OneWB Archives | WB Engineers+Consultants https://wbengineering.com/tags/onewb/ Wed, 21 Feb 2024 19:45:45 +0000 en-US hourly 1 Engineering & Technology: Welcome to the Future https://wbengineering.com/news/engineering-technology-welcome-to-the-future/ Wed, 21 Feb 2024 19:35:46 +0000 https://wbengineering.com/?post_type=news&p=10520 1055710556WB Engineers+ConsultantsIt's Engineer's Week, and we're celebrating the theme (Welcome to the Future) by reflecting on how we've used technology to shape the future.It's Engineer's Week this week, and the theme is Welcome to the Future. We celebrate Engineer's Week every year because it's a chance to reflect on our team's work to address global challenges, drive technological advancements, and make a positive impact. This week, and in this post, we're specifically reflecting on how we've used and will use technology to improve the way things are done.

REALITY CAPTURE

One of the ways we’ve integrated technology on our projects is through our reality capture service. Reality capture technology scans existing spaces at any point during a project to provide an as-built record of existing conditions in a building. It can save our clients thousands of dollars on a project and the headaches and stress that come with mistakes.

Here's how it works: a reality capture scan creates a walk-through that allows us to create a point cloud (to verify existing conditions) that can be attached to models. This allows us to see the locations of beams, conduits, diffusers, elevations, etc. With this point cloud, we can visualize and align the model efficiently and accurately. A more accurate model means less rework. And less rework means less money and less stress. In fact, $250,000 of every $5 million spent on a construction project goes into rework costs.

OUR WBNAVIGATOR

Inspired by the walk-throughs created from these scans, we created our WBNavigator; another way that we've used technology to help our clients transform their infrastructure and business. Like a scan, this resource provides an interactive image, to scale, of equipment in a space. However, unlike a scan, these images are rendered and have pop-up icons with definitions of different types of equipment. Our goal for the WBNavigator was to give our clients the information they needed to have meaningful conversations during projects so that they could make smart business decisions that impact their buildings today and in the future. Navigate it now, here!

It's a great time to be an engineering firm, and as we celebrate Engineer's Week and its theme of Welcome to the Future, we're excited to think about what's next and how we'll use technology to streamline project processes, drive innovation, and create a more sustainable future.

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1055710556WB Engineers+ConsultantsIt’s Engineer’s Week, and we’re celebrating the theme (Welcome to the Future) by reflecting on how we’ve used technology to shape the future.It’s Engineer’s Week this week, and the theme is Welcome to the Future. We celebrate Engineer’s Week every year because it’s a chance to reflect on our team’s work to address global challenges, drive technological advancements, and make a positive impact. This week, and in this post, we’re specifically reflecting on how we’ve used and will use technology to improve the way things are done.

REALITY CAPTURE

One of the ways we’ve integrated technology on our projects is through our reality capture service. Reality capture technology scans existing spaces at any point during a project to provide an as-built record of existing conditions in a building. It can save our clients thousands of dollars on a project and the headaches and stress that come with mistakes.

Here’s how it works: a reality capture scan creates a walk-through that allows us to create a point cloud (to verify existing conditions) that can be attached to models. This allows us to see the locations of beams, conduits, diffusers, elevations, etc. With this point cloud, we can visualize and align the model efficiently and accurately. A more accurate model means less rework. And less rework means less money and less stress. In fact, $250,000 of every $5 million spent on a construction project goes into rework costs.

OUR WBNAVIGATOR

Inspired by the walk-throughs created from these scans, we created our WBNavigator; another way that we’ve used technology to help our clients transform their infrastructure and business. Like a scan, this resource provides an interactive image, to scale, of equipment in a space. However, unlike a scan, these images are rendered and have pop-up icons with definitions of different types of equipment. Our goal for the WBNavigator was to give our clients the information they needed to have meaningful conversations during projects so that they could make smart business decisions that impact their buildings today and in the future. Navigate it now, here!

It’s a great time to be an engineering firm, and as we celebrate Engineer’s Week and its theme of Welcome to the Future, we’re excited to think about what’s next and how we’ll use technology to streamline project processes, drive innovation, and create a more sustainable future.

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Our 2023 Promotions https://wbengineering.com/news/our-2023-promotions/ Thu, 30 Nov 2023 15:11:11 +0000 https://wbengineering.com/?post_type=news&p=9741 97469747David BonifacicWe're celebrating our 2023 promotions! Congratulations to all promoted; thank you for exemplifying our core values.The success of our business is driven by our team members who exemplify our core values of extreme ownership, quality, and teamwork. Congratulations to our team members!

Our corporate 2023 promotions include:

PRINCIPALS

  • Todd Columbus
  • Steve Czarnecki
  • Tom DeIngeniis

ASSOCIATE PRINCIPALS

  • Joan Abuan | Director of Administration
  • Evan Bjorndal
  • Charles Cronin
  • Scott Kantner
  • Kristen Pecci
  • Andrew Powers
  • Paolo Sabatini | Associate Director of Engineering

SENIOR ASSOCIATES

  • Lauren Anderson
  • Amer Becirovic
  • DJ Bonifacic
  • Donna Castelli
  • Andrew Fontaine
  • Brian Hellrigel
  • Bennett Heussler
  • David Martin | Associate Director of Engineering
  • Landon Maurer
  • Angelo Papastratis
  • Gerry Rentas Rocha | Project Manager
  • Thomas Thrasher | Associate Director of Engineering

ASSOCIATES

  • Bryan Chen 
  • Jovvann-Dominque Cafua
  • Tom Donatelli
  • Klismann De Azevedo
  • Timothy Iannuzzo
  • Margaret Hathway
  • Rhonda Jensen
  • Fareed Javid
  • Maria Koulopoulos | Associate Director of BD
  • Tara Lynch
  • Michael Maldonado
  • Dawn Nicotra
  • Ryan O'Keefe | Associate Director of Engineering
  • John Stabile

Our functional 2023 promotions include:

TEAM LEADER

  • Daniel Duval
  • Matthew Ferdenzi
  • Tim O'Neil

DIRECTOR

  • Djilda Gulezian, Director of Engineering
  • Alex Molokin, Associate Director of Engineering
  • Joe Swankowski, Associate Director of Operations

MANAGER

  • Jill Brenner, Administrative Manager
  • Bridget Cannata, Senior Project Services Manager
  • Zachary Church, Utility Integration Manager
  • William Krick, Project Manager
  • Jake Rieder, Senior Project Manager
  • Drew Zahradka, Senior Project Manager

ENGINEER

  • Andrew Cortese, Project Engineer
  • April Huffman, Project Engineer
  • Jonathan Kauffman, Project Engineer
  • Jose Nazario, Senior Engineer
  • Shanveer Persand, Project Engineer

ACCOUNTING

  • Gerard Brown, Accounting Specialist
  • Brittany Greenberg, Controller

The post Our 2023 Promotions appeared first on WB Engineers+Consultants.

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97469747David BonifacicWe’re celebrating our 2023 promotions! Congratulations to all promoted; thank you for exemplifying our core values.The success of our business is driven by our team members who exemplify our core values of extreme ownership, quality, and teamwork. Congratulations to our team members!

Our corporate 2023 promotions include:

PRINCIPALS

  • Todd Columbus
  • Steve Czarnecki
  • Tom DeIngeniis

ASSOCIATE PRINCIPALS

  • Joan Abuan | Director of Administration
  • Evan Bjorndal
  • Charles Cronin
  • Scott Kantner
  • Kristen Pecci
  • Andrew Powers
  • Paolo Sabatini | Associate Director of Engineering

SENIOR ASSOCIATES

  • Lauren Anderson
  • Amer Becirovic
  • DJ Bonifacic
  • Donna Castelli
  • Andrew Fontaine
  • Brian Hellrigel
  • Bennett Heussler
  • David Martin | Associate Director of Engineering
  • Landon Maurer
  • Angelo Papastratis
  • Gerry Rentas Rocha | Project Manager
  • Thomas Thrasher | Associate Director of Engineering

ASSOCIATES

  • Bryan Chen 
  • Jovvann-Dominque Cafua
  • Tom Donatelli
  • Klismann De Azevedo
  • Timothy Iannuzzo
  • Margaret Hathway
  • Rhonda Jensen
  • Fareed Javid
  • Maria Koulopoulos | Associate Director of BD
  • Tara Lynch
  • Michael Maldonado
  • Dawn Nicotra
  • Ryan O’Keefe | Associate Director of Engineering
  • John Stabile

Our functional 2023 promotions include:

TEAM LEADER

  • Daniel Duval
  • Matthew Ferdenzi
  • Tim O’Neil

DIRECTOR

  • Djilda Gulezian, Director of Engineering
  • Alex Molokin, Associate Director of Engineering
  • Joe Swankowski, Associate Director of Operations

MANAGER

  • Jill Brenner, Administrative Manager
  • Bridget Cannata, Senior Project Services Manager
  • Zachary Church, Utility Integration Manager
  • William Krick, Project Manager
  • Jake Rieder, Senior Project Manager
  • Drew Zahradka, Senior Project Manager

ENGINEER

  • Andrew Cortese, Project Engineer
  • April Huffman, Project Engineer
  • Jonathan Kauffman, Project Engineer
  • Jose Nazario, Senior Engineer
  • Shanveer Persand, Project Engineer

ACCOUNTING

  • Gerard Brown, Accounting Specialist
  • Brittany Greenberg, Controller

The post Our 2023 Promotions appeared first on WB Engineers+Consultants.

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Celebrating Successes: Two More SMPS Awards! https://wbengineering.com/news/celebrating-successes-two-more-smps-awards/ Mon, 03 Jul 2023 13:42:29 +0000 https://wbengineering.com/?post_type=news&p=8864 88678868Julie PampuchWe are celebrating adding two more awards to our list - one for our website and one for our 2022 Thanksgiving campaign!

Our team is proud of the work that we’ve done over the years to build our brand through our creative campaigns, pushing the boundaries to connect people with people. We have won ten national and local awards for our marketing material – and we are excited to add two more SMPS awards to that list! I recently attended the 2023 SMPS New York Liberty Ball, which recognizes excellence in Marketing Communications and Professional Achievement.

AWARD OF EXCELLENCE: OUR WEBSITE

Our website earned us the distinguished Award of Excellence. This recognition is a testament to our team's exceptional work, dedication, and creativity throughout the project. We are proud to have created a website that better reflects our evolving business strategy while creating an even better user experience for our clients. Thank you to Ashleigh Bik for managing the project internally, and to Genesis Vega, Nicole Boczkowski, and Victoria Sparrow, for developing content and designing graphics to best tell our story. Victoria, thank you for taking the baton from Ashleigh after the launch and continuing to make it even better! And a big thank you to our partners, who demonstrated a commitment to this project and our brand, Joe Liu from Floodlight Design and Shane Grimes from HDG.

MERIT AWARD SPECIAL ANNOUNCEMENT: THANKSGIVING

But wait, there's more! In addition to the excitement of winning the Award of Excellence, we earned the Merit Award in the Special Announcement category for our Thanksgiving holiday campaign. It recognizes our commitment to engaging and making a human connection with our clients. We aimed to create content that fostered gratitude, togetherness, and celebration during the holiday season. And the judges agreed that we did just that! If you’re curious about our video and would like to go back and watch it here on our YouTube channel. Thank you to Victoria and Genesis for their work on this campaign and to all the talented team members who starred in our video!

A THANK YOU

And last but not least, thank you, SMPS-NY, for organizing such a fun event and providing a platform for professionals in the AEC industry to showcase exceptional work (it truly is exceptional - congratulations to the other companies that earned well-deserved awards throughout the evening!).

We look forward to continuing to push the boundaries of creativity and innovation next year!

The post Celebrating Successes: Two More SMPS Awards! appeared first on WB Engineers+Consultants.

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88678868Julie PampuchWe are celebrating adding two more awards to our list – one for our website and one for our 2022 Thanksgiving campaign!

Our team is proud of the work that we’ve done over the years to build our brand through our creative campaigns, pushing the boundaries to connect people with people. We have won ten national and local awards for our marketing material – and we are excited to add two more SMPS awards to that list! I recently attended the 2023 SMPS New York Liberty Ball, which recognizes excellence in Marketing Communications and Professional Achievement.

AWARD OF EXCELLENCE: OUR WEBSITE

Our website earned us the distinguished Award of Excellence. This recognition is a testament to our team’s exceptional work, dedication, and creativity throughout the project. We are proud to have created a website that better reflects our evolving business strategy while creating an even better user experience for our clients. Thank you to Ashleigh Bik for managing the project internally, and to Genesis Vega, Nicole Boczkowski, and Victoria Sparrow, for developing content and designing graphics to best tell our story. Victoria, thank you for taking the baton from Ashleigh after the launch and continuing to make it even better! And a big thank you to our partners, who demonstrated a commitment to this project and our brand, Joe Liu from Floodlight Design and Shane Grimes from HDG.

MERIT AWARD SPECIAL ANNOUNCEMENT: THANKSGIVING

But wait, there’s more! In addition to the excitement of winning the Award of Excellence, we earned the Merit Award in the Special Announcement category for our Thanksgiving holiday campaign. It recognizes our commitment to engaging and making a human connection with our clients. We aimed to create content that fostered gratitude, togetherness, and celebration during the holiday season. And the judges agreed that we did just that! If you’re curious about our video and would like to go back and watch it here on our YouTube channel. Thank you to Victoria and Genesis for their work on this campaign and to all the talented team members who starred in our video!

A THANK YOU

And last but not least, thank you, SMPS-NY, for organizing such a fun event and providing a platform for professionals in the AEC industry to showcase exceptional work (it truly is exceptional – congratulations to the other companies that earned well-deserved awards throughout the evening!).

We look forward to continuing to push the boundaries of creativity and innovation next year!

The post Celebrating Successes: Two More SMPS Awards! appeared first on WB Engineers+Consultants.

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Welcome, Intern Class of 2023! https://wbengineering.com/news/welcome-intern-class-of-2023/ Wed, 07 Jun 2023 20:11:16 +0000 https://wbengineering.com/?post_type=news&p=8748 87568757Michael MaldonadoThis week, we welcome our Intern Class of 2023! 22 interns are joining us from 17 different colleges nationwide. This week, we welcome our Intern Class of 2023! Our team is committed to innovation and growth, and our internship program is an important part of our recruitment strategy, so we are excited about the fresh perspectives and diverse ideas that each intern will bring to our team. They join us from 17 different schools nationwide, including engineering institution leaders like Villanova, MIT, Stevens Institute of Technology, Boston University, NYU, Montgomery College, the University of Colorado, and more.

Throughout the program, each intern will have the opportunity to work closely with our technical leaders, project managers, and engineers. Over the course of the summer, they’ll learn about our business and how we do what we do to make buildings operate efficiently.

To all 22 interns, welcome to our team!

OUR INTERN CLASS OF 2023

  • Alex B. | Mechanical | Ohio State University
  • Amanda M. | Mechanical | Stevens Institute of Technology
  • Brett G. | Mechanical | University of New Hampshire
  • Brian M. | Mechanical | Villanova University
  • Caitlyn H. | Plumbing/FP | Worcester Polytechnic Institute
  • Daniel N. | Mechanical | Lehigh University
  • Haley S. | Mechanical | Grove City College
  • Jacob N. | Electrical | Worcester Polytechnic Institute
  • Jake R. | Mechanical | University of Florida
  • Justin M. | Mechanical | University of Massachusetts, Amherst
  • Justin P.| Electrical | Rose-Hulman Institute of Technology
  • Katrina S. | EVgo | New York University
  • Lorraine G. | Electrical | Boston University
  • Martin da S. | Mechanical | Stevens Institute of Technology
  • Michael A. | Software Engineering | Montgomery College
  • Michael B. | Electrical | Binghamton University
  • Michael M. | Mechanical | University of Massachusetts, Lowell
  • Nicholas C. | Plumbing/FP | Community College of Rhode Island
  • Nicholas H. | Mechanical | University of Alabama
  • Ryan H. | Electrical | Massachusetts Institute of Technology
  • Thomas S. | Mechanical | SUNY at Binghamton
  • Tyler L. | Mechanical | University of Colorado, Boulder

INTERESTING IN JOINING OUR TEAM?

If interested in joining our team, please visit our recruitment site for more information or email me or fill out the form on our Connect page to directly connect.

The post Welcome, Intern Class of 2023! appeared first on WB Engineers+Consultants.

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87568757Michael MaldonadoThis week, we welcome our Intern Class of 2023! 22 interns are joining us from 17 different colleges nationwide. This week, we welcome our Intern Class of 2023! Our team is committed to innovation and growth, and our internship program is an important part of our recruitment strategy, so we are excited about the fresh perspectives and diverse ideas that each intern will bring to our team. They join us from 17 different schools nationwide, including engineering institution leaders like Villanova, MIT, Stevens Institute of Technology, Boston University, NYU, Montgomery College, the University of Colorado, and more.

Throughout the program, each intern will have the opportunity to work closely with our technical leaders, project managers, and engineers. Over the course of the summer, they’ll learn about our business and how we do what we do to make buildings operate efficiently.

To all 22 interns, welcome to our team!

OUR INTERN CLASS OF 2023

  • Alex B. | Mechanical | Ohio State University
  • Amanda M. | Mechanical | Stevens Institute of Technology
  • Brett G. | Mechanical | University of New Hampshire
  • Brian M. | Mechanical | Villanova University
  • Caitlyn H. | Plumbing/FP | Worcester Polytechnic Institute
  • Daniel N. | Mechanical | Lehigh University
  • Haley S. | Mechanical | Grove City College
  • Jacob N. | Electrical | Worcester Polytechnic Institute
  • Jake R. | Mechanical | University of Florida
  • Justin M. | Mechanical | University of Massachusetts, Amherst
  • Justin P.| Electrical | Rose-Hulman Institute of Technology
  • Katrina S. | EVgo | New York University
  • Lorraine G. | Electrical | Boston University
  • Martin da S. | Mechanical | Stevens Institute of Technology
  • Michael A. | Software Engineering | Montgomery College
  • Michael B. | Electrical | Binghamton University
  • Michael M. | Mechanical | University of Massachusetts, Lowell
  • Nicholas C. | Plumbing/FP | Community College of Rhode Island
  • Nicholas H. | Mechanical | University of Alabama
  • Ryan H. | Electrical | Massachusetts Institute of Technology
  • Thomas S. | Mechanical | SUNY at Binghamton
  • Tyler L. | Mechanical | University of Colorado, Boulder

INTERESTING IN JOINING OUR TEAM?

If interested in joining our team, please visit our recruitment site for more information or email me or fill out the form on our Connect page to directly connect.

The post Welcome, Intern Class of 2023! appeared first on WB Engineers+Consultants.

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Launching A New Critical Facilities Website https://wbengineering.com/news/launching-a-new-critical-facilities-website/ Thu, 01 Jun 2023 13:44:57 +0000 https://wbengineering.com/?post_type=news&p=8703 87088709Jimmy SneedVisit our new critical facilities website to explore critical facility design, our project portfolio, and our quality control process. Welcome to our new critical facilities website, where we share detailed information about our expertise, experience in this market sector, how we maintain quality on our projects, and introduce me, our Practice Area Leader.

EXCELLENT EXPERIENCE

With over 10 million sq. ft. of data centers designed, we are industry leaders. Our website highlights the diverse range of our projects, from data centers and R&D facilities to secured facilities and call centers.

ROBUST QUALITY CONTROL PROCESS

As one of our three core values, quality is a top priority for our team, and on our new site, we provide valuable insights into our quality control process. From initial design stages through construction oversight, our quality control measures ensure that every aspect of our work meets the highest standards of reliability and efficiency.

MEET ME, OUR PRACTICE AREA LEADER

I lead our Critical Facilities Practice Area, and my goal is to make the world better by finding sustainable solutions for critical facilities. I'm proud that my approach and commitment to innovation have enabled us to deliver cutting-edge solutions tailored to our clients' needs.

To dive into our Critical Facilities Practice Area website, visit the link here. Whether you're looking to better understand critical facility design, explore our project portfolio, or learn more about our quality control process, our new website is a valuable resource. If you have specific questions, please connect with me directly.

The post Launching A New Critical Facilities Website appeared first on WB Engineers+Consultants.

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87088709Jimmy SneedVisit our new critical facilities website to explore critical facility design, our project portfolio, and our quality control process. Welcome to our new critical facilities website, where we share detailed information about our expertise, experience in this market sector, how we maintain quality on our projects, and introduce me, our Practice Area Leader.

EXCELLENT EXPERIENCE

With over 10 million sq. ft. of data centers designed, we are industry leaders. Our website highlights the diverse range of our projects, from data centers and R&D facilities to secured facilities and call centers.

ROBUST QUALITY CONTROL PROCESS

As one of our three core values, quality is a top priority for our team, and on our new site, we provide valuable insights into our quality control process. From initial design stages through construction oversight, our quality control measures ensure that every aspect of our work meets the highest standards of reliability and efficiency.

MEET ME, OUR PRACTICE AREA LEADER

I lead our Critical Facilities Practice Area, and my goal is to make the world better by finding sustainable solutions for critical facilities. I’m proud that my approach and commitment to innovation have enabled us to deliver cutting-edge solutions tailored to our clients’ needs.

To dive into our Critical Facilities Practice Area website, visit the link here. Whether you’re looking to better understand critical facility design, explore our project portfolio, or learn more about our quality control process, our new website is a valuable resource. If you have specific questions, please connect with me directly.

The post Launching A New Critical Facilities Website appeared first on WB Engineers+Consultants.

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Investing in Our Planet: MEP 2040 Challenge https://wbengineering.com/news/investing-in-our-planet-mep-2040-challenge/ Thu, 20 Apr 2023 14:10:38 +0000 https://wbengineering.com/?post_type=news&p=8468 84758476The Decarb TeamWe are investing in the planet through our commitment to the MEP 2040 Challenge!
This Earth Day, we are focusing on the theme of Investing in Our Planet. Buildings represent about 40% of greenhouse emissions. The global building stock is expected to double by 2060. Buildings have a long lifetime, and today’s decisions can lock in future emissions for decades. We are focused on creating healthy and energy efficient buildings for the sake of the environment and the people occupying these spaces. By committing to the MEP 2040 Challenge, we are working towards decarbonizing building portfolios, improving building performance, and limiting the impact of embodied carbon in our designs.  

WHAT IS THE MEP 20240 CHALLENGE? 

The Carbon Leadership Forum established the MEP 2040 Challenge in the fall of 2021. It states, “All systems engineers shall advocate for and achieve net zero carbon in their projects: operational carbon by 2030 and embodied carbon by 2040.” We are one of over 60 companies to respond to the challenge and sign the commitment. We have pledged to establish a company plan, request low-GWP refrigerants, request EPDs and participate in MEP 2040 forums.  

HOW IS WB WORKING TOWARDS DECARBONIZATION? 

We are leaders in the decarbonization space. Our team strives to improve energy efficiency and reduce carbon emissions to minimize environmental impacts and reduce energy costs. We use our technical expertise to provide Strategic Decarbonization Planning, Energy Audits, and Performance Benchmarking. A couple of our decarbonization projects include over 6.8 million sq. ft. of greenhouse gas emission reduction projects for Verizon and 2 million sq. ft. of energy audits for our clients in New York City. For a full list of services and more information about our projects, please visit our decarbonization service page.

We are excited to be a part of the MEP 2040 Challenge and work alongside other great companies to achieve a more sustainable world. To read more about the challenge and the Carbon Leadership Forum, click here 

Happy Earth Day! 

The post Investing in Our Planet: MEP 2040 Challenge appeared first on WB Engineers+Consultants.

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84758476The Decarb TeamWe are investing in the planet through our commitment to the MEP 2040 Challenge!
This Earth Day, we are focusing on the theme of Investing in Our Planet. Buildings represent about 40% of greenhouse emissions. The global building stock is expected to double by 2060. Buildings have a long lifetime, and today’s decisions can lock in future emissions for decades. We are focused on creating healthy and energy efficient buildings for the sake of the environment and the people occupying these spaces. By committing to the MEP 2040 Challenge, we are working towards decarbonizing building portfolios, improving building performance, and limiting the impact of embodied carbon in our designs.  

WHAT IS THE MEP 20240 CHALLENGE? 

The Carbon Leadership Forum established the MEP 2040 Challenge in the fall of 2021. It states, “All systems engineers shall advocate for and achieve net zero carbon in their projects: operational carbon by 2030 and embodied carbon by 2040.” We are one of over 60 companies to respond to the challenge and sign the commitment. We have pledged to establish a company plan, request low-GWP refrigerants, request EPDs and participate in MEP 2040 forums.  

HOW IS WB WORKING TOWARDS DECARBONIZATION? 

We are leaders in the decarbonization space. Our team strives to improve energy efficiency and reduce carbon emissions to minimize environmental impacts and reduce energy costs. We use our technical expertise to provide Strategic Decarbonization Planning, Energy Audits, and Performance Benchmarking. A couple of our decarbonization projects include over 6.8 million sq. ft. of greenhouse gas emission reduction projects for Verizon and 2 million sq. ft. of energy audits for our clients in New York City. For a full list of services and more information about our projects, please visit our decarbonization service page.

We are excited to be a part of the MEP 2040 Challenge and work alongside other great companies to achieve a more sustainable world. To read more about the challenge and the Carbon Leadership Forum, click here 

Happy Earth Day! 

The post Investing in Our Planet: MEP 2040 Challenge appeared first on WB Engineers+Consultants.

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The Hazardous Life Cycle of Batteries https://wbengineering.com/news/the-hazardous-life-cycle-of-batteries/ Thu, 30 Mar 2023 12:53:01 +0000 https://wbengineering.com/?post_type=news&p=8250 83768377Matt FerdenziWe're sharing about the three stages of the battery cycle and the hazards associated with each. Our team attended the 40th Annual International Battery Seminar & Exhibit in Orlando, FL.  Maria Koulopoulos and I enjoyed learning about topics related to battery research and development, manufacturing, engineering, and applications.

THE THREE STAGES OF THE BATTERY CYCLE

One topic that stood out to us was the battery life cycle, and the hazards associated with each phase. The three phases include:

  • Manufacturing of batteries: In a battery manufacturing facility, some of the hazards include chemical exposure, fire and explosion, and electrical hazards. The chemicals used to manufacture batteries (like lead and lithium) can be dangerous if not properly handled. The manufacturing process also involves volatile and explosive materials, like solvents, that are dangerous. And the facility itself uses high voltage equipment that are electrical hazards if not properly designed and operated.
  • Use and storage of batteries: After being manufactured, batteries need to be used and stored safely because they remain flammable and explosive. For example, they can explode if they are short-circuited, punctured, or exposed to heat. What we’ve learned is that lithium-ion batteries, popular in electric vehicles, are particularly prone to setting on fire.
  • Disposal and recycling of batteries: Batteries contain chemicals that pose risks to both the environment and people, so the proper disposal of them at the end of their life cycle is important. Designated hazardous waste sites and regulations for the disposal of specific types of batteries are important in making this stage safer.

EVOLVING TECHNOLOGIES

What we know is that battery technology is new and quickly changing. By having a well-designed manufacturing, storage, or disposal facility, people can be better prepared for the impact of these varying technologies and changes in the industry. They can maintain a safer environment. As engineers and consultants who understand batteries and associated hazard requirements, we can support safe design throughout this life cycle.

We also have a webinar on April 13, Think Positive: Designing Battery Manufacturing Facilities Safely, which delves more into the constructability of manufacturing facilities and addresses some of the challenges we've seen through our work. To be part of the conversation, please register here! Or if you'd like to learn more about where we'll be next, visit our events page.

The post The Hazardous Life Cycle of Batteries appeared first on WB Engineers+Consultants.

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83768377Matt FerdenziWe’re sharing about the three stages of the battery cycle and the hazards associated with each. Our team attended the 40th Annual International Battery Seminar & Exhibit in Orlando, FL.  Maria Koulopoulos and I enjoyed learning about topics related to battery research and development, manufacturing, engineering, and applications.

THE THREE STAGES OF THE BATTERY CYCLE

One topic that stood out to us was the battery life cycle, and the hazards associated with each phase. The three phases include:

  • Manufacturing of batteries: In a battery manufacturing facility, some of the hazards include chemical exposure, fire and explosion, and electrical hazards. The chemicals used to manufacture batteries (like lead and lithium) can be dangerous if not properly handled. The manufacturing process also involves volatile and explosive materials, like solvents, that are dangerous. And the facility itself uses high voltage equipment that are electrical hazards if not properly designed and operated.
  • Use and storage of batteries: After being manufactured, batteries need to be used and stored safely because they remain flammable and explosive. For example, they can explode if they are short-circuited, punctured, or exposed to heat. What we’ve learned is that lithium-ion batteries, popular in electric vehicles, are particularly prone to setting on fire.
  • Disposal and recycling of batteries: Batteries contain chemicals that pose risks to both the environment and people, so the proper disposal of them at the end of their life cycle is important. Designated hazardous waste sites and regulations for the disposal of specific types of batteries are important in making this stage safer.

EVOLVING TECHNOLOGIES

What we know is that battery technology is new and quickly changing. By having a well-designed manufacturing, storage, or disposal facility, people can be better prepared for the impact of these varying technologies and changes in the industry. They can maintain a safer environment. As engineers and consultants who understand batteries and associated hazard requirements, we can support safe design throughout this life cycle.

We also have a webinar on April 13, Think Positive: Designing Battery Manufacturing Facilities Safely, which delves more into the constructability of manufacturing facilities and addresses some of the challenges we’ve seen through our work. To be part of the conversation, please register here! Or if you’d like to learn more about where we’ll be next, visit our events page.

The post The Hazardous Life Cycle of Batteries appeared first on WB Engineers+Consultants.

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Five AV Design Considerations https://wbengineering.com/news/five-av-design-considerations/ Thu, 23 Mar 2023 12:58:26 +0000 https://wbengineering.com/?post_type=news&p=8173 81768177Melvin FiguereoMore people are working remotely, impacting effective audiovisual design in workplaces. Here's what to consider in the design.

WHAT DOES REMOTE WORK MEAN FOR THE AUDIOVISUAL INDUSTRY?

During the COVID-19 pandemic, teams proved they could work from home productively. Over 60% of workdays were remote in May 2020. As of February 2023, about 55% of people want to work remotely at least three days a week. 59% are more likely to choose an employer that offers remote work opportunities over one that doesn’t. This is possible because people are not bound to “fixed” devices such as computer towers, office phones, or even meeting rooms.

Today’s workforce is as reliant on their smartphones, tablets, and laptops as they once were on “fixed” machines. These devices can transform any space into a hoteling office or even a meeting room, thanks to the rise of the many conferencing platforms (like Microsoft Teams, Cisco WebEx, and Zoom) in the market.

TOP FIVE AUDIOVISUAL DESIGN CONSIDERATIONS

Here are our top five audiovisual design considerations for creating an effective workspace to accommodate collaboration between people in the office and those working remotely.

  • Flexible audiovisual systems: Office spaces need audiovisual systems that are adaptable and flexible. The audiovisual industry is already developing systems that can seamlessly integrate with remote conferencing tools, such as Zoom or Microsoft Teams. These allow remote employees to participate in meetings as effectively as those in the office.
  • Collaborative spaces: Office spaces will increasingly be designed to encourage collaboration and teamwork. Audiovisual systems, such as interactive whiteboards or wireless presentation systems, will help facilitate effective communication and collaboration between remote and in-person team members.
  • Acoustic design: With more employees working remotely or in open-plan offices, noise levels in the workplace have become a significant issue. The audiovisual industry is focusing on developing acoustic design solutions that can help mitigate background noise and create a quieter, more productive workplace.
  • Intelligent lighting: Lighting plays a crucial role in creating an optimal workplace environment. The audiovisual industry is developing intelligent lighting systems that can adapt to individual preferences and tasks. These systems can help create a more comfortable and productive workplace while saving energy.
  • Immersive technologies: As virtual and augmented reality technologies continue to evolve, they will play an increasingly important role in workplace design. The audiovisual industry is already exploring ways to integrate these technologies into office spaces, creating immersive environments that can help facilitate training, collaboration, and communication.

QUESTIONS?

As part of our audiovisual consulting service, we help clients enhance day-to-day operations in the workplace. We understand how the market is evolving and what that means for our clients, so we can help them make the best decisions for their business and people. If you have any questions about the industry or our services, please email me at mfiguero@wbengineering.com.

The post Five AV Design Considerations appeared first on WB Engineers+Consultants.

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81768177Melvin FiguereoMore people are working remotely, impacting effective audiovisual design in workplaces. Here’s what to consider in the design.

WHAT DOES REMOTE WORK MEAN FOR THE AUDIOVISUAL INDUSTRY?

During the COVID-19 pandemic, teams proved they could work from home productively. Over 60% of workdays were remote in May 2020. As of February 2023, about 55% of people want to work remotely at least three days a week. 59% are more likely to choose an employer that offers remote work opportunities over one that doesn’t. This is possible because people are not bound to “fixed” devices such as computer towers, office phones, or even meeting rooms.

Today’s workforce is as reliant on their smartphones, tablets, and laptops as they once were on “fixed” machines. These devices can transform any space into a hoteling office or even a meeting room, thanks to the rise of the many conferencing platforms (like Microsoft Teams, Cisco WebEx, and Zoom) in the market.

TOP FIVE AUDIOVISUAL DESIGN CONSIDERATIONS

Here are our top five audiovisual design considerations for creating an effective workspace to accommodate collaboration between people in the office and those working remotely.

  • Flexible audiovisual systems: Office spaces need audiovisual systems that are adaptable and flexible. The audiovisual industry is already developing systems that can seamlessly integrate with remote conferencing tools, such as Zoom or Microsoft Teams. These allow remote employees to participate in meetings as effectively as those in the office.
  • Collaborative spaces: Office spaces will increasingly be designed to encourage collaboration and teamwork. Audiovisual systems, such as interactive whiteboards or wireless presentation systems, will help facilitate effective communication and collaboration between remote and in-person team members.
  • Acoustic design: With more employees working remotely or in open-plan offices, noise levels in the workplace have become a significant issue. The audiovisual industry is focusing on developing acoustic design solutions that can help mitigate background noise and create a quieter, more productive workplace.
  • Intelligent lighting: Lighting plays a crucial role in creating an optimal workplace environment. The audiovisual industry is developing intelligent lighting systems that can adapt to individual preferences and tasks. These systems can help create a more comfortable and productive workplace while saving energy.
  • Immersive technologies: As virtual and augmented reality technologies continue to evolve, they will play an increasingly important role in workplace design. The audiovisual industry is already exploring ways to integrate these technologies into office spaces, creating immersive environments that can help facilitate training, collaboration, and communication.

QUESTIONS?

As part of our audiovisual consulting service, we help clients enhance day-to-day operations in the workplace. We understand how the market is evolving and what that means for our clients, so we can help them make the best decisions for their business and people. If you have any questions about the industry or our services, please email me at mfiguero@wbengineering.com.

The post Five AV Design Considerations appeared first on WB Engineers+Consultants.

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Warehouse Technology Solutions https://wbengineering.com/news/warehouse-technology-solutions/ Thu, 16 Mar 2023 14:51:36 +0000 https://wbengineering.com/?post_type=news&p=7987 79907991Chuck CorradiNetwork infrastructure is the foundation of a more efficient warehouse, and the technology solution for every client is different. Learn how we can help!Have you ever seen or thought about what happens inside a warehouse? Often, we think of inventory, shelves, and, of course, people. But one important thing that people may overlook is the technology systems throughout the warehouse that help it operate more efficiently. We have the expertise to design and install the network infrastructure that is a foundation for such technology through our IT/AV/Security consulting services.

The technology solution for every warehouse and every client is different. One common example is the use of wired and wireless network technology. What is the difference?

WIRED NETWORK TECHNOLOGY? WIRELESS TECHNOLOGY?

Wired network technology and wireless technology are two types of network infrastructure that we design in warehouses. Wired network technology relies on fiber optic connected telecommunication closets (cabinets) placed strategically and distributed throughout a facility. This is required to distribute network connectivity within ethernet standards. Wireless technology is the primary operational medium and is required for mobility throughout the warehouse; used for everything from handheld scanners, wands, or headsets to automation and robotics. Wireless access points become a challenge to locate based on the warehouse’s heigh and its host cabinet’s location. We have experience deploying this technology and have done so in facilities of up to a million square feet.

Our team has over 13 years of experience designing and developing distributed IT technology throughout massive warehouses and distribution facilities. We are experts in this space (here are some projects our team has worked on) and in IT/AV/Security consulting, and we are available to answer questions. Please get in touch by emailing ccorradi@wbengineering.com.

The post Warehouse Technology Solutions appeared first on WB Engineers+Consultants.

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79907991Chuck CorradiNetwork infrastructure is the foundation of a more efficient warehouse, and the technology solution for every client is different. Learn how we can help!Have you ever seen or thought about what happens inside a warehouse? Often, we think of inventory, shelves, and, of course, people. But one important thing that people may overlook is the technology systems throughout the warehouse that help it operate more efficiently. We have the expertise to design and install the network infrastructure that is a foundation for such technology through our IT/AV/Security consulting services.

The technology solution for every warehouse and every client is different. One common example is the use of wired and wireless network technology. What is the difference?

WIRED NETWORK TECHNOLOGY? WIRELESS TECHNOLOGY?

Wired network technology and wireless technology are two types of network infrastructure that we design in warehouses. Wired network technology relies on fiber optic connected telecommunication closets (cabinets) placed strategically and distributed throughout a facility. This is required to distribute network connectivity within ethernet standards. Wireless technology is the primary operational medium and is required for mobility throughout the warehouse; used for everything from handheld scanners, wands, or headsets to automation and robotics. Wireless access points become a challenge to locate based on the warehouse’s heigh and its host cabinet’s location. We have experience deploying this technology and have done so in facilities of up to a million square feet.

Our team has over 13 years of experience designing and developing distributed IT technology throughout massive warehouses and distribution facilities. We are experts in this space (here are some projects our team has worked on) and in IT/AV/Security consulting, and we are available to answer questions. Please get in touch by emailing ccorradi@wbengineering.com.

The post Warehouse Technology Solutions appeared first on WB Engineers+Consultants.

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Securing the Grid: It’s Important https://wbengineering.com/news/securing-the-grid-its-important/ Wed, 15 Feb 2023 13:46:07 +0000 https://wbengineering.com/?post_type=news&p=7287 74497448Jimmy SneedManaging Director, Critical Facilities, Jimmy Sneed shares why we need to prioritize physical security on our national electrical grid. Have you ever thought about the availability of utility power? The availability of utility power is a concern when designing critical facilities. When evaluating sites one of the first things we consider is utility power to the facility. We determine if the capacity to run the facility is available. If not, how long will it take to get the power? During this process we also look at reliability and redundancy in the utility power distribution. Can we get power from two separate substations? Historically how reliable is the power distribution in the area? Can we achieve the required separation from the two feeds to the facility?

While many of our clients have considered microgrids to control their own utility power most still depend on these existing utility power systems. Whether that power comes from tradition fossil fuel power plants (60%) or more green alternatives like nuclear (20%) and renewables (20%), our national electrical grid still delivers the power.

BACKGROUND ON THE ELECTRIC GRID

According to the U.S. Energy Information Administration (EIA), the United States national electrical grid consists of approximately 7,300 power plants, 200,000+ miles of high-voltage power lines, and millions of miles of low-voltage power lines and distribution transformers.  Three major regions distribute these systems:

  • The Eastern Interconnection in states east of the Rocky Mountains
  • The Western Interconnection from the Pacific Ocean to the Rocky Mountains
  • The Texas Interconnected System

PHYSICALLY SECURING THE GRID

The national electrical grid is elaborate. And with a large grid, one high-priority challenge we’ve seen is cyber-attacks on these systems, which have taken down oil pipelines, water plants, and more. But another vulnerability that has long been ignored and is beginning to make the news is physical security.

While most of the power plants receive top-level security, the downstream infrastructure receives different attention. Most of us have driven past an electric utility substation enclosed with a chain link fence with the equipment inside entirely within view. We want to help everyone understand why this could lead to significant issues.

AN ATTACK IN 2013

On April 16, 2013, a physical attack occurred on the Metcalf substation located in Coyote, CA, which lies near San Jose. This substation provides power to Silicon Valley. The attackers shot 17 transformers attempting to bring down the substation. They had detailed knowledge of exactly where the vulnerable points in the system were.  The attack lasted approximately 19 minutes and caused $15 million in damages. The FBI said the event did not meet the level of being labeled domestic terrorism. However, the former chairman of the Federal Energy Regulatory Commission, Jon Wellinghoff, consulted with military experts who agreed that it appeared to be a “professional job” given the lack of fingerprints and other physical evidence. Despite the FBI’s stance, Mr. Wellinghoff stated the attack was “the most significant incident of domestic terrorism involving the grid that has ever occurred”.

Interestingly in 2012, one year prior, the National Research Council of the National Academies of Sciences, Engineering, and Medicine released a declassified United States Department of Homeland Security study about the vulnerability of the national electrical grid.  In that report, they highlighted how vulnerable the grid is, particularly high voltage (HV) transformers. These transformers only make up about 3% of the total transformers in our grid, but they carry 60-70% of the nation's electricity. There are 30 of these critical HV transformers nationwide, and disabling as few as nine during peak usage could cause rolling blackouts coast to coast.

ANOTHER ATTACK

That brings us to December 3, 2022, when two Duke Power substations in Moore County, NC, were broken into and shot up by an unknown number of attackers. These attacks knocked the power out to 45,000 customers. The substation power was fully restored on December 7, four days later.

The investigation of the event in Moore County found that there had been at least six attacks on the electrical grid in Oregon and Western Washington since mid-November. According to information obtained by Oregon Public Broadcasting (OPB) and KUOW Public Radio, at least two of the attacks were like what occurred in North Carolina.

Whether or not we believe these attacks are individuals or a more coordinated effort to disrupt our grid, we must take the threat seriously. While maintaining cyber security is vital, there is a clear need for improved physical security.  As professional engineers, we must understand all the threats to our clients and country.  We must effectively communicate all known risks and be prepared to offer solutions. Our team is committed to providing such solutions to all known risks. If I can help find solutions for you, please email me at jsneed@wbengineering.com.

The post Securing the Grid: It’s Important appeared first on WB Engineers+Consultants.

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74497448Jimmy SneedManaging Director, Critical Facilities, Jimmy Sneed shares why we need to prioritize physical security on our national electrical grid. Have you ever thought about the availability of utility power? The availability of utility power is a concern when designing critical facilities. When evaluating sites one of the first things we consider is utility power to the facility. We determine if the capacity to run the facility is available. If not, how long will it take to get the power? During this process we also look at reliability and redundancy in the utility power distribution. Can we get power from two separate substations? Historically how reliable is the power distribution in the area? Can we achieve the required separation from the two feeds to the facility?

While many of our clients have considered microgrids to control their own utility power most still depend on these existing utility power systems. Whether that power comes from tradition fossil fuel power plants (60%) or more green alternatives like nuclear (20%) and renewables (20%), our national electrical grid still delivers the power.

BACKGROUND ON THE ELECTRIC GRID

According to the U.S. Energy Information Administration (EIA), the United States national electrical grid consists of approximately 7,300 power plants, 200,000+ miles of high-voltage power lines, and millions of miles of low-voltage power lines and distribution transformers.  Three major regions distribute these systems:

  • The Eastern Interconnection in states east of the Rocky Mountains
  • The Western Interconnection from the Pacific Ocean to the Rocky Mountains
  • The Texas Interconnected System

PHYSICALLY SECURING THE GRID

The national electrical grid is elaborate. And with a large grid, one high-priority challenge we’ve seen is cyber-attacks on these systems, which have taken down oil pipelines, water plants, and more. But another vulnerability that has long been ignored and is beginning to make the news is physical security.

While most of the power plants receive top-level security, the downstream infrastructure receives different attention. Most of us have driven past an electric utility substation enclosed with a chain link fence with the equipment inside entirely within view. We want to help everyone understand why this could lead to significant issues.

AN ATTACK IN 2013

On April 16, 2013, a physical attack occurred on the Metcalf substation located in Coyote, CA, which lies near San Jose. This substation provides power to Silicon Valley. The attackers shot 17 transformers attempting to bring down the substation. They had detailed knowledge of exactly where the vulnerable points in the system were.  The attack lasted approximately 19 minutes and caused $15 million in damages. The FBI said the event did not meet the level of being labeled domestic terrorism. However, the former chairman of the Federal Energy Regulatory Commission, Jon Wellinghoff, consulted with military experts who agreed that it appeared to be a “professional job” given the lack of fingerprints and other physical evidence. Despite the FBI’s stance, Mr. Wellinghoff stated the attack was “the most significant incident of domestic terrorism involving the grid that has ever occurred”.

Interestingly in 2012, one year prior, the National Research Council of the National Academies of Sciences, Engineering, and Medicine released a declassified United States Department of Homeland Security study about the vulnerability of the national electrical grid.  In that report, they highlighted how vulnerable the grid is, particularly high voltage (HV) transformers. These transformers only make up about 3% of the total transformers in our grid, but they carry 60-70% of the nation’s electricity. There are 30 of these critical HV transformers nationwide, and disabling as few as nine during peak usage could cause rolling blackouts coast to coast.

ANOTHER ATTACK

That brings us to December 3, 2022, when two Duke Power substations in Moore County, NC, were broken into and shot up by an unknown number of attackers. These attacks knocked the power out to 45,000 customers. The substation power was fully restored on December 7, four days later.

The investigation of the event in Moore County found that there had been at least six attacks on the electrical grid in Oregon and Western Washington since mid-November. According to information obtained by Oregon Public Broadcasting (OPB) and KUOW Public Radio, at least two of the attacks were like what occurred in North Carolina.

Whether or not we believe these attacks are individuals or a more coordinated effort to disrupt our grid, we must take the threat seriously. While maintaining cyber security is vital, there is a clear need for improved physical security.  As professional engineers, we must understand all the threats to our clients and country.  We must effectively communicate all known risks and be prepared to offer solutions. Our team is committed to providing such solutions to all known risks. If I can help find solutions for you, please email me at jsneed@wbengineering.com.

The post Securing the Grid: It’s Important appeared first on WB Engineers+Consultants.

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