building owners a tutorial on to quickly engage with this valuable energy benchmark data.
Lighting in Industrial Facilities
Results of the 2018 lighting & lighting controls study indicate five key findings
Designing industrial, manufacturing, and warehouse facilities: HVAC and plumbing
More than just places to make and store products, industrial, manufacturing, and warehouse facilities are becoming more complex. Heating, cooling, ventilation, and plumbing must be carefully designed.
Designing industrial, manufacturing, and warehouse facilities: Codes and standards
More than just places to make and store products, industrial, manufacturing, and warehouse facilities are becoming more complex. Building codes and standards dictate design and safety elements.
Designing industrial, manufacturing, and warehouse facilities: Building automation and controls
More than just places to make and store products, industrial, manufacturing, and warehouse facilities are becoming more complex. The processes and automation within these buildings are important to the building owners, and the building automation and control systems keep the occupants comfortable.
Designing industrial, manufacturing, and warehouse facilities
More than just places to make and store products, industrial, manufacturing, and warehouse facilities are becoming more complex. Owners are more demanding in the face of ever-evolving supply chain demands and technological advancements.
Designing industrial, manufacturing, and warehouse facilities: Electrical, power, and lighting
More than just places to make and store products, industrial, manufacturing, and warehouse facilities are becoming more complex. Electrical and power systems require detailed engineering, and lighting systems are key for all work spaces.
Designing industrial, manufacturing, and warehouse facilities: Sustainability and energy efficiency
More than just places to make and store products, industrial, manufacturing, and warehouse facilities are becoming more complex. Sustainability, energy efficiency, renewable energy, and high-performance designs are coming into play.
Designing sports arenas, theaters, and other specialty structures: Automation, controls, and technology
Specialty facilities like sports stadiums and theaters have to do more than host the entertainment these days—they’re full of technological bells and whistles and high client expectations especially in regards to automation and controls.
Designing sports arenas, theaters, and other specialty structures: Sustainable buildings/energy efficiency
Specialty facilities like sports stadiums and theaters have to do more than host the entertainment these days—they’re full of technological bells and whistles and high client expectations in regards to making the building sustainable and energy efficient.
Designing sports arenas, theaters,and other specialty structures: Codes and standards
Specialty facilities like sports stadiums and theaters have to do more than host the entertainment these days—they’re full of technological bells and whistles and high client expectations while also having to comply with codes and standards.
Designing sports arenas, theaters,and other specialty structures: Fire/life safety
Specialty facilities like sports stadiums and theaters have to do more than host the entertainment these days—they’re full of technological bells and whistles and high client expectations when it comes to fire/life safety.
Designing sports arenas, theaters, and other specialty structures: HVAC
Specialty facilities like sports stadiums and theaters have to do more than host the entertainment these days—they’re full of technological bells and whistles and high client expectations when it comes to HVAC systems.
Designing sports arenas, theaters,and other specialty structures: Electrical, power, and lighting
Specialty facilities like sports stadiums and theaters have to do more than host the entertainment these days—they’re full of technological bells and whistles and high client expectations when it comes to electrical, power, and lighting.
Designing sports arenas, theaters, and other specialty structures
Specialty facilities like sports stadiums and theaters have to do more than host the entertainment these days—they’re full of technological bells and whistles and high client expectations.
Examining government, state, municipal, federal, and military facilities: Fire and life safety
Government and military projects are among the toughest challenges an engineer can face. Demanding facility owners, tight budget limitations, safety concerns, and other factors all come into play. Here, engineers with experience in the field offer advice on how to succeed in regards to fire and life safety.
Examining government, state, municipal, federal, and military facilities: Sustainable buildings and energy efficiency
Government and military projects are among the toughest challenges an engineer can face. Demanding facility owners, tight budget limitations, safety concerns, and other factors all come into play. Here, engineers with experience in the field offer advice on how to succeed in regards to sustainable buildings and energy efficiency.
Examining government, state, municipal, federal, and military facilities: Electrical, power, and lighting
Government and military projects are among the toughest challenges an engineer can face. Demanding facility owners, tight budget limitations, safety concerns, and other factors all come into play. Here, engineers with experience in the field offer advice on how to succeed in regards to electrical, power, and lighting.
Examining government, state, municipal, federal, and military facilities: Codes and standards
Government and military projects are among the toughest challenges an engineer can face. Demanding facility owners, tight budget limitations, safety concerns, and other factors all come into play. Here, engineers with experience in the field offer advice on how to succeed in regards to codes and standards.
Examining government, state, municipal, federal, and military facilities: HVAC
Government and military projects are among the toughest challenges an engineer can face. Demanding facility owners, tight budget limitations, safety concerns, and other factors all come into play. Here, engineers with experience in the field offer advice on how to succeed in regards to HVAC.
Examining government, state, municipal, federal, and military facilities
Government and military projects are among the toughest challenges an engineer can face. Demanding facility owners, tight budget limitations, safety concerns, and other factors all come into play. Here, engineers with experience in the field offer advice on how to succeed.
Examining government, state, municipal, federal, and military facilities: Automation, controls, and technology
Government and military projects are among the toughest challenges an engineer can face. Demanding facility owners, tight budget limitations, safety concerns, and other factors all come into play. Here, engineers with experience in the field offer advice on how to succeed in regards to automation, controls, and technology.
Exploring retail, restaurant, and mixed-use facilities
Consumers increasingly want a great experience and a good value when they’re dining out or shopping—and that desire is reflected in the demands of engineers assigned to design retail, restaurant, and mixed-use projects.
Exploring retail, restaurant, and mixed-use facilities: HVAC and sustainable buildings/energy efficiency
Consumers increasingly want a great experience and a good value when they’re dining out or shopping—and that desire is reflected in the demands of engineers assigned to design sustainable buildings, HVAC systems, and for energy efficiency in retail, restaurant, and mixed-use projects.
Exploring retail, restaurant, and mixed-use facilities: Automation, controls, and technology
Consumers increasingly want a great experience and a good value when they’re dining out or shopping—and that desire is reflected in the demands of engineers assigned to design automation, controls and technology in retail, restaurant, and mixed-use projects.
Exploring retail, restaurant, and mixed-use facilities: Codes and standards and electrical, power, and lighting
Consumers increasingly want a great experience and a good value when they’re dining out or shopping—and that desire is reflected in the demands of engineers assigned to design electrical, power, lighting and to comply with codes and standards in retail, restaurant, and mixed-use projects.
Women in engineering profile: Catsy Lam
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Catsy Lam.
Women in engineering profile: Michelle Zboray
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Michelle Zboray.
Women in engineering profile: Melissa Gannon
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Melissa Gannon.
Women in engineering profile: Paulina Olesinska
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Paulina Olesinska.
Women in engineering profile: Meetra McDonie
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Meetra McDonie.
Women in engineering profile: Jyo Chandrapati
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Jyo Chandrapati.
Women in engineering profile: Mallika Bandyopadhyay
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Mallika Bandyopadhyay.
Women in engineering profile: Maria Schneider
International Women in Engineering Day, celebrated on June 23, 2018, celebrates the achievements of females in various engineering industries. Here’s a Q&A with Maria Schneider.
Exploring complex hotels, resorts, and casinos: Fire/life safety
Casinos and resorts are designed for fun and relaxation, but with such projects becoming increasingly complex and high-tech, engineers charged with tackling these structures have challenging work ahead of them in regards to fire/life safety.
Exploring complex hotels, resorts, and casinos: Sustainable buildings/energy efficiency
Casinos and resorts are designed for fun and relaxation, but with such projects becoming increasingly complex and high-tech, engineers charged with tackling these structures have challenging work ahead of them in regards to sustainable buildings and energy efficiency.
Exploring complex hotels, resorts, and casinos: Electrical/lighting/power
Casinos and resorts are designed for fun and relaxation, but with such projects becoming increasingly complex and high-tech, engineers charged with tackling these structures have challenging work ahead of them in regards to electrical/lighting/power.
Exploring complex hotels, resorts, and casinos: Codes and standards
Casinos and resorts are designed for fun and relaxation, but with such projects becoming increasingly complex and high-tech, engineers charged with tackling these structures have challenging work ahead of them in regards to complying with codes and standards.
Exploring complex hotels, resorts, and casinos: Automation and controls
Casinos and resorts are designed for fun and relaxation, but with such projects becoming increasingly complex and high-tech, engineers charged with tackling these structures have challenging work ahead of them in regards to automation and controls.
Exploring complex hotels, resorts, and casinos: HVAC
Casinos and resorts are designed for fun and relaxation, but with such projects becoming increasingly complex and high-tech, engineers charged with tackling these structures have challenging work ahead of them in regards to HVAC.
Exploring complex hotels, resorts, and casinos
Casinos and resorts are designed for fun and relaxation, but with such projects becoming increasingly complex and high-tech, engineers charged with tackling these structures have challenging work ahead of them.
Designing efficient data centers: Sustainable buildings, energy efficiency
In today’s digital age, businesses rely on running an efficient, reliable, and secure operation, especially with mission critical facilities such as data centers. Here, engineers with experience on such structures share advice and tips on ensuring project success in regards to sustainable buildings and energy efficiency.
Designing efficient data centers: Codes and standards
In today’s digital age, businesses rely on running an efficient, reliable, and secure operation, especially with mission critical facilities such as data centers. Here, engineers with experience on such structures share advice and tips on ensuring project success in regards to codes and standards.
Designing efficient data centers: Electrical/lighting/power
In today’s digital age, businesses rely on running an efficient, reliable, and secure operation, especially with mission critical facilities such as data centers. Here, engineers with experience on such structures share advice and tips on ensuring project success in regards to electrical/lighting/power.
Designing efficient data centers: Automation and controls
In today’s digital age, businesses rely on running an efficient, reliable, and secure operation, especially with mission critical facilities such as data centers. Here, engineers with experience on such structures share advice and tips on ensuring project success in regards to automation and controls.
Designing efficient data centers: Fire, life safety
In today’s digital age, businesses rely on running an efficient, reliable, and secure operation, especially with mission critical facilities such as data centers. Here, engineers with experience on such structures share advice and tips on ensuring project success in regards to fire/life safety.
Designing efficient data centers: HVAC
In today’s digital age, businesses rely on running an efficient, reliable, and secure operation, especially with mission critical facilities such as data centers. Here, engineers with experience on such structures share advice and tips on ensuring project success in regards to HVAC.
Designing efficient data centers
In today’s digital age, businesses rely on running an efficient, reliable, and secure operation, especially with mission critical facilities such as data centers. Here, engineers with experience on such structures share advice and tips on ensuring project success.
Designing efficient K-12 schools: Sustainable buildings/energy efficiency
In a digital age, children across the U.S. are more technologically advanced than ever—and they require educational facilities that can keep up. Here, engineers with experience working on K-12 schools share views on sustainable buildings and energy efficiency.
Designing efficient K-12 schools: Fire/life safety
In a digital age, children across the U.S. are more technologically advanced than ever—and they require educational facilities that can keep up. Here, engineers with experience working on K-12 schools share views on fire/life safety.
Designing efficient K-12 schools: HVAC
In a digital age, children across the U.S. are more technologically advanced than ever—and they require educational facilities that can keep up. Here, engineers with experience working on K-12 schools share views on HVAC.
Designing efficient K-12 schools: Electrical, lighting, power
In a digital age, children across the U.S. are more technologically advanced than ever—and they require educational facilities that can keep up. Here, engineers with experience working on K-12 schools share views on what’s trending with electrical/lighting/power in these facilities.
Designing efficient K-12 schools: Codes and standards
In a digital age, children across the U.S. are more technologically advanced than ever—and they require educational facilities that can keep up. Here, engineers with experience working on K-12 schools share views on the necessary codes and standards.
Designing efficient K-12 schools
In a digital age, children across the U.S. are more technologically advanced than ever—and they require educational facilities that can keep up. Here, engineers with experience working on K-12 schools share views on what’s trending.
Designing efficient K-12 schools: Automation and controls
In a digital age, children across the U.S. are more technologically advanced than ever—and they require educational facilities that can keep up. Here, engineers with experience working on K-12 schools share views on automation and controls in these facilities.
HVAC webcast: K-12 schools and colleges/universities
Providing cooling/heating comfort and energy efficiency in school buildings is an ongoing challenge for mechanical engineers. Register for this live webinar on March 29, 2018, to learn more.
Saahil Tumber joins Consulting-Specifying Engineer editorial advisory board
Saahil Tumber, PE, HBDP, LEED AP, of Environmental Systems Design Inc. has joined the editorial advisory board.
Designing efficient office buildings with visual appeal: Electrical/lighting/power
Office buildings can be highly complex, with complicated features and advanced technology regarding electrical, lighting and power. Experienced engineers share advice on how to handle these structures and identify trends impacting such structures now and in the future.
Designing efficient office buildings with visual appeal: Codes and standards
Office buildings can be highly complex, with complicated features and advanced technology that must comply with codes and standards. Experienced engineers share advice on how to handle these structures and identify trends impacting such structures now and in the future.
Designing efficient office buildings with visual appeal: HVAC
Office buildings can be highly complex, with complicated HVAC features and advanced technology. Experienced engineers share advice on how to handle these structures and identify trends impacting such structures now and in the future.
Designing efficient office buildings with visual appeal: Automation and controls
Office buildings can be highly complex, with complicated features for automation and controls and advanced technology. Experienced engineers share advice on how to handle these structures and identify trends impacting such structures now and in the future.
Designing efficient office buildings with visual appeal
Office buildings can be highly complex, with complicated features and advanced technology. Experienced engineers share advice on how to handle these structures and identify trends impacting such structures now and in the future.
Consulting-Specifying Engineer welcomes Sara Lappano to the editorial advisory board
Sara Lappano, PE, LC, LEED AP, of Integral Group has joined the editorial advisory board.
The science behind laboratory and research facility projects
Engineers need to consider many factors for a lab or research facility so it can perform as needed. Engineers with experience on such facilities offer advice on how to pass the test.
The science behind laboratory and research facility projects: automation and controls and codes and standards
Engineers need to consider many factors for a lab or research facility so it can perform as needed. Engineers with experience on such facilities offer advice on how to pass the test.
The science behind laboratory and research facility projects: HVAC and sustainability/energy efficiency
Engineers need to consider many factors including HVAC and sustainability/energy efficiency for a lab or research facility so it can perform as needed. Engineers with experience on such facilities offer advice on how to pass the test.
2017 HVAC, building automation systems study
Here are five HVAC and BAS findings as they relate to educational facility projects.
Electrical, power systems in office buildings
More than half of engineers who responded to the 2016 Electrical & Power Study make product selections for office buildings.
How to design medical buildings: Fire and life safety
Hospitals and health care buildings have become very sophisticated. Coordination among all parties, special attention to codes and standards, and a focus on patient comfort have each become highly important to engineers. Fire and life safety systems are crucial for patient care.
How to design medical buildings: HVAC and automation systems
Hospitals and health care buildings have become very sophisticated. Coordination among all parties, special attention to codes and standards, and a focus on patient comfort have each become highly important to engineers. HVAC system design contributes to indoor air quality, indoor environmental quality, and general health.
How to design medical buildings: Electrical, lighting, and power
Hospitals and health care buildings have become very sophisticated. Coordination among all parties, special attention to codes and standards, and a focus on patient comfort have each become highly important to engineers. Electrical and power system design are highly sophisticated.
How to design medical buildings: Codes and standards
Hospitals and health care buildings have become very sophisticated. Coordination among all parties, special attention to codes and standards, and a focus on patient comfort have each become highly important to engineers. Adherence to codes and standards is required.
How to design medical buildings: Sustainability and energy efficiency
Hospitals and health care buildings have become very sophisticated. Coordination among all parties, special attention to codes and standards, and a focus on patient comfort have each become highly important to engineers. Energy-efficient buildings are a key piece of the puzzle.
How to design medical buildings
Hospitals and health care buildings have become very sophisticated. Coordination among all parties, special attention to codes and standards, and a focus on patient comfort have each become highly important to engineers.
Salary survey responses remain positive
Job satisfaction is up while company training programs are down. Read this year’s salary survey to find out where you and your company stand against others in your field.
Building efficient colleges and universities: electrical/lighting/power and fire/life safety
Colleges and universities face a long list of challenges, as do the engineers tasked to help construct and modify the facilities at these institutions. Here, experienced professionals share their knowledge regarding electrical/power/lighting and fire/life safety.
Building efficient colleges and universities: automation and controls and codes and standards
Colleges and universities face a long list of challenges, as do the engineers tasked to help construct and modify the facilities at these institutions. Here, experienced professionals share their knowledge regarding automation and controls and codes and standards.
Building efficient colleges and universities: HVAC and sustainable buildings/energy efficiency
Colleges and universities face a long list of challenges, as do the engineers tasked to help construct and modify the facilities at these institutions. Here, experienced professionals share their knowledge regarding HVAC and sustainable buildings/energy efficiency.
Building efficient colleges and universities
Colleges and universities face a long list of challenges, as do the engineers tasked to help construct and modify the facilities at these institutions. Here, experienced professionals share their knowledge.
The complexities of industrial, manufacturing, and warehouse facilities: electrical/lighting/power
Warehouses and factories are more than simply bare-bones buildings for companies to keep equipment. Here, professionals with experience on such facilities offer advice on how to meet and exceed expectations regarding electrical/lighting/power.
The complexities of industrial, manufacturing, and warehouse facilities: automation and controls
Warehouses and factories are more than simply bare-bones buildings for companies to keep equipment. Here, professionals with experience on such facilities offer advice on how to meet and exceed expectations regarding automation and controls.
The complexities of industrial, manufacturing, and warehouse facilities: fire/life safety
Warehouses and factories are more than simply bare-bones buildings for companies to keep equipment. Here, professionals with experience on such facilities offer advice on how to meet and exceed expectations regarding fire/life safety.
The complexities of industrial, manufacturing, and warehouse facilities
Warehouses and factories are more than bare-bones buildings for companies to make and keep equipment. The systems that project owners call for can be advanced and complex, keeping consulting and specifying engineers on their toes. Here, professionals with experience on such facilities offer advice on how to meet and exceed expectations.
The complexities of industrial, manufacturing, and warehouse facilities: codes and standards
Warehouses and factories are more than simply bare-bones buildings for companies to keep equipment. Here, professionals with experience on such facilities offer advice on how to meet and exceed expectations regarding codes and standards.
The complexities of industrial, manufacturing, and warehouse facilities: HVAC and sustainable buildings/energy efficiency
Warehouses and factories are more than simply bare-bones buildings for companies to keep equipment. Here, professionals with experience on such facilities offer advice on how to meet and exceed expectations regarding HVAC and sustainable buildings/energy efficiency.
The art of designing sports, entertainment, and specialty structures: Electrical, power, and lighting
Entertainment venues are big businesses—and big on complexity, with a host of complex systems and requirements for engineers to tackle. Electrical engineers and lighting designers have many things to consider.
The art of designing sports, entertainment, and specialty structures: Codes and standards
Entertainment venues are big businesses—and big on complexity, with a host of complex systems and requirements for engineers to tackle. Building codes and standards are top-of-mind.
The art of designing sports, entertainment, and specialty structures: Controls and automation
Entertainment venues are big businesses—and big on complexity, with a host of complex systems and requirements for engineers to tackle. Building automation systems must be carefully considered.
The art of designing sports, entertainment, and specialty structures: Fire and life safety
Entertainment venues are big businesses—and big on complexity, with a host of complex systems and requirements for engineers to tackle. Fire and life safety issues—mass notification, emergency communication, egress—are of the utmost importance.
The art of designing sports, entertainment, and specialty structures
Entertainment venues are big businesses—and big on complexity, with a host of complex systems and requirements for engineers to tackle.
The art of designing sports, entertainment, and specialty structures: HVAC
Entertainment venues are big businesses—and big on complexity, with a host of complex systems and requirements for engineers to tackle. Heating, ventilation, and air conditioning are a big-ticket engineering challenge.
The art of designing sports, entertainment, and specialty structures: Sustainability, energy efficiency
Entertainment venues are big businesses—and big on complexity, with a host of complex systems and requirements for engineers to tackle such as sustainability, green building, energy efficiency, and net zero buildings.
Tips to design multifamily and mixed-use buildings: Sustainability, energy efficiency
Multifamily dwellings and mixed-use buildings are becoming more prevalent. Some best practices and tips for incorporating sustainable and energy-efficient systems are offered forengineering systems in these residential buildings.
Tips to design multifamily and mixed-use buildings: HVAC
Multifamily dwellings and mixed-use buildings are becoming more prevalent. Some best practices and tips are offered for HVAC and mechanical engineering systems in these residential buildings.
Tips to design multifamily and mixed-use buildings: Controls and automation
Multifamily dwellings and mixed-use buildings are becoming more prevalent. Some best practices and tips are offered for engineering building automation systems and controls in these residential buildings.
Tips to design multifamily and mixed-use buildings: Fire, life safety
Multifamily dwellings and mixed-use buildings are becoming more prevalent. Some best practices are offered for engineering fire and life safety systems in these residential buildings.
Tips to design multifamily and mixed-use buildings
Multifamily dwellings and mixed-use buildings are becoming more prevalent. Some best practices and tips are offered for engineering systems in these residential buildings.
Tips to design multifamily and mixed-use buildings: Codes and standards
Multifamily dwellings and mixed-use buildings are becoming more prevalent. Learn about codes and standards for engineering systems in these residential buildings.
Tips to design multifamily and mixed-use buildings: Electrical, lighting
Multifamily dwellings and mixed-use buildings are becoming more prevalent. Some best practices and tips are offered for engineering electrical, power, and lighting systems in these residential buildings.
High expectations for high-performance buildings
High-performance buildings are intricate, complex projects that require attention—qualified, expert consulting-specifying engineers apply their knowledge on such projects.
High expectations for high-performance buildings: automation and controls
High-performance buildings are intricate, complex projects that require attention—qualified, expert consulting-specifying engineers apply their knowledge on such projects specifically within the building automation and controls segment.
High expectations for high-performance buildings: codes and standards
High-performance buildings are intricate, complex projects that require attention—qualified, expert consulting-specifying engineers apply their knowledge on such projects specifically within the codes and standards segment.
High expectations for high-performance buildings: HVAC
High-performance buildings are intricate, complex projects that require attention—qualified, expert consulting-specifying engineers apply their knowledge on such projects specifically within the HVAC segment.
High expectations for high-performance buildings: fire and life safety
High-performance buildings are intricate, complex projects that require attention—qualified, expert consulting-specifying engineers apply their knowledge on such projects specifically within the fire and life safety segment.
High expectations for high-performance buildings: electrical, lighting, power
High-performance buildings are intricate, complex projects that require attention—qualified, expert consulting-specifying engineers apply their knowledge on such projects specifically within the electrical, lighting, power segment.
High expectations for high-performance buildings: sustainable buildings/energy efficiency
High-performance buildings are intricate, complex projects that require attention—qualified, expert consulting-specifying engineers apply their knowledge on such projects specifically within the sustainable buildings/energy efficiency segment.
Top 5 Consulting-Specifying Engineer Articles, June 12 to June 18: paralleling generator systems, BIM project coordination, data centers, BACnet
Articles about paralleling generator systems, BIM project coordination, data centers, and BACnet were Consulting-Specifying Engineer's five most clicked articles from last week, June 12 to June 18. Were you out last week? You can catch up here.
Consulting-Specifying Engineer welcomes Mario Vecchiarello to the editorial advisory board
Mario Vecchiarello, PE, CEM, GBE, of CDM Smith has joined the editorial advisory board.
Top 5 Consulting-Specifying Engineer Articles, May 29 to June 4: 2017 40 Under 40 winners, lighting protection systems, BIM, 2017 Product of the Year, NFPA 3 and 4.
Articles about 2017 40 Under 40 winners, lighting protection systems, BIM, 2017 Product of the Year, and NFPA 3 and 4 were Consulting-Specifying Engineer's five most clicked articles from last week, May 29 to June 4. Were you out last week? You can catch up here.
Check into hotel, motel, resort high-tech designs
Hotels, motels, and resorts accommodate thousands of people. Here, engineers explain just how challenging it is to deliver unique design concepts and ensure these structures are in compliance.
Check into hotel, motel, resort high-tech designs: electrical/lighting/power and fire/life safety
Hotels, motels, and resorts accommodate thousands of people. Here, engineers explain just how challenging it is to deliver unique design concepts and ensure these structures are in compliance specifically in regards to electrical/lighting/power and fire/life safety.
Check into hotel, motel, resort high-tech designs: automation and controls and codes and standards
Hotels, motels, and resorts accommodate thousands of people. Here, engineers explain just how challenging it is to deliver unique design concepts and ensure these structures are in compliance specifically in regards to automation and controls and adhering to codes and standards.
Check into hotel, motel, resort high-tech designs: HVAC and sustainable buildings/energy efficiency
Hotels, motels, and resorts accommodate thousands of people. Here, engineers explain just how challenging it is to deliver unique design concepts and ensure these structures are in compliance specifically in regards to HVAC and sustainable buildings/energy efficiency.
Analyzing data centers: codes and standards
Data is the lifeblood of any business or organization—which makes a data center a facility’s beating heart. Here, engineers with experience on data center projects show how to succeed on such facilities, and how to keep your finger on the pulse of data center trends in regards to codes and standards.
Analyzing data centers: automation and controls
Data is the lifeblood of any business or organization—which makes a data center a facility’s beating heart. Here, engineers with experience on data center projects show how to succeed on such facilities, and how to keep your finger on the pulse of data center trends in regards to automation and controls.
Analyzing data centers: fire/life safety and HVAC
Data is the lifeblood of any business or organization—which makes a data center a facility’s beating heart. Here, engineers with experience on data center projects show how to succeed on such facilities, and how to keep your finger on the pulse of data center trends in regards to fire/life safety and HVAC.
Analyzing data centers: sustainable buildings/energy efficiency
Data is the lifeblood of any business or organization—which makes a data center a facility’s beating heart. Here, engineers with experience on data center projects show how to succeed on such facilities, and how to keep your finger on the pulse of data center trends in regards to sustainable buildings/energy efficiency.
Analyzing data centers
Data is the lifeblood of any business or organization—which makes a data center a facility’s beating heart. Here, engineers with experience on data center projects show how to succeed on such facilities, and how to keep your finger on the pulse of data center trends.
HVAC, BAS in industrial facilities
Fifty-seven percent of respondents to the Consulting-Specifying Engineer 2015 HVAC and Building Automation Systems (BAS) Study specify, design, or make product selections for industrial/manufacturing facilities/warehouses.
2017 Product of the Year Finalists: Vote for this year’s best products
Who will win gold in 2017? Consulting-Specifying Engineer announces the finalists for this year's 13th annual Product of the Year competition, and readers will have the final word. Cast your vote online!
Making the grade with K-12 projects: HVAC
With state-of-the-art learning facilities, sustainability concerns, and modern design, K-12 schools can be just as advanced as colleges and universities and—for consulting-specifying engineers—just as demanding. The following focuses on HVAC systems in K-12 schools.
Making the grade with K-12 projects
With state-of-the-art learning facilities, sustainability concerns, and modern design, K-12 schools can be just as advanced as colleges and universities and—for consulting-specifying engineers—just as demanding.
Making the grade with K-12 projects: sustainable buildings/energy efficiency
With state-of-the-art learning facilities, sustainability concerns, and modern design, K-12 schools can be just as advanced as colleges and universities and—for consulting-specifying engineers—just as demanding. The following focuses on sustainable buildings/energy efficiency in K-12 schools.
Making the grade with K-12 projects: electrical/lighting/power and fire/life safety
With state-of-the-art learning facilities, sustainability concerns, and modern design, K-12 schools can be just as advanced as colleges and universities and—for consulting-specifying engineers—just as demanding. The following focuses on electrical/lighting/power and fire/life safety in K-12 schools.
Making the grade with K-12 projects: automation and controls
With state-of-the-art learning facilities, sustainability concerns, and modern design, K-12 schools can be just as advanced as colleges and universities and—for consulting-specifying engineers—just as demanding. The following focuses on automation and controls in K-12 schools.
Making the grade with K-12 projects: codes and standards
With state-of-the-art learning facilities, sustainability concerns, and modern design, K-12 schools can be just as advanced as colleges and universities and—for consulting-specifying engineers—just as demanding. The following focuses on codes and standards in K-12 schools.
Consulting-Specifying Engineer welcomes Freddy Padilla, PE, ATD, to editorial advisory board
Freddy Padilla, PE, ATD, has joined the Consulting-Specifying Engineer editorial advisory board.
Engineering flexible office buildings: electrical/lighting/power and fire/life safety
Office buildings need to have the ability to accommodate myriad types of businesses and activities to meet the needs of tenants. Here, engineers with experience on such buildings share their knowledge, lessons learned over the years regarding electrical/lighting/power and fire/life safety.
Engineering flexible office buildings: automation and controls/codes and standards
Office buildings need to have the ability to accommodate myriad types of businesses and activities to meet the needs of tenants. Here, engineers with experience on such buildings share their knowledge, lessons learned over the years, and trends for automation and controls and codes and standards.
Engineering flexible office buildings: sustainable buildings/energy efficiency
Office buildings need to have the ability to accommodate myriad types of businesses and activities to meet the needs of tenants. Here, engineers with experience on such buildings share their knowledge, lessons learned over the years for sustainable buildings/energy efficiency.
Engineering flexible office buildings: HVAC
Office buildings need to have the ability to accommodate myriad types of businesses and activities to meet the needs of tenants. Here, engineers with experience on such buildings share their knowledge, lessons learned over the years for HVAC systems.
Engineering flexible office buildings
Office buildings need to have the ability to accommodate myriad types of businesses and activities to meet the needs of tenants. Here, engineers with experience on such buildings share their knowledge, lessons learned over the years, and emerging trends.
Battling the complexity of designing government facilities: HVAC
The government can be a tough customer, and the projects that state, municipal, federal, and military entities approach engineers about are highly complex. Here, engineers with experience tackling such tall orders offer advice regarding HVAC systems.
Battling the complexity of designing government facilities: Sustainable buildings/energy efficiency
The government can be a tough customer, and the projects that state, municipal, federal, and military entities approach engineers about are highly complex. Here, engineers with experience tackling such tall orders offer advice regarding sustainable buildings/energy efficiency.
Battling the complexity of designing government facilities
The government can be a tough customer, and the projects that state, municipal, federal, and military entities approach engineers about are highly complex. Here, engineers with experience tackling such tall orders offer advice on how to execute successfully.
Battling the complexity of designing government facilities: automation and controls, codes and standards
The government can be a tough customer, and the projects that state, municipal, federal, and military entities approach engineers about are highly complex. Here, engineers with experience tackling such tall orders offer advice regarding automation and controls and following codes and standards.
Battling the complexity of designing government facilities: Electrical/lighting/power and fire/life safety
The government can be a tough customer, and the projects that state, municipal, federal, and military entities approach engineers about are highly complex. Here, engineers with experience tackling such tall orders offer advice regarding electrical/lighting/power and fire/life safety.
Operating on medical and hospital projects: fire/life safety and HVAC
Engineers tasked with working on hospital and medical campuses find themselves tackling unique challenges: evolving technology, increased specialization, and maintaining operations while under construction. Here, professionals with experience on such facilities share advice on how to finish projects that report a clean bill of health for HVAC and fire/life safety.
Operating on medical and hospital projects: electrical/lighting/power
Engineers tasked with working on hospital and medical campuses find themselves tackling unique challenges: evolving technology, increased specialization, and maintaining operations while under construction. Here, professionals with experience on such facilities share advice on how to finish projects regarding electrical/lighting/power, specifically.
Operating on medical and hospital projects: sustainable buildings/energy efficiency
Engineers tasked with working on hospital and medical campuses find themselves tackling unique challenges: evolving technology, increased specialization, and maintaining operations while under construction. Here, professionals with experience on such facilities share advice on how to finish projects that report a clean bill of health for sustainable buildings and energy efficiency.
Operating on medical and hospital projects: codes and standards
Engineers tasked with working on hospital and medical campuses find themselves tackling unique challenges: evolving technology, increased specialization, and maintaining operations while under construction. Here, professionals with experience on such facilities share advice on how to finish projects following codes and standards and report a clean bill of health.
Operating on medical and hospital projects
Engineers tasked with working on hospital and medical campuses find themselves tackling unique challenges: evolving technology, increased specialization, and maintaining operations while under construction. Here, professionals with experience on such facilities share advice on how to finish projects that report a clean bill of health.
Operating on medical and hospital projects: automation and controls
Engineers tasked with working on hospital and medical campuses find themselves tackling unique challenges: evolving technology, increased specialization, and maintaining operations while under construction. Here, professionals with experience on such facilities share advice on how to finish projects that report a clean bill of health regarding automation and controls.
Exploring the high demands for higher education facilities: HVAC
The design process for higher education facilities has its own set of challenges and requirements. Engineers discuss the current trends, challenges, and experiences with college and university facility projects regarding HVAC.
Exploring the high demands for higher education facilities: sustainable buildings/energy efficiency
The design process for higher education facilities has its own set of challenges and requirements. Engineers discuss the current trends, challenges, and experiences with college and university facility projects regarding sustainable buildings/energy efficiency.
Exploring the high demands for higher education facilities: electrical/lighting/power
The design process for higher education facilities has its own set of challenges and requirements. Engineers discuss the current trends, challenges, and experiences with college and university facility projects regarding electrical/lighting/power.
Exploring the high demands for higher education facilities: codes and standards
The design process for higher education facilities has its own set of challenges and requirements. Engineers discuss the current trends, challenges, and experiences with college and university facility projects regarding codes and standards.
Exploring the high demands for higher education facilities
The design process for higher education facilities has its own set of challenges and requirements. Engineers discuss the current trends, challenges, and experiences with college and university facility projects.
Exploring the high demands for higher education facilities: fire/life safety
The design process for higher education facilities has its own set of challenges and requirements. Engineers discuss the current trends, challenges, and experiences with college and university facility projects regarding fire/life safety.
Exploring the high demands for higher education facilities: automation and controls
The design process for higher education facilities has its own set of challenges and requirements. Engineers discuss the current trends, challenges, and experiences with college and university facility projects regarding automation and controls.
Electrical, power in industrial facilities
The Consulting-Specifying Engineer 2016 Electrical and Power Study indicated that 56% of engineers specify, design, or make product selections for industrial/manufacturing facilities/warehouses.
High-performance medical and educational building design: Sustainable buildings/energy efficiency
The design of high-performance medical and educational projects are challenging and need to meet specific standards, codes, and trends. A major trend is designing buildings that are energy-efficient and sustainable.
High-performance medical and educational building design: HVAC
The design of high-performance medical and educational projects are challenging and need to meet specific standards, codes, and trends. There can be unique HVAC system requirements for high-performance buildings.
High-performance medical and educational building design: Codes and standards
The design of high-performance medical and educational projects are challenging and need to meet specific standards, codes, and trends. Specific codes and standards are critical to follow when designing a building.
High-performance medical and educational building design
The design of high-performance medical and educational projects are challenging and need to meet specific standards, codes, and trends.
Stand-alone health care buildings: HVAC
Stand-alone medical buildings and specialized treatment facilities are engineering challenges, and more are being designed and built due to changes in health care requirements. Indoor air quality, indoor environmental quality, and other factors make HVAC systems a high priority.
Stand-alone health care buildings: Sustainability
Stand-alone medical buildings and specialized treatment facilities are engineering challenges, and more are being designed and built due to changes in health care requirements. Sustainable design often is top-of-mind for engineers, owners, and clients.
Stand-alone health care buildings: Fire and life safety
Stand-alone medical buildings and specialized treatment facilities are engineering challenges, and more are being designed and built due to changes in health care requirements. Here’s a look at fire and life safety systems.
Stand-alone health care buildings: Electrical, power, lighting
Stand-alone medical buildings and specialized treatment facilities are engineering challenges, and more are being designed and built due to changes in health care requirements. Here’s a look at their electrical, power, and lighting systems.
Stand-alone health care buildings: Codes and standards
Stand-alone medical buildings and specialized treatment facilities are engineering challenges, and more are being designed and built due to changes in health care requirements. Codes and standards dictate much of the design of these facilities.
Stand-alone health care buildings
Stand-alone medical buildings and specialized treatment facilities are engineering challenges, and more are being designed and built due to changes in health care requirements.
Stand-alone health care buildings: Automation and controls
Stand-alone medical buildings and specialized treatment facilities are engineering challenges, and more are being designed and built due to changes in health care requirements. Building automation keeps each of these buildings running efficiently and effectively.
Data centers’ intricate design: HVAC
Data centers are important structures that hold vital information for businesses, schools, public agencies, and private individuals. HVAC systems must be designed with efficiency in mind.
Data centers’ intricate design: Fire and life safety
Data centers are important structures that hold vital information for businesses, schools, public agencies, and private individuals. Fire suppression systems must be carefully designed.
Data centers’ intricate design: Codes and standards
Data centers are important structures that hold vital information for businesses, schools, public agencies, and private individuals. A variety of codes and standards guide engineers in designing these data centers.
Data centers’ intricate design: Electrical and power systems
Data centers are important structures that hold vital information for businesses, schools, public agencies, and private individuals. Electrical, power, and lighting systems play a key role in the design of these data centers.
Data centers’ intricate design: Automation and controls
Data centers are important structures that hold vital information for businesses, schools, public agencies, and private individuals. Building automation systems are key to the design of these mission critical facilities.
Data centers’ intricate design
Data centers are important structures that hold vital information for businesses, schools, public agencies, and private individuals. If these mission critical facilities aren’t properly designed and equipped, the gear inside and the data the servers handle is at risk.
Enhancing the learning experience in K-12 schools: Sustainability and energy efficiency
K-12 schools are among the most important projects engineers can tackle. Professionals focus on energy efficiency design advice for educational facilities.
Enhancing the learning experience in K-12 schools: Fire and life safety
K-12 schools are among the most important projects engineers can tackle. Fire and life safety—including mass notification systems, fire suppression, and emergency communication systems—are discussed.
Enhancing the learning experience in K-12 schools: Electrical and power systems
K-12 schools are among the most important projects engineers can tackle. Professionals with expertise in electrical, power, and lighting, offer design advice for educational facilities.
Enhancing the learning experience in K-12 schools: HVAC
K-12 schools are among the most important projects engineers can tackle. Mechanical engineers focus on HVAC systems, including unique heating and cooling options, building envelope, and air quality.
Enhancing the learning experience in K-12 schools
K-12 schools are among the most important projects engineers can tackle. Professionals with expertise in mechanical, electrical, plumbing, fire protection, lighting, and commissioning offer design advice for educational facilities.
Enhancing the learning experience in K-12 schools: Codes and standards
K-12 schools are among the most important projects engineers can tackle. Codes and standards dictate the design of each educational facility.
Enhancing the learning experience in K-12 schools: Automation and controls
K-12 schools are among the most important projects engineers can tackle. Automation and controls help keep these educational facilities running smoothly.
Class A office building system design: HVAC
Class A office buildings are among the toughest projects an engineer can work on—complex structures, demanding clients, and advanced technology. HVAC systems are a key component of these office buildings.
Class A office building system design: Sustainability, energy efficiency
Class A office buildings are among the toughest projects an engineer can work on—complex structures, demanding clients, and advanced technology. Building owners want the most energy-efficient building possible.
Class A office building system design: Fire and life safety
Class A office buildings are among the toughest projects an engineer can work on—complex structures, demanding clients, and advanced technology. Fire protection engineers frequently face unique fire and life safety challenges.
Class A office building system design: Electrical, power, and lighting
Class A office buildings are among the toughest projects an engineer can work on—complex structures, demanding clients, and advanced technology. Electrical engineers have their work cut out for them.
Class A office building system design
Class A office buildings are among the toughest projects an engineer can work on—complex structures, demanding clients, and advanced technology.
Class A office building system design: Codes and standards
Class A office buildings are among the toughest projects an engineer can work on—complex structures, demanding clients, and advanced technology. Codes and standards dictate many of the design parameters.
Class A office building system design: Automation and controls
Class A office buildings are among the toughest projects an engineer can work on—complex structures, demanding clients, and advanced technology. Building automation and controls keep these buildings running smoothly.
Your questions answered: Optimizing Variable Flow Pumping Control Modes for Energy Savings
Kevin Anderson, senior technical training specialist at Grundfos Pumps Corp. in Olathe, Kan. tackled unanswered questions from the Jan. 19, 2016 webcast on optimizing variable flow pumping control modes for energy savings.
Consulting-Specifying Engineer announces Rodney V. Oathout has joined editorial advisory board
Rodney V. Oathout, PE, CEM, LEED AP, from DLR Group has joined the Consulting-Specifying Engineer editorial advisory board.
Consulting-Specifying Engineer welcomes John Yoon to editorial advisory board
John Yoon, PE, LEED AP ID+C, of McGuire Engineers Inc. has joined the editorial advisory board.
Consulting-Specifying Engineer announces Gregory Quinn has joined editorial advisory board
Gregory Quinn, PE, NCEES, LEED AP, from Affiliated Engineers Inc. has joined the Consulting-Specifying Engineer editorial advisory board.
Constructing college, university buildings wisely: Sustainability and energy efficiency
Engineering mechanical, electrical, plumbing (MEP), and fire protection systems in colleges and universities requires designers to look toward the future of postsecondary education, and consider all aspects of a building and its occupants, including sustainable design.
Constructing college, university buildings wisely: HVAC
Engineering mechanical, electrical, plumbing (MEP), and fire protection systems in colleges and universities requires designers to look toward the future of postsecondary education, and consider all aspects of a building and its occupants. When designing HVAC systems, mechanical engineers have several options to consider.
Constructing college, university buildings wisely: Fire and life safety
Engineering mechanical, electrical, plumbing (MEP), and fire protection systems in colleges and universities requires designers to look toward the future of postsecondary education, and consider all aspects of a building and its occupants.
Constructing college, university buildings wisely: Electrical, power, and lighting
Engineering mechanical, electrical, plumbing (MEP), and fire protection systems in colleges and universities requires designers to look toward the future of postsecondary education, and consider all aspects of a building and its occupants. Electrical and lighting systems are of key importance.
Constructing college, university buildings wisely: Automation and controls
Engineering mechanical, electrical, plumbing (MEP), and fire protection systems in colleges and universities requires designers to look toward the future of postsecondary education, and consider all aspects of a building and its occupants. Building automation systems and controls are frequently specified.
Constructing college, university buildings wisely
Engineering mechanical, electrical, plumbing (MEP), and fire protection systems in colleges and universities requires designers to look toward the future of postsecondary education, and consider all aspects of a building and its occupants.
Constructing college, university buildings wisely: Codes and standards
Engineering mechanical, electrical, plumbing (MEP), and fire protection systems in colleges and universities requires designers to look toward the future of postsecondary education, and consider all aspects of a building and its occupants. Codes, standards, and other guidelines direct the design of these buildings and campuses.
Healthy hospital success: Sustainability
With hospital projects, it is imperative that engineers get everything exactly right—after all, the lives of patients treated in the health care building may depend on it. Sustainability, energy efficiency, and intelligent buildings are discussed.
Healthy hospital success: HVAC
With hospital projects, it is imperative that engineers get everything exactly right—after all, the lives of patients treated in the health care building may depend on it. HVAC systems are top-of-mind for engineers.
Healthy hospital success: Fire and life safety
With hospital projects, it is imperative that engineers get everything exactly right—after all, the lives of patients treated in the health care building may depend on it. Answers to a variety of fire and life safety questions are included
Healthy hospital success: Electrical, power, and lighting
With hospital projects, it is imperative that engineers get everything exactly right—after all, the lives of patients treated in the health care building may depend on it. Electrical and power systems must be designed correctly.
Healthy hospital success
With hospital projects, it is imperative that engineers get everything exactly right—after all, the lives of patients treated in the health care building may depend on it.
Healthy hospital success: Codes and standards
With hospital projects, it is imperative that engineers get everything exactly right—after all, the lives of patients treated in the health care building may depend on it. Codes and standards, including NFPA and Facility Guidelines Institute, are reviewed.
Healthy hospital success: Automation and controls
With hospital projects, it is imperative that engineers get everything exactly right—after all, the lives of patients treated in the health care building may depend on it. Building automation systems and controls are key to a building’s success.
Designing, enhancing office buildings: Energy efficiency
Office buildings might seem like relatively simple structures, but engineers with experience in the field know differently. Energy efficiency and sustainability improve occupancy rates and the overall performance of the building.
Designing, enhancing office buildings: HVAC
Office buildings might seem like relatively simple structures, but engineers with experience in the field know differently. The HVAC system is key to the comfort of building occupants.
Designing, enhancing office buildings: Fire and life safety
Office buildings might seem like relatively simple structures, but engineers with experience in the field know differently. Fire, life safety, and security professionals chime in with expert answers.
Designing, enhancing office buildings
Office buildings might seem like relatively simple structures, but engineers with experience in the field know differently. Words of advice from several professionals show how to make such deceptively complex projects work.
Designing, enhancing office buildings: Electrical, power, and lighting
Office buildings might seem like relatively simple structures, but engineers with experience in the field know differently. Electrical, power, and lighting systems are discussed.
Designing, enhancing office buildings: Codes and standards
Office buildings might seem like relatively simple structures, but engineers with experience in the field know differently. Codes and standards define minimum design requirements for these buildings.
Designing, enhancing office buildings: Automation and controls
Office buildings might seem like relatively simple structures, but engineers with experience in the field know differently. Building automation and control systems must be carefully designed.
Getting it right in mixed-use buildings: Electrical, power, and lighting
Mixed-use buildings—often a combination of retail and residential—are unique structures with varying needs. Electrical systems, power supplies, and lighting systems are a big part of the puzzle.
Getting it right in mixed-use buildings: Fire and life safety
Mixed-use buildings—often a combination of retail and residential—are unique structures with varying needs. Fire and life systems should be considered for all tenants.
Getting it right in mixed-use buildings: HVAC
Mixed-use buildings—often a combination of retail and residential—are unique structures with varying needs. HVAC systems should be carefully considered.
Getting it right in mixed-use buildings: Sustainability
Mixed-use buildings—often a combination of retail and residential—are unique structures with varying needs. Energy-efficiency systems typically are requested by building owners.
Getting it right in mixed-use buildings
Mixed-use buildings—often a combination of retail and residential—are unique structures with varying needs. Tenants, sustainability, HVAC, and a host of other factors must be considered.
Getting it right in mixed-use buildings: Automation and controls
Mixed-use buildings—often a combination of retail and residential—are unique structures with varying needs. Automation, controls, and system integration are big components of these mixed-use buildings.
Getting it right in mixed-use buildings: Codes and standards
Mixed-use buildings—often a combination of retail and residential—are unique structures with varying needs. A variety of codes and standards dictate building design.
Commissioning commercial buildings: Fire and life safety
Ideally, all nonresidential buildings would be commissioned, and the team would start at the onset of the project. Because that’s not always the case, commissioning authorities and experts offer advice on building projects in various stages of commissioning, recommissioning, or retro-commissioning. Fire and life safety systems are discussed.
Commissioning commercial buildings: HVAC
Ideally, all nonresidential buildings would be commissioned, and the team would start at the onset of the project. Because that’s not always the case, commissioning authorities and experts offer advice HVAC systems in various stages of commissioning, recommissioning, or retro-commissioning.
Commissioning commercial buildings: Sustainability, energy efficiency
Ideally, all nonresidential buildings would be commissioned, and the team would start at the onset of the project. Because that’s not always the case, commissioning authorities and experts offer advice on building projects in various stages of commissioning, recommissioning, or retro-commissioning energy-efficient buildings.
Commissioning commercial buildings: Automation and controls
Ideally, all nonresidential buildings would be commissioned, and the team would start at the onset of the project. Because that’s not always the case, commissioning authorities and experts offer advice on building projects in various stages of commissioning, recommissioning, or retro-commissioning. Automation and controls are important to this process.
Commissioning commercial buildings: Codes and standards
Ideally, all nonresidential buildings would be commissioned, and the team would start at the onset of the project. Because that’s not always the case, commissioning authorities and experts offer codes and standards advice on building projects in various stages of commissioning, recommissioning, or retro-commissioning.
Commissioning commercial buildings
Ideally, all nonresidential buildings would be commissioned, and the team would start at the onset of the project. Because that’s not always the case, commissioning authorities and experts offer advice on building projects in various stages of commissioning, recommissioning, or retro-commissioning.
Commissioning commercial buildings: Electrical, power, and lighting
Ideally, all nonresidential buildings would be commissioned, and the team would start at the onset of the project. Because that’s not always the case, commissioning authorities and experts offer advice on building projects in various stages of commissioning, recommissioning, or retro-commissioning. Professionals discuss electrical and power systems, and lighting.
Engineering on an international scale: Sustainability
Working on projects clear across the globe may introduce more obstacles to overcome than mere distance and language barriers—each locale comes with its own codes, climate conditions, and unique characteristics. Sustainability, high-performance buildings, and energy efficiency are always considered.
Engineering on an international scale: HVAC
Working on projects clear across the globe may introduce more obstacles to overcome than mere distance and language barriers—each locale comes with its own codes, climate conditions, and unique characteristics. Heating and cooling must be carefully considered.
Engineering on an international scale
Working on projects clear across the globe may introduce more obstacles to overcome than mere distance and language barriers—each locale comes with its own codes, climate conditions, and unique characteristics.
Engineering on an international scale: Automation and controls
Working on projects clear across the globe may introduce more obstacles to overcome than mere distance and language barriers—each locale comes with its own codes, climate conditions, and unique characteristics. This includes a discussion of building automation and control systems.
Engineering on an international scale: Codes and standards
Working on projects clear across the globe may introduce more obstacles to overcome than mere distance and language barriers—each locale comes with its own codes, climate conditions, and unique characteristics. Building codes and standards are at the forefront.
Tom Divine joins editorial advisory board
Tom Divine, PE, has joined the Consulting-Specifying Engineer editorial advisory board.
Robert J. Garra Jr. joins editorial advisory board
Robert J. Garra Jr., PE, CDT, has joined the Consulting-Specifying Engineer editorial advisory board.
Industrial-strength design: HVAC systems
Manufacturing and industrial facilities tackle heavy-duty projects during their day-to-day operations—so it makes sense that engineers working on such structures face a number of tough challenges. Engineers offer advice on how to achieve strong results in HVAC systems and to achieve sustainable, energy-efficient buildings.
Industrial-strength design: Fire and life safety
Manufacturing and industrial facilities tackle heavy-duty projects during their day-to-day operations—so it makes sense that engineers working on such structures face a number of tough challenges. Engineers offer advice on how to achieve strong results for fire suppression, life safety, and other fire protection systems.
Industrial-strength design: Electrical, power, and lighting
Manufacturing and industrial facilities tackle heavy-duty projects during their day-to-day operations—so it makes sense that engineers working on such structures face a number of tough challenges. Engineers offer advice on how to achieve results when designing electrical, power, and lighting systems.
Industrial-strength design
Manufacturing and industrial facilities tackle heavy-duty projects during their day-to-day operations—so it makes sense that engineers working on such structures face a number of tough challenges. Engineers offer advice on how to achieve strong results.
Industrial-strength design: Codes and standards
Manufacturing and industrial facilities tackle heavy-duty projects during their day-to-day operations—so it makes sense that engineers working on such structures face a number of tough challenges. Engineers offer advice on how to work with the various codes and standards that govern the design of these buildings.
Industrial-strength design: Automation and controls
Manufacturing and industrial facilities tackle heavy-duty projects during their day-to-day operations—so it makes sense that engineers working on such structures face a number of tough challenges. Engineers offer advice on how to achieve strong results in building automation and control systems.
Creating efficient, effective labs: Building automation, controls
Laboratory and research facility operators must produce precise, reliable results every time in order to stay in business—and they insist upon that same precision from the engineers working on their buildings. Building automation systems and integration often come into play.
Creating efficient, effective labs: HVAC and energy efficiency
Laboratory and research facility operators must produce precise, reliable results every time in order to stay in business—and they insist upon that same precision from the engineers working on their buildings. HVAC system design—including ventilation, indoor air quality, and sustainable systems—must be carefully considered.
Creating efficient, effective labs
Laboratory and research facility operators must produce precise, reliable results every time in order to stay in business—and they insist upon that same precision from the engineers working on their buildings.
Government building design: Fire and life safety
When your client is the government, engineering design can be tricky, thanks to stepped-up regulations, budgetary concerns, and other considerations. Respondents discuss fire and life safety issues in government, state, municipal, federal, and military facilities.
Government building design: HVAC
When your client is the government, engineering design can be tricky, thanks to stepped-up regulations, budgetary concerns, and other considerations. Respondents discuss HVAC topics in government, state, municipal, federal, and military facilities.
Government building design: Sustainability and energy efficiency
When your client is the government, engineering design can be tricky, thanks to stepped-up regulations, budgetary concerns, and other considerations. Respondents discuss sustainability and energy efficiency in government, state, municipal, federal, and military facilities.
Government building design: Automation and controls
When your client is the government, engineering design can be tricky, thanks to stepped-up regulations, budgetary concerns, and other considerations. Respondents discuss building automation and controls in government, state, municipal, federal, and military facilities.
Government building design: Codes and standards
When your client is the government, engineering design can be tricky, thanks to stepped-up regulations, budgetary concerns, and other considerations. Respondents discuss the intricate codes and standards for government, state, municipal, federal, and military facilities.
Government building design: Electrical, lighting, and power systems
When your client is the government, engineering design can be tricky, thanks to stepped-up regulations, budgetary concerns, and other considerations. Respondents discuss electrical, lighting, and power systems in government, state, municipal, federal, and military facilities.
Government building design
When your client is the government, engineering design can be tricky, thanks to stepped-up regulations, budgetary concerns, and other considerations. Respondents discuss government, state, municipal, federal, and military facilities.
Learning objective: Designing K-12 schools: HVAC systems
In K-12 schools, technological advancements, code requirements, and other demands placed on engineers are consistently increasing, while limitations like budget restraints remain a challenge. HVAC systems, air quality, and acoustics are discussed here.
Learning objective: Designing K-12 schools: Energy efficiency
In K-12 schools, technological advancements, code requirements, and other demands placed on engineers are consistently increasing, while limitations like budget restraints remain a challenge. School districts are demanding energy-efficient, sustainable buildings.
Learning objective: Designing K-12 schools: Automation and controls
In K-12 schools, technological advancements, code requirements, and other demands placed on engineers are consistently increasing, while limitations like budget restraints remain a challenge. Building automation systems and controls are key to occupancy comfort.
Learning objective: Designing K-12 schools
In K-12 schools, technological advancements, code requirements, and other demands placed on engineers are consistently increasing, while limitations like budget restraints remain a challenge.
Driving data center design: Sustainability, energy efficiency
In the information age, data centers can be the beating heart of not just a building, but an entire global corporation. Energy-efficient data centers are a core topic of discussion.
Driving data center design: HVAC
In the information age, data centers can be the beating heart of not just a building, but an entire global corporation. Data center cooling is a key component of the design of these mission critical facilities.
Driving data center design: Fire and life safety
In the information age, data centers can be the beating heart of not just a building, but an entire global corporation. Fire suppression systems must be carefully considered by fire protection engineers.
Driving data center design: Electrical, power systems
In the information age, data centers can be the beating heart of not just a building, but an entire global corporation. The electrical engineer plays a key role in the design of these mission critical facilities.
2015 NEBB Conference to focus on HVAC, BAS issues and standards
The National Environmental Balancing Bureau is hosting its 2015 annual conference in Honolulu April 16 to 18. The conference will cover topics including fume hood testing, cleanroom performance testing, NEBB building enclosure testing, and NEBB retro-commissioning for certified professionals.
Driving data center design: Codes and standards
In the information age, data centers can be the beating heart of not just a building, but an entire global corporation. Local codes and standards must be carefully reviewed and adhered to.
Driving data center design: Automation and controls
In the information age, data centers can be the beating heart of not just a building, but an entire global corporation. Building automation systems and controls are key to ensuring constant uptime.
Driving data center design
In the information age, data centers can be the beating heart of not just a building, but an entire global corporation. Engineers with experience working on data centers offer advice on their complex design and getting all the various aspects to compute.
Designing higher education facilities: Sustainability
The world is getting more high-tech, and the colleges and universities preparing students to work in an increasingly advanced environment must keep pace. Energy-efficient and high-performance buildings often are requested by clients.
Designing higher education facilities: HVAC
The world is getting more high-tech, and the colleges and universities preparing students to work in an increasingly advanced environment must keep pace. HVAC systems, indoor air quality, and other related issues are discussed.
Designing higher education facilities
The world is getting more high-tech, and the colleges and universities preparing students to work in an increasingly advanced environment must keep pace. Engineers with expertise on college and university buildings share advice on how to complete such complex projects, with honors.
Designing higher education facilities: Fire and life safety
The world is getting more high-tech, and the colleges and universities preparing students to work in an increasingly advanced environment must keep pace. Emergency communication and mass notification systems are key elements of the fire and life safety systems.
Designing higher education facilities: Electrical and power systems
The world is getting more high-tech, and the colleges and universities preparing students to work in an increasingly advanced environment must keep pace. Electrical, power, and lighting systems are discussed.
Designing higher education facilities: Codes and standards
The world is getting more high-tech, and the colleges and universities preparing students to work in an increasingly advanced environment must keep pace. Engineers have a bevy of codes and standards they must adhere to.
Designing higher education facilities: Automation and controls
The world is getting more high-tech, and the colleges and universities preparing students to work in an increasingly advanced environment must keep pace. Building automation systems and controls help these buildings run efficiently.
Building safe, effective health care facilities: Sustainable, efficient buildings
It’s hard to think of an engineering project with higher standards than a hospital or health care facility—successfully designed and installed systems can literally be a matter of life and death. High-performance facilities, sustainable buildings, and energy-efficient technologies are discussed.
Fire and life safety: Six trends that matter to engineers
Consulting-Specifying Engineer sees the following as the six most important high-level findings impacting the fire and life safety industry today.
Building safe, effective health care facilities: Electrical and power systems
It’s hard to think of an engineering project with higher standards than a hospital or health care facility—successfully designed and installed systems can literally be a matter of life and death. Emergency, standby, and backup power systems are key to these mission critical facilities.
Building safe, effective health care facilities: Fire and life safety
It’s hard to think of an engineering project with higher standards than a hospital or health care facility—successfully designed and installed systems can literally be a matter of life and death. Here, engineers with experience in the field offer advice on how to deliver such projects with a clean bill of health.
Building safe, effective health care facilities: HVAC
It’s hard to think of an engineering project with higher standards than a hospital or health care facility—successfully designed and installed systems can literally be a matter of life and death. Indoor air quality, indoor environmental quality, and HVAC systems are key for engineers.
Building safe, effective health care facilities
It’s hard to think of an engineering project with higher standards than a hospital or health care facility—successfully designed and installed systems can literally be a matter of life and death. Here, engineers with experience in the field offer advice on how to deliver such projects with a clean bill of health.
Building safe, effective health care facilities: Building automation and controls
It’s hard to think of an engineering project with higher standards than a hospital or health care facility—successfully designed and installed systems can literally be a matter of life and death. Building automation systems (BAS) and controls play a key role in mission critical facilities.
Building safe, effective health care facilities: Codes and standards
It’s hard to think of an engineering project with higher standards than a hospital or health care facility—successfully designed and installed systems can literally be a matter of life and death. Codes, standards, and regulations govern how these buildings must be designed.
Engineering workable, successful office space: Codes and standards
Whether new or retrofit, office buildings can be a challenge for the mechanical, electrical, plumbing (MEP), or fire protection engineer. A team of experienced professionals offers advice on building codes and standards.
Engineering workable, successful office space: Electric, power systems
Whether new or retrofit, office buildings can be a challenge for the mechanical, electrical, plumbing (MEP), or fire protection engineer. Electrical and power systems are key to these facilities, which includes lighting.
Engineering workable, successful office space
Whether new or retrofit, office buildings can be a challenge for the mechanical, electrical, plumbing (MEP), or fire protection engineer. A team of experienced professionals offers advice on what to expect, and how to come out on top.
Engineering workable, successful office space: Fire and life safety systems
Whether new or retrofit, office buildings can be a challenge for the mechanical, electrical, plumbing (MEP), or fire protection engineer. Fire protection engineers have many challenges in these buildings.
Engineering workable, successful office space: HVAC
Whether new or retrofit, office buildings can be a challenge for the mechanical, electrical, plumbing (MEP), or fire protection engineer. Air quality, DOAS, and HVAC systems are discussed.
Engineering workable, successful office space: Sustainability and energy efficiency
Whether new or retrofit, office buildings can be a challenge for the mechanical, electrical, plumbing (MEP), or fire protection engineer. A team of experienced professionals discuss energy-efficient buildings.
Best practices for mixed-use buildings
Taking on a mixed-use structure—such as one that includes retail and residential portions—can be an engineering challenge. With all the different engineered systems involved, it can be like working on and integrating several different projects at once. A group of engineers share their experiences and offer practical advice on mixed-use projects.
Best practices for mixed-use buildings: Automation and controls
Taking on a mixed-use structure—such as one that includes retail and residential portions—can be an engineering challenge. With all the different engineered systems involved, it can be like working on and integrating several different projects at once. Building automation systems (BAS) and controls must be carefully integrated.
Best practices for mixed-use buildings: Codes and standards
Taking on a mixed-use structure—such as one that includes retail and residential portions—can be an engineering challenge. With all the different engineered systems involved, it can be like working on and integrating several different projects at once. Building codes and standards are key to the success of these projects.
Best practices for mixed-use buildings: Electrical, power systems
Taking on a mixed-use structure—such as one that includes retail and residential portions—can be an engineering challenge. With all the different engineered systems involved, it can be like working on and integrating several different projects at once. Electrical and power systems often have unique requirements.
Best practices for mixed-use buildings: Fire and life safety
Taking on a mixed-use structure—such as one that includes retail and residential portions—can be an engineering challenge. With all the different engineered systems involved, it can be like working on and integrating several different projects at once. Fire and life safety systems must be carefully considered.
Best practices for mixed-use buildings: HVAC
Taking on a mixed-use structure—such as one that includes retail and residential portions—can be an engineering challenge. With all the different engineered systems involved, it can be like working on and integrating several different projects at once. HVAC systems and indoor air quality (IAQ) challenge engineers on many levels.
Best practices for mixed-use buildings: Sustainability, energy efficiency
Taking on a mixed-use structure—such as one that includes retail and residential portions—can be an engineering challenge. With all the different engineered systems involved, it can be like working on and integrating several different projects at once. Energy efficiency, sustainability, and green buildings are discussed.
Building commissioning challenges, solutions
Commissioning, recommissioning, or retro-commissioning, can be a challenge—and the more complex a facility is, the more boxes an engineer has to check to get the job done right. Here, a group of expert engineers explain how to succeed on such projects.
Building commissioning challenges, solutions: Codes and standards
Commissioning, recommissioning, or retro-commissioning, can be a challenge—and the more complex a facility is, the more boxes an engineer has to check to get the job done right. Building codes and standards, particularly NFPA 3 and IECC, must be carefully followed.
Building commissioning challenges, solutions: Automation and controls
Commissioning, recommissioning, or retro-commissioning, can be a challenge—and the more complex a facility is, the more boxes an engineer has to check to get the job done right. Building automation systems, sequence of operations, and controls are of key importance.
Building commissioning challenges, solutions: Electrical, power system
Commissioning, recommissioning, or retro-commissioning, can be a challenge—and the more complex a facility is, the more boxes an engineer has to check to get the job done right. Electrical and power systems must be carefully commissioned to meet code and owner expectations.
Building commissioning challenges, solutions: Fire, life safety
Commissioning, recommissioning, or retro-commissioning, can be a challenge—and the more complex a facility is, the more boxes an engineer has to check to get the job done right. Fire and life safety systems have some of the most complex requirements.
Building commissioning challenges, solutions: Sustainability, energy efficiency
Commissioning, recommissioning, or retro-commissioning, can be a challenge—and the more complex a facility is, the more boxes an engineer has to check to get the job done right. Renewable energy systems, photovoltaics, and other sustainable systems must now be commissioned.
The challenge: Tall and super-tall buildings
High-rise buildings aren’t just big—for engineers, they present big challenges. Multi-story structures can contain a broad range of uses, different-sized units, and a host of complex systems to tackle.
The challenge: Tall and super-tall buildings: Fire and life safety
High-rise buildings aren’t just big—for engineers, they present big challenges. Fire and life safety issues are top on the list of challenges for fire protection engineers
The challenge: Tall and super-tall buildings: Energy efficiency
High-rise buildings aren’t just big—for engineers, they present big challenges. High-performance and sustainable buildings must meet certain energy efficiency requirements.
The challenge: Tall and super-tall buildings: Electrical and power systems
High-rise buildings aren’t just big—for engineers, they present big challenges. The electrical engineer has many distribution, metering, and power system issues to consider.
The challenge: Tall and super-tall buildings: Codes and standards
High-rise buildings aren’t just big—for engineers, they present big challenges. Meeting building codes and standards becomes a new challenge in these cutting-edge structures, both in the United States and abroad.
The challenge: Tall and super-tall buildings: Automation and controls
High-rise buildings aren’t just big—for engineers, they present big challenges. Building automation systems and integration are top-of-mind in these projects
The challenge: Tall and super-tall buildings: HVAC
High-rise buildings aren’t just big—for engineers, they present big challenges. HVAC systems and indoor air quality must meet exacting standards
Dwayne Miller joins editorial advisory board
Dwayne Miller, PE, RCDD, AEE CPQ, has joined the Consulting-Specifying Engineer editorial advisory board.
David Lowrey joins editorial advisory board
David Lowrey, Chief Fire Marshal, Boulder Fire Rescue, has joined the Consulting-Specifying Engineer editorial advisory board.
Julianne Laue joins editorial advisory board
Julianne Laue, PE, LEED AP BD+C, BEMP, has joined the Consulting-Specifying Engineer editorial advisory board.
William Koffel joins editorial advisory board
William Koffel, PE, FSFPE, has joined the Consulting-Specifying Engineer editorial advisory board.
How to engineer manufacturing, industrial buildings
Manufacturing and industrial facilities can be particularly complex projects, involving large facilities containing behemoth machinery, hazardous chemicals, and a range of other concerns.
How to engineer manufacturing, industrial buildings: Codes and standards
Manufacturing and industrial facilities can be particularly complex projects, involving large facilities containing behemoth machinery, hazardous chemicals, and a range of other concerns. Engineers must adhere to local, national, and international codes and standards.
How to engineer manufacturing, industrial buildings: Automation and controls
Manufacturing and industrial facilities can be particularly complex projects, involving large facilities containing behemoth machinery, hazardous chemicals, and a range of other concerns. Building automation systems and system integration are discussed.
How to engineer manufacturing, industrial buildings: Energy efficiency
Manufacturing and industrial facilities can be particularly complex projects, involving large facilities containing behemoth machinery, hazardous chemicals, and a range of other concerns. Energy efficiency and sustainable systems must be carefully considered.
How to engineer manufacturing, industrial buildings: Electrical and power systems
Manufacturing and industrial facilities can be particularly complex projects, involving large facilities containing behemoth machinery, hazardous chemicals, and a range of other concerns. The draw on the local power system is a key factor for electrical engineers to consider.
How to engineer manufacturing, industrial buildings: Fire and life safety
Manufacturing and industrial facilities can be particularly complex projects, involving large facilities containing behemoth machinery, hazardous chemicals, and a range of other concerns. Fire and life safety systems are at the forefront in these buildings.
How to engineer manufacturing, industrial buildings: HVAC
Manufacturing and industrial facilities can be particularly complex projects, involving large facilities containing behemoth machinery, hazardous chemicals, and a range of other concerns. HVAC systems and ventilation are complex issues engineers must manage.
Smoke control system testing
Special inspectors must know how to test and commission fire systems, sprinklers, dampers, and alarms. A discussion of relevant codes and standards is included.
Joshua Greene joins editorial advisory board
The RJA Group’s Joshua Greene has joined the Consulting-Specifying Engineer editorial advisory board.
Designing a winning sports venue
Sports and entertainment arenas are more than just seats and a playing field; they are highly complex structures bringing in thousands of fans—and millions of dollars—every year. Engineers with experience in the field share advice on putting together a strong game plan and ending up a champion.
Designing a winning sports venue: Codes and standards
Sports and entertainment arenas are more than just seats and a playing field; they are highly complex structures bringing in thousands of fans—and millions of dollars—every year. Engineers must keep up with relevant building codes and standards.
Designing a winning sports venue: Building automation
Sports and entertainment arenas are more than just seats and a playing field; they are highly complex structures bringing in thousands of fans—and millions of dollars—every year. Building automation systems and controls play a role in ensuring a smooth-running building.
Designing a winning sports venue: Electrical, power systems
Sports and entertainment arenas are more than just seats and a playing field; they are highly complex structures bringing in thousands of fans—and millions of dollars—every year. Power and electrical systems are often the key to success.
Designing a winning sports venue: Fire and life safety
Sports and entertainment arenas are more than just seats and a playing field; they are highly complex structures bringing in thousands of fans—and millions of dollars—every year. Fire, life safety, and mass notification are topics of high importance to fire protection engineers.
Designing a winning sports venue: HVAC systems
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Designing a winning sports venue: Sustainability
Sports and entertainment arenas are more than just seats and a playing field; they are highly complex structures bringing in thousands of fans—and millions of dollars—every year. Sustainability and energy efficiency are key factors.
Vote for the 2014 Product of the Year Finalists
Who will win gold in 2014? Consulting-Specifying Engineer announces the finalists for this year’s 10th annual Product of the Year competition, and readers will have the final word.
Engineering in K-12 schools
Engineers offer practical advice and best practices on how to design HVAC, electrical, lighting, and fire protection systems in K-12 schools.
Engineering in K-12 schools: Codes and standards
Engineers offer practical advice and best practices on how to design HVAC, electrical, lighting, and fire protection systems in K-12 schools while meeting all codes and standards.
Engineering in K-12 schools: Controls and automation
Engineers offer practical advice and best practices on how to design controls and automation systems in K-12 schools.
Engineering in K-12 schools: Electrical, power systems
Engineers offer practical advice and best practices on how to design electrical, power, and renewable energy systems in K-12 schools.
Engineering in K-12 schools: Fire and life safety
Engineers offer practical advice and best practices on how to design fire and life safety systems in K-12 schools.
Engineering in K-12 schools: HVAC systems
Engineers offer practical advice and best practices on how to design HVAC systems and improve indoor air quality in K-12 schools.
Engineering in K-12 schools: Energy-efficient, high-performance buildings
Engineers offer practical advice and best practices on how to design sustainable, high-performance K-12 schools.
Vallort receives ASHRAE Fellow award
James Vallort, a senior VP at ESD, received the ASHRAE Fellow Award at the society’s Winter Conference in New York.
Refrigerant safety standards published
ASHRAE’s refrigerants-related standards, Standard 34: Designation and Safety Classification of Refrigerants, and Standard 15: Safety Standard for Refrigeration Systems, have been published.
Data center design: HVAC systems
In the information age, data centers are one of the most critical components of a facility. If the data center isn’t reliable, business can’t be done. This reviews data center cooling and HVAC systems.
Data center design: Fire and life safety
In the information age, data centers are one of the most critical components of a facility. If the data center isn’t reliable, business can’t be done. Fire and life safety issues are tackled here.
Data center design: Energy efficiency
In the information age, data centers are one of the most critical components of a facility. If the data center isn’t reliable, business can’t be done. Energy efficiency and sustainability are key components.
Data center design: Electrical and power systems
In the information age, data centers are one of the most critical components of a facility. If the data center isn’t reliable, business can’t be done. This is a review of the key electrical and power issues in data centers.
Data center design: Automation and controls
In the information age, data centers are one of the most critical components of a facility. If the data center isn’t reliable, business can’t be done. Automation and controls play a key role.
Data center design
In the information age, data centers are one of the most critical components of a facility. If the data center isn’t reliable, business can’t be done. Experts provide insights on cooling and power issues, cloud computing, and energy efficiency.
Jerry Bauers joins advisory board
Jerry Bauers has joined the Consulting-Specifying Engineer editorial advisory board.
White paper: Coil Evolution: Smaller Diameter Coil Production
This white paper explains how HVAC coil production has evolved and how the current technology can benefit engineers.
Smart college, university building design
College and university campus buildings have a lot going on—classes, research, dining, and sleeping. Added to the challenge: life safety, air quality needs of research facilities, sustainability goals, and other issues. A group of engineers offer advice on how to tackle college and university projects and achieve a degree of success.
College, university building automation and controls
College and university campus buildings have a lot going on—classes, research, dining, and sleeping. Building automation systems must be carefully specified to control the systems within these buildings.
College, university building electrical and power system design
College and university campus buildings have a lot going on—classes, research, dining, and sleeping. Electrical and power systems—including standby, emergency, and backup power—are key components.
College, university building fire/life safety design
College and university campus buildings have a lot going on—classes, research, dining, and sleeping. Fire, life safety, mass notification, and emergency communication systems are key components of these campuses.
College, university building HVAC design
College and university campus buildings have a lot going on—classes, research, dining, and sleeping. HVAC and air quality are key aspects of these buildings.
FMI: nonresidential construction index dropped
FMI's Fourth Quarter Nonresidential Construction Index (NRCI) dropped 2.9 points to finish 2013 at 57.4 due to declining productivity and partisan politics.
Manufacturers’ prescription for hospital, health care facility success
Two manufacturers provide tips on how engineers can make their hospital and health care facility projects more successful.
Prescription for sustainable hospital, health care facility success
Hospital and health care facility projects are especially important due to their sensitive nature. Clients are demanding that their facilities are energy-efficient.
Prescription for hospital, health care HVAC success
Hospital and health care facility projects are especially important due to their sensitive nature. The HVAC system—especially indoor air quality—must have reliable design.
Prescription for fire/life safety design in hospitals, health care facilities
Hospital and health care facility projects are especially important due to their sensitive nature. Fire and life safety are key in hospital design.
Prescription for hospital, health care facility success
Hospital and health care facility projects are especially important due to their sensitive nature. Engineers charged with designing these buildings must take special care when working in these mission critical facilities.
Prescription for building automation and controls in hospital, health care facilities
Hospital and health care facility projects are especially important due to their sensitive nature. Engineers chime in on building automation systems (BAS), building management systems (BMS), and controls.
Prescription for hospital, health care electrical system success
Hospital and health care facility projects are especially important due to their sensitive nature. Electrical and power systems must be carefully designed.
FMI predicts U.S. construction will increase in 2014
FMI predicts that put in place construction will increase to $977 billion in 2014 in spite of economic and fiscal concerns.
Specifying systems for new, existing office buildings
Office buildings might seem like simple structures from the outside, but engineers engaged in such projects know they can be highly complex, with specialized fire/life safety requirements, laboratory spaces, and other unique needs.
Specifying building automation, control systems for new, existing office buildings
Office buildings might seem like simple structures from the outside, but engineers engaged in such projects know they can be highly complex. This Q&A covers building automation systems (BAS) and controls.
Specifying electrical and power systems for new, existing office buildings
Office buildings might seem like simple structures from the outside, but engineers engaged in such projects know they can be highly complex, with specialized fire/life safety requirements, laboratory spaces, and other unique needs. This looks at the building electrical and power systems.
Specifying fire, life safety systems for new, existing office buildings
Office buildings might seem like simple structures from the outside, but engineers engaged in such projects know they can be highly complex, with specialized fire/life safety requirements, laboratory spaces, and other unique needs. Fire and life safety issues are of utmost importance.
Specifying HVAC systems for new, existing office buildings
Office buildings might seem like simple structures from the outside, but engineers engaged in such projects know they can be highly complex, with specialized HVAC, indoor air quality, and other air movement needs.
Specifying energy efficiency systems for new, existing office buildings
Office buildings might seem like simple structures from the outside, but engineers engaged in such projects know they can be highly complex, and building owners are requesting more sustainable buildings.
Manufacturers’ advice for systems in office buildings
Two manufacturers of systems used in office buildings provide advice about electrical, cooling, and other engineered stems.
ASHRAE publishes 2013 version of IAQ standard
The 2013 version of ASHRAE’s indoor air quality (IAQ) standard contains several revisions to help users better meet its requirements.
ASHRAE 90.1-2013 addenda released
Major changes to ASHRAE Standard 90.1 include the sections on building envelope, lighting, mechanical, and energy cost budget.
FMI releases Q3-2013 construction outlook
FMI's Q3-2013 outlook was down slightly from estimates, while the 2014 construction outlook forecast projects moderate growth of 7% to $977 billion.
Manufacturers’ perspective on mixed-use buildings
Two manufacturers provide insights about engineering electrical and mechanical systems into mixed-use buildings.
The art and science of mixed-use buildings
Engineering mixed-use buildings is a fine art—specifiers must combine multiple engineered systems for several business and residence types into one structure. This overview offers a look at the challenges of these buildings.
Codes, standards for mixed-use buildings
Engineering mixed-use buildings is a fine art—specifiers must combine multiple engineered systems for several business and residence types into one structure. Codes and standards from NFPA to IECC challenge engineers.
Building automation, controls in mixed-use buildings
Engineering mixed-use buildings is a fine art—specifiers must combine multiple engineered systems for several business and residence types into one structure. Building automation and controls can be complex, and system integration is key.
Electrical, power systems in mixed-use buildings
Engineering mixed-use buildings is a fine art—specifiers must combine multiple electrical and power systems for several business and residence types into one structure. Metering, submetering, and energy efficiency also must be considered.
Fire, life safety, and smoke control in mixed-use buildings
Engineering mixed-use buildings is a fine art—specifiers must combine multiple engineered systems for several business and residence types into one structure. Fire protection engineers focus on these diverse structures with various fire and life safety techniques.
Mechanical and plumbing systems in mixed-use buildings
Engineering mixed-use buildings is a fine art—specifiers must combine multiple engineered systems for several business and residence types into one structure. Mechanical systems (HVAC) and plumbing systems must be carefully designed and aligned.
Making mixed-use buildings sustainable
Engineering mixed-use buildings is a fine art—specifiers must combine multiple engineered systems for several business and residence types into one structure. Many building owners demand sustainable, energy-efficiency buildings.
NEBB cleanroom testing seminar, exam
NEBB's Cleanroom Performance Testing seminar and exam is Oct. 21-23 in Holly Springs, N.C.
Manufacturers’ tips and tricks for commissioning, balancing buildings
Two manufacturers provide insights, tools, and tips on how to commission and balance building systems.
Tips and tricks for commissioning, balancing buildings: Sustainability, energy efficiency
Building commissioning is one of the most important (and complex) types of projects an engineer can be tasked with. Renewable energy or sustainable systems require specialized expertise.
Tips and tricks for commissioning, balancing buildings: Mechanical and plumbing systems
Building commissioning is one of the most important (and complex) types of projects an engineer can be tasked with. Mechanical and plumbing engineering issues are covered in detail.
Tips and tricks for commissioning, balancing buildings: Fire and life safety
Building commissioning is one of the most important (and complex) types of projects an engineer can be tasked with. Fire and life safety systems—including smoke detection—are discussed.
Tips and tricks for commissioning, balancing buildings: Electrical and power systems
Building commissioning is one of the most important (and complex) types of projects an engineer can be tasked with. Electrical engineering, power, and energy issues are discussed.
Tips and tricks for commissioning, balancing buildings: Codes and standards
Building commissioning is one of the most important (and complex) types of projects an engineer can be tasked with. Codes and standard dictate many test, measurement, and verification techniques.
Tips and tricks for commissioning, balancing buildings: Building automation
Building commissioning is one of the most important (and complex) types of projects an engineer can be tasked with. Building automation systems (BAS) and sequence of operations are covered in this Q&A.
Tips and tricks for commissioning, balancing buildings
Building commissioning is one of the most important (and complex) types of projects an engineer can be tasked with. This overview provides insights for commissioning building systems.
2014 AHR Expo announced
The 66th AHR Expo is scheduled for Jan. 21-23, 2014, in New York City. More than 55,000 attendees and 2,000 companies are expected for the event.
Send in the engineering troops: Codes and standards
Military facilities present an army of challenges—exacting codes and regulations, stepped-up security issues, and budgetary concerns. Codes compliance is a key area of focus.
Send in the engineering troops: Building automation and controls
Military facilities present an army of challenges—exacting codes and regulations, stepped-up security issues, and budgetary concerns. Building automation and controls must be compatible across multiple platforms.
Send in the engineering troops: Electrical and power systems
Military facilities present an army of challenges—exacting codes and regulations, stepped-up security issues, and budgetary concerns. Power and electrical systems are high on the priority list.
Send in the engineering troops: Fire, life safety
Military facilities present an army of challenges—exacting codes and regulations, stepped-up security issues, and budgetary concerns. Fire protection and life safety systems are of utmost importance.
Send in the engineering troops
Military facilities present an army of challenges—exacting codes and regulations, stepped-up security issues, and budgetary concerns. Here, engineers who’ve earned their stripes on such projects share advice on how to win the battle.
Send in the engineering troops: HVAC and plumbing
Military facilities present an army of challenges—exacting codes and regulations, stepped-up security issues, and budgetary concerns. HVAC, ventilation, and plumbing systems are discussed.
ASHRAE bestows service award on Vallort
James Vallort, SVP of Environmental Systems Design, received the Exceptional Service Award from ASHRAE for his contributions to the organization.
Southland restructures
Southland Industries has restructured to offer engineering, construction, service, and energy service capabilities as stand-alone options.
ASHRAE bestows service award on Linder
Robert J. Linder was presented ASHRAE’s Distinguished Service Award at the ASHRAE Annual Conference.
Engineering systems in manufacturing, industrial buildings: Fire and life safety
Manufacturing and industrial facilities have some unusual engineering requirements, especially fire and life safety systems.
Engineering systems in manufacturing, industrial buildings: HVAC systems
Manufacturing and industrial facilities have some unusual engineering requirements, especially air handling, power needs, and fire/life safety systems. Air movement and air quality issues are discussed.
Engineering systems in manufacturing, industrial buildings: Codes and standards
Manufacturing and industrial facilities have some unusual engineering requirements, especially air handling, power needs, and fire/life safety systems. Take a look at key codes and standards engineers must adhere to.
Engineering systems in manufacturing, industrial buildings: Building automation and controls
Manufacturing and industrial facilities require specialized building automation, monitoring, and control systems.
Engineering systems in manufacturing, industrial buildings: Energy efficiency
Manufacturing and industrial facilities have some unusual engineering requirements, and focus significant time on enhancing energy efficiency.
Manufacturer’s focus on manufacturing, industrial buildings
Manufacturing and industrial facilities have some unusual engineering requirements, especially air handling, power needs, and fire/life safety systems. Two manufacturers provide feedback and advice.
Engineering systems in manufacturing, industrial buildings
Manufacturing and industrial facilities have some unusual engineering requirements, especially air handling, power needs, and fire/life safety systems.
Engineering systems in manufacturing, industrial buildings: Electrical, power, and lighting systems
Manufacturing and industrial facilities have some unusual engineering requirements, including demanding power requirements.
Electrical, power study released
This study was conducted by Consulting-Specifying Engineer to evaluate customer awareness, usage of, and preference for suppliers of various types of electrical and power products and systems.
Designing labs, research buildings: Electrical, power systems
Labs and research facilities house sensitive equipment and must maintain very rigid standards. Electrical and power systems are of key importance.
Designing labs, research buildings: Building automation and controls
Labs and research facilities house sensitive equipment and must maintain very rigid standards. In this discussion, the engineers will discuss building automation and controls.
Designing labs, research buildings: Codes and standards
Labs and research facilities house sensitive equipment and must maintain very rigid standards. Codes and standards must be adhered to, with special attention to codes unique to these buildings.
Designing labs, research buildings: Sustainability and efficiency
Labs and research facilities house sensitive equipment and must maintain very rigid standards. Energy efficiency and sustainability are also key considerations.
Designing labs, research buildings: HVAC systems
Labs and research facilities house sensitive equipment and must maintain very rigid standards. Ventilation, air quality, and HVAC systems are discussed here.
Manufacturer focus: Designing labs, research buildings
Labs and research facilities house sensitive equipment and must maintain very rigid standards. Two manufacturers provide insights.
Designing labs, research buildings
Labs and research facilities house sensitive equipment and must maintain very rigid standards. Key areas include air quality, security, and flexibility. This provides a general overview.
Sports, entertainment venues: Automation and controls
Sports arenas and entertainment facilities involve complex engineering solutions. Five consulting engineers offer advice on building automation and controls.
Sports, entertainment venues: Codes and standards
Sports arenas and entertainment facilities involve complex engineering solutions. Five consulting engineers offer codes and standards advice.
Sports, entertainment venues: Electrical and power systems
Sports arenas and entertainment facilities involve complex engineering solutions. Five consulting engineers share details on electrical and power systems.
Sports, entertainment venues: HVAC systems
Sports arenas and entertainment facilities involve complex engineering solutions. Five consulting engineers offer advice on HVAC, ventilation, indoor air quality, and more.
Sports, entertainment venues: Fire and life safety
Sports arenas and entertainment facilities involve complex engineering solutions. Fire and life safety topics are discussed by five consulting engineers.
Sports, entertainment venues: Sustainability and energy efficiency
Sports arenas and entertainment facilities involve complex engineering solutions. Engineers discuss sustainability, renewable energy, and energy efficiency in these buildings.
Manufacturers’ focus: Sports, entertainment venues
Sports arenas and entertainment facilities require unique product solutions. Hear from three manufacturers who provide solutions in these facilities.
Sports, entertainment venues need engineering athleticism
Sports arenas and entertainment facilities involve complex engineering solutions. Five consulting engineers offer advice to get results worth cheering about.
FMI releases Q1-2013 Construction Outlook
Nonresidental construction has picked up considerably for lodging, office, and commercial construction, but the industry as a whole remains in a wait-and-see pattern due to the shaky U.S. economy.
Educational experience: Codes, standards in K-12 schools
Engineering work on K-12 schools is complex—and not just because of dwindling school budgets. The facilities must meet a broad range of exacting standards coming from officials and state regulatory bodies, in addition to meeting energy efficiency standards. An overview of codes and standards follows.
Educational experience: Designing automation systems in K-12 schools
Engineering work on K-12 schools is complex—and not just because of dwindling school budgets. The facilities must meet a broad range of exacting standards coming from officials and state regulatory bodies, in addition to meeting energy efficiency standards. This discussion covers building automation and controls.
Educational experience: Designing electrical/power systems in K-12 schools
Engineering work on K-12 schools is complex—and not just because of dwindling school budgets. The facilities must meet a broad range of exacting standards coming from officials and state regulatory bodies, in addition to meeting energy efficiency standards.
Educational experience: HVAC systems and energy efficiency in K-12 schools
Engineering work on K-12 schools is complex—and not just because of dwindling school budgets. The facilities must meet a broad range of exacting standards coming from officials and state regulatory bodies, in addition to meeting energy efficiency standards. HVAC, energy efficiency, and sustainability are discussed in this Q+A.
Manufacturers’ focus: Designing K-12 schools
Engineering work on K-12 schools is complex. Here are insights from manufacturers who provide products, equipment, and solutions.
Educational experience: Designing K-12 schools
Engineering work on K-12 schools is complex—and not just because of dwindling school budgets. The facilities must meet a broad range of exacting standards coming from officials and state regulatory bodies, in addition to meeting energy efficiency standards. Here’s a general overview.
ACG Conference on Total Building Commissioning registration open
ACG's 9th Annual Conference on Total Building Commissioning will include workshops and certification exams.
The Value of Participating in Standards Setting: For Your Company
By participating in the standards-setting process, you represent your company and establish it as a leader in seeking global solutions that promote industry growth.
Focus on data centers: Electrical and power
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Six engineers share their knowledge of electrical and power systems in data centers.
Manufacturers’ focus on data centers: Electrical and power
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Three manufacturers share information about their company’s products and solutions.
Manufacturers’ focus on data centers: Fire and life safety
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers.
Focus on data centers: Fire and life safety
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Engineers discuss fire and life safety, fire suppression, and the complexity of data centers.
Manufacturers’ focus on data centers: Sustainability
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Three manufacturers discuss energy efficiency and sustainability.
Focus on data centers: Sustainability
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Energy efficiency and sustainability are key factors to consider.
Manufacturers’ focus on data centers: HVAC
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Manufacturers discuss HVAC systems, cooling systems, and solutions.
Focus on data centers: HVAC
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Engineers discuss HVAC systems, variable frequency drives, and unique projects.
Danna Jensen joins editorial advisory board
Danna Jensen, PE, LEED AP BD+C, Associate Principal, ccrd partners, Dallas, has joined the Consulting-Specifying Engineer editorial advisory board.
Focus on data centers
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Engineers share general feedback on their work in data centers.
Focus on data centers: Codes and standards
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Engineers share suggestions and feedback on data center codes and standards.
Manufacturers’ focus on data centers: Automation and controls
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Three manufacturers share information about their company’s products and solutions.
Focus on data centers: Automation and controls
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Read on for six engineers’ perspective on automation, controls, and BAS.
Manufacturers’ focus on data centers
Designing efficient and effective data centers and mission critical facilities is a top priority for consulting engineers. Three manufacturers share information about their company’s products and solutions, plus data center trends.
Special report: The IT business
Rob McKernan, senior vice president IT Business with Schneider Electric, discusses trends in the industry in this exclusive video.
College campus engineering: Challenges, retrofitting, renewable energy systems
Colleges and universities bear the important responsibility of molding the minds of future generations. To tackle the formidable task, such institutions require the expertise of engineers to ensure the complex buildings on campuses (laboratories, classrooms, computer centers) meet their needs.
College campus engineering: Codes and standards, HVAC, fire and life safety
Colleges and universities bear the important responsibility of molding the minds of future generations. To tackle the formidable task, such institutions require the expertise of engineers to ensure the complex buildings on campuses (laboratories, classrooms, computer centers) meet their needs.
Special report: Manufacturing and industry
Mary Ramsey, senior vice president for the U.S. Industry Business for Schneider Electric, discusses the manufacturing sector with Plant Engineering's Bob Vavra.
Building automation for hospitals, health care facilities
With daunting aspects such as ever-changing codes and standards, increasing medical complexity, and dwindling capital budgets, hospitals and health care facilities are among the most challenging building projects.
Fire protection systems in hospitals, health care facilities
With daunting aspects such as ever-changing codes and standards, increasing medical complexity, and dwindling capital budgets, hospitals and health care facilities are among the most challenging building projects.
Mechanical systems in hospitals, health care facilities
With daunting aspects such as ever-changing codes and standards, increasing medical complexity, and dwindling capital budgets, hospitals and health care facilities are among the most challenging building projects.
Hospitals, health care facilities’ power and electrical systems
With daunting aspects such as ever-changing codes and standards, increasing medical complexity, and dwindling capital budgets, hospitals and health care facilities are among the most challenging building projects.
Challenge: Hospitals, health care facilities
With daunting aspects such as ever-changing codes and standards, increasing medical complexity, and dwindling capital budgets, hospitals and health care facilities are among the most challenging building projects.
Special report: The power industry
An update on the power industry with Allen Breeze from Schneider Electric.
Special report: The business of buildings
Consulting-Specifying Engineer discusses the buildings industry with Jim Sandelin from Schneider Electric.
Special report: The electrical infrastructure business
Schneider Electric's Don Rickey discusses trends and issues in the firm's infrastructure business.
Top engineering trends with Jeff Drees
Schneider Electric's Jeff Drees discusses trends and issues in engineering.
Designing office space: HVAC systems
Office building clients demand sustainability, flexibility, and cost conservation in both new and existing buildings.
Designing office space: Fire, life safety
Office building clients demand sustainability, flexibility, and cost conservation in both new and existing buildings.
Designing office space: Building automation
Office building clients demand sustainability, flexibility, and cost conservation in both new and existing buildings.
Designing office space: Electrical, power systems
Office building clients demand sustainability, flexibility, and cost conservation in both new and existing buildings.
Designing office space: Sustainability and energy efficiency
Office building clients demand sustainability, flexibility, and cost conservation in both new and existing buildings.
An overview: Designing office space
Office building clients demand sustainability, flexibility, and cost conservation in both new and existing buildings.
NEBB appoints 2013 board of directors
The National Environmental Balancing Bureau appointed Stanley Fleischer to lead the board as its president for 2013. Robert Linder will serve as president-elect.
How to engineer systems in mixed-use buildings: HVAC and controls
When working on mixed-use buildings, engineers must address many needs in one building. This reviews aspects of HVAC, automation and controls, and energy efficiency.
How to engineer systems in mixed-use buildings: Electrical and power systems
When working on mixed-use buildings, engineers must address many needs in one building. Electrical and power engineering are key aspects of these buildings.
How to engineer systems in mixed-use buildings: Fire and life safety
When working on mixed-use buildings, engineers must address many needs in one building. Fire and life safety issues are discussed here.
An overview: How to engineer systems in mixed-use buildings
When working on mixed-use buildings, engineers must address many needs in one building.
Overcoming hurdles
The 2012 MEP Giants recognizes the top 100 mechanical, electrical, plumbing (MEP), and fire protection engineering firms by MEP design revenue.
Retro-commissioning guidance: An overview
While starting from scratch on a not-yet-built structure can be taxing, engineering systems on existing buildings presents a unique set of challenges. Here, experts in the field offer advice on how to best make such systems fall into place.
Retro-commissioning guidance: Fire and life safety
While starting from scratch on a not-yet-built structure can be taxing, engineering systems on existing buildings presents a unique set of challenges. Here, experts in the field offer advice on how to best make such systems fall into place, particularly fire and life safety systems.
Retro-commissioning guidance: Electrical and energy
While starting from scratch on a not-yet-built structure can be taxing, engineering systems on existing buildings presents a unique set of challenges. Here, experts in the field offer advice on how to best make such systems fall into place, particularly electrical, power, and energy management systems.
Keynote Presentation: America’s Energy Future: Partly Windy, Slightly Sunny, and as Uncertain as the Weather
Branko Terzic, PE, Executive Director, Deloitte Center for Energy Solutions
Tips and tricks for mission critical facilities
Reliability is important on any project an engineer is charged with, but especially when it comes to mission critical facilities, failure is not an option.
MEP TEST Stuff
MEP Giants 2012 Rankings: Click on linked names to view project profiles Ranking Firm Name Ranking Firm Name Ranking Firm Name Ranking Firm Name 1 Black & Veatch 26 ESD (Environmental Systems Design Inc.) 51 Joseph R. Loring & Assocs. Inc. 76 Spectrum Engineers Inc. 2 AECOM Technology 27 TLC Engineering for Architecture Inc. 52 Michaud Cooley Erickson 77 Bala Consulting Engineers 3 URS Corp. 28 Glumac 53 TME Inc. 78 PEDCO E&A Services 4 Southland Industries 29 RMF Engineering Inc. 54 CMTA 79 Dynamix Engineering Ltd. 5 Burns & McDonnell 30 M-E Engineers Inc. 55 Jordan & Skala Engineers Inc. 80 Wick Fisher White 6 exp 31 RDK Engineers 56 Gannett Fleming Inc. 81 Paulus, Sokolowski and Sartor LLC 7 Parsons Brinckerhoff 32 EYP Architecture & Engineering 57 James Posey Assocs.
MEP Roundtable: Industrial strength
Manufacturing and industrial structures can have wide-ranging engineering needs, depending on the processes conducted inside.
Scientific method
Laboratory facilities are among the most sensitive, complex structures an engineer can be asked to consult on. Juggling issues of sustainability, environmental integrity, cost control, and others can be a scientific process in and of itself. Here, top engineers offer their advice on how to effectively handle such delicate projects and maintain the perfect chemistry.
World of difference
Conducting business overseas can be a challenge of global proportions. Figure in language barriers, culture clashes, lack of adequate infrastructure, and climate differences, and a project that would be difficult even in your home country becomes downright daunting. Here, engineers with experience on international projects offer worldly advice.
Mentoring is ‘the way it is’ at Midwest firm
KJWW Engineering Consultants employs a formal mentoring process for all new hires.
Top Consulting-Specifying Engineer Articles, March 2012
The most visited articles at www.csemag.com during March 2012 include changes in the NEC, how to save water in commercial buildings, LEED changes, analyzing the lifecycle of HVAC systems, and active high-speed switching mitigating arc flash.
Firm gives back to community, young engineers
SSOE Group, based in Toledo, Ohio, talks about some of their programs designed to help the community from a charitable standpoint.
School is in session
With mitigating factors like aging structures, complex codes and standards, and emerging technologies, K-12 school projects can pose quite a test. Here, top consulting engineers share important lessons on what techniques and technologies will get you to the head of the class.
Top Consulting-Specifying Engineer Articles, February 2012
The most visited articles at www.csemag.com during February 2012 include ASHRAE standards affecting HVAC designs, control sequences for chilled water systems, how to balance energy and indoor air quality, restructuring the fire alarm code, and strategies on business development.
Rack-level cooling grows faster than room-cooling: report
IMS Research's recent study indicates rack-level cooling will grow more than 20% in the next five years, though room-cooling will remain the largest part of the market by 2016.
Michael Chow joins editorial advisory board
Chow joins Consulting-Specifying Engineer’s editorial advisory board.
Top Consulting-Specifying Engineer Articles, January 2012
The most visited articles at www.csemag.com during January 2012 include power system grounding, engineering education, ASHRAE standards, fire alarm code restructuring, and proper fan design benefits.
Data processing
Since the 21st century business world relies heavily on information, data centers are one of the most crucial components of any company. Here, engineers share advice on how to handle such important projects and keep their clients’ operations running.
Juxtaposing science, art, and technology
Mariano Rodriguez is a science planner, where he designs master plans for pharmaceutical, vaccine, and industrial companies and government institutions.
Engineer climbs to new heights
Sunondo Roy, the vice president for CCJM Engineers, talks about his past experiences as a multidisciplinary engineer and how these experiences have shaped him.
Keeping communication lines open
Gary Brennen, the Co-president of Syska Hennessy Group in Los Angeles, talks about his experiences with the company and his hopes for the future.
A passion for results
Stephen R. Wiggins, an associate partner for Newcomb + Boyd, talks about his experiences in the commissioning industry
Powering across the globe
Electrical engineer, Jonna L. Bournias, with CH2M HILL, has worked in the area of industrial power in the form of various capital projects for the past 20 years.
Withstanding the test of time
Texas by way of Florida health care engineer Jon Perucki talks outer space, Mel Brooks, and engineering education.
Brady: three new associates
The North Carolina HVAC company added three new employees to the Triangle team.
INFO
Use the following links for more information on this issue's news stories.
Daylighting Linked to Student Performance
Although the common-sense premise has long been that exposure to daylight is related to successful student performance in the classroom, few scientific studies scientifically prove this. Consequently, in an effort to promote daylighting and energy efficiency, the California Energy Commission—on behalf of the New Buildings Institute—recently commissioned a study of daylighting and human performance conducted by the Fair Oaks, Calif.-based consulting firm, Heschong Mahone Group.
Report Seeks to Validate HFCs
A recent report, commissioned by an association of manufacturers who rely on hydrofluorocarbons (HFCs), provides a comparative analysis of HFCs and alternative fluids used for different applications including refrigeration, air-conditioning and fire protection.
Senate Passes Bill to Help Fund Terrorism Insurance Claims
Responding to pressure from the construction, banking and real estate industries, as well as the Bush Administration, the Senate recently approved legislation to make federal funding available for insurance claims resulting from future terrorist attacks.
NIST Moves Ahead With WTC Investigation
Amidst its two-year investigation of the World Trade Center tragedy, the National Institute of Standards and Technology (NIST) solicited input from industry experts, namely architects and engineers, at a recent public hearing.