POSTPONED: Two-Part Building Energy Modeling Course Part 2 | Green Building Training Program

NOTE: This event is a two-part series. The course is arranged in this way to allow you to practice the energy modeling in between courses:

Class 1: Aug 20th from 9:30 AM to 4:00 PM

Class 2: Sept 3rd from 9:30 AM to 4:00 PM

Introduction to Energy Modeling with eQuest

12 Hour Training presented by Built Environment Plus

Building Energy Modeling is a versatile, multipurpose tool that is used in new building and retrofit design, green
certification, qualification for tax credits and utility incentives. The importance of creating energy models for a
building is growing as we focus on building energy efficiency as a key strategy to fight climate change and global
heating.

Learning Objectives:
After completing the course, attendees will be able to:
1) describe how modeling is used as part of an integrative design process
2) construct simple commercial building energy models using eQuest
3) interpret the results of energy models
4) distinguish between design models and validation models

Prerequisites and Target Audience
What will students need to know or do before starting this course?
This is a hands-on, project-based course that will give you the confidence to use energy modeling on your
projects. While there are no specific pre-requisites, knowledge of the building industry and basic building science
will be helpful.

The course will be spread across two days. At the conclusion of day one, attendees will be asked to perform
modeling exercises (aka homework) outside of class, to be completed by the next class session. Each section
will build upon previous work in class. By the end of the class, students will have created, run and QCed an
energy model on a building of their choosing. Along the way, we’ll touch on the uses of energy modeling in an
integrated design process, and some of the standards that apply to energy modeling such as ASHRAE 90.1
Appendix G.

Note that students will need access to a computer with the Windows operating system, and administrative rights
to be able to load the eQuest software. 

Detailed Agenda

Day 1
9:30 AM – Start
• Introductions
• Uses of Energy Simulation
• Overview of eQuest
• Intro to Our Project
• Setting up Building Geometry

12:30 – 1PM Lunch Break
• Internal Loads
• HVAC systems
• Energy Targets
• Parametric Runs

4:00 PM – Finished for the Day

Goal for Day 1
1) Download and install eQuest
2) Get a general familiarity with the eQuest interface
3) Set up our Model in Wizard Mode
4) Identify an Energy Target for our project
5) Run Parametics to identify three energy saving strategies

Day 2
9:30 AM – Start
• Recap, Q & A
• Intro to Detailed Mode
• Tips and Tricks
•Creating Code Baseline

12:30 – 1PM Lunch Break
• Working Session
• Modeling Uncommon Systems
• Quality Control
• Wrap up

4:00 PM – Finished for the Day

Goals for Day 2
1) Move into to Detailed Mode
2) Create your Code Baseline
3) QC Your Results
4) Learn some tips and tricks

Green Building Training Program Information

This course is now funded through the Commonwealth Workforce Training Fund’s Small Business Direct Access Program (SBDAP). If you are a small, Massachusetts-based business that employs 100 people or less, you and your employees may be eligible to take this training session for free! Learn more about this opportunity at our Green Building Training Program website.

** This course will be hosted virtually. All attendees, regardless of whether or not they are eligible for the Green Building Training Program (GBTP), must register for the course through our Eventbrite page. For GBTP participants, your company’s enrollment in the Commonwealth Workforce Training Fund’s Small Business Direct Access Program (SBDAP) must be verified before you can access the Zoom link – unverified participants will not be let into the meeting. **

POSTPONED: Two-Part Building Energy Modeling Course Part 1 | Green Building Training Program

NOTE: This event is a two-part series. The course is arranged in this way to allow you to practice the energy modeling in between courses:

Class 1: Aug 20th from 9:30 AM to 4:00 PM

Class 2: Sept 3rd from 9:30 AM to 4:00 PM

Introduction to Energy Modeling with eQuest

12 Hour Training presented by Built Environment Plus

Building Energy Modeling is a versatile, multipurpose tool that is used in new building and retrofit design, green
certification, qualification for tax credits and utility incentives. The importance of creating energy models for a
building is growing as we focus on building energy efficiency as a key strategy to fight climate change and global
heating.

Learning Objectives:
After completing the course, attendees will be able to:
1) describe how modeling is used as part of an integrative design process
2) construct simple commercial building energy models using eQuest
3) interpret the results of energy models
4) distinguish between design models and validation models

Prerequisites and Target Audience
What will students need to know or do before starting this course?
This is a hands-on, project-based course that will give you the confidence to use energy modeling on your
projects. While there are no specific pre-requisites, knowledge of the building industry and basic building science
will be helpful.

The course will be spread across two days. At the conclusion of day one, attendees will be asked to perform
modeling exercises (aka homework) outside of class, to be completed by the next class session. Each section
will build upon previous work in class. By the end of the class, students will have created, run and QCed an
energy model on a building of their choosing. Along the way, we’ll touch on the uses of energy modeling in an
integrated design process, and some of the standards that apply to energy modeling such as ASHRAE 90.1
Appendix G.

Note that students will need access to a computer with the Windows operating system, and administrative rights
to be able to load the eQuest software. 

Detailed Agenda

Day 1
9:30 AM – Start
• Introductions
• Uses of Energy Simulation
• Overview of eQuest
• Intro to Our Project
• Setting up Building Geometry

12:30 – 1PM Lunch Break
• Internal Loads
• HVAC systems
• Energy Targets
• Parametric Runs

4:00 PM – Finished for the Day

Goal for Day 1
1) Download and install eQuest
2) Get a general familiarity with the eQuest interface
3) Set up our Model in Wizard Mode
4) Identify an Energy Target for our project
5) Run Parametics to identify three energy saving strategies

Day 2
9:30 AM – Start
• Recap, Q & A
• Intro to Detailed Mode
• Tips and Tricks
•Creating Code Baseline

12:30 – 1PM Lunch Break
• Working Session
• Modeling Uncommon Systems
• Quality Control
• Wrap up

4:00 PM – Finished for the Day

Goals for Day 2
1) Move into to Detailed Mode
2) Create your Code Baseline
3) QC Your Results
4) Learn some tips and tricks

Green Building Training Program Information

This course is now funded through the Commonwealth Workforce Training Fund’s Small Business Direct Access Program (SBDAP). If you are a small, Massachusetts-based business that employs 100 people or less, you and your employees may be eligible to take this training session for free! Learn more about this opportunity at our Green Building Training Program website.

** This course will be hosted virtually. All attendees, regardless of whether or not they are eligible for the Green Building Training Program (GBTP), must register for the course through our Eventbrite page. For GBTP participants, your company’s enrollment in the Commonwealth Workforce Training Fund’s Small Business Direct Access Program (SBDAP) must be verified before you can access the Zoom link – unverified participants will not be let into the meeting. **

Against the Grain: Designing and Building with Cross Laminated Timber

Participants will gain an understanding of the general properties, design, engineering, project financing considerations, and carbon impacts of Cross Laminated Timber construction. 

Architects, engineers, state, and local climate leaders face substantial challenges with regard to meeting increasingly aggressive climate goals in the built environment. Interest in Cross Laminated Timber (CLT) is beginning to expand in the United States, due to a combination of technology improvements, emerging acceptance among building code officials, local economic development potential, carbon sequestration, construction waste reduction and other benefits. An expert panel will explore the potential to harvest native northeast tree species for CLT production, and examine design, engineering and CLT project finance considerations. The panel will conclude with a Q&A segment, and a brief joint exercise to help identify CLT market development priorities.

Meet the Panelists

Galen Nelson, Chief Program Officer at MassCEC, will moderate the panel.

Dr. Peggi Clouston is a Professor of timber engineering and wood mechanics at the University of Massachusetts Amherst. Her current research involves engineering cross laminated timber panels from northeastern species. A registered professional engineer since 1992, she also serves as Associate Editor of the ASCE Journal of Materials in Civil Engineering.

Colin Booth is the Strategic Director of Placetailor, a Boston-based design-build-develop cooperative focused exclusively on Passive House and Zero Emissions workforce housing.  With 20 years in design, Colin’s expertise is in the integrated design process and integrated delivery models necessary for the rapid adoption of more sustainable technologies. 

Jennifer Hardy AIA is a Senior Associate at Payette and a 2020 AIA Young Architect Award recipient.  Jennifer is currently leading a team designing a hybrid mass timber structure and exploring different ways to integrate carbon reduction into a project while enhancing design goals.

Patrick McCafferty, PE is the Structural Engineering Leader and a Project Director of Arup in Boston. Patrick specializes in the design of architecturally expressed structural engineering solutions across a wide spectrum of building typologies. He and his teams regularly employ mass timber design solutions on their many projects, including for the design of the MADOT Aeronautics Division’s Regional Airport facilities recently deployed throughout the Commonwealth of Massachusetts.

 

Two-Part Building Energy Modeling Course Part 2 | Green Building Training Program

About the Class

You and your business may be eligible to take this training for FREE! Learn more about this opportunity at our Green Building Training Program website.

NOTE: This event is a two-part series.* The course is arranged in this way to allow you to practice the energy modeling in between courses:

Class 1: Feb 26th from 9:30 AM to 4:00 PM

Class 2: March 11th from 9:30 AM to 4:00 PM

Building Energy Modeling is a versatile, multipurpose tool that is used in new building and retrofit design, green certification, qualification for tax credits and utility incentives.

Learning Objectives:

After completing the course, attendees will be able to:

  1. describe how modeling is used as part of an integrative design process
  2. construct simple commercial building energy models using eQuest
  3. interpret the results of energy models
  4. distinguish between design models and validation models.

*This course was originally listed as two separate courses occurring on Feb 26th and March 11th.

This course is now funded through the Commonwealth Workforce Training Fund’s Massachusetts Training Exchange. If you are a small, Massachusetts-based business that employs 100 people or less, you and your employees may be eligible to take this training session for free! Learn more about this opportunity at our Green Building Training Program website.