Energy Code for the Building Envelope
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Energy Code for the Building Envelope

This training covers updates from the Fall/Winter 2024 Stretch Energy Code series with case studies and exercises for new/existing buildings

By Built Environment Plus

Date and time

Thursday, May 15 · 11am - 2pm PDT

Location

Online

Refund Policy

Refunds up to 7 days before event

About this event

  • Event lasts 3 hours

Express Program Funding

The Express Program is designed to help businesses with 100 or fewer Massachusetts employees respond quickly to emerging needs and keep employees engaged. With bite-size grants for just-in-time training and no waiting periods between grants, the Express Program is the Workforce Training Fund’s fastest path to funding. Learn more here.


About the Class

This two-part training presents updated content covered in the Building Envelope Parts 1-3 trainings offered in the Fall/Winter 2024 Stretch Energy Code Training Series. This training is intended for new construction and existing building alterations and additions following the 225 CMR 23.00 Commercial Stretch Energy Code. Case studies and real-world calculation examples will reinforce key concepts, and attendees will apply their knowledge through hands-on exercises with a sample project.

Part 1: Fundamentals of the Code for Building Envelope
To achieve Massachusetts’ net zero emissions goals, practitioners must prioritize building envelope design to reduce loads effectively. This course focuses on the prescriptive envelope requirements outlined in the 225 CMR 23.00 Commercial Stretch Energy Code and the fundamental principles of passive design, including air tightness, continuous high thermal layers, and condensation control. Participants will learn methods for determining U-factors of assemblies and best practices for documenting and specifying building envelopes early in a project to ensure compliance.

Part 2: Advanced Thermal Performance & Derating in Building Envelopes
Building on the principles introduced in Part 1, this session delves into thermal bridging and its impact on building performance. Participants will explore different types of thermal bridges and learn methods for derating assemblies to account for clear field, linear and point thermal bridges. The course will also cover steps for performing U-factor calculations that incorporate derating adjustments, as well as the hygrothermal considerations necessary for durable and high-performing envelope assemblies.


This is a live, online training led by Andrew Steingiser and Luc Nahrgang with RDH Building Science Inc; Kate Bubriski with Arrowstreet; Kristen Fritsch and Frances Rubino with Elkus Manfredi Architects; Lisa Goodwin Robbins with Kalin Associates; and Carrie Havey with Green Engineer.


Refund Policy

Full refunds are available only if written notice is provided 7 days prior to course start date. There will be no refund if less than one week’s notice is given. Please note: Full refunds will be issued less the standard processing fee. In general, rescheduling is always preferred over refunds. Registration transfers are only allowed for rescheduling to a future training and cannot be transferred between individuals.

Organized by

Built Environment Plus, formerly known as USGBC MA, is a membership-based community advocating for green buildings at the state and local level. Built Environment Plus provides green building education, networking, advocacy and leadership opportunities for the sustainable building community and beyond. Our events and programming are supported by the volunteer efforts of our community members.

Over 550 people participate as members & active volunteers, and over 14000 people subscribe to our various communication lists. Through our many committees, we address all aspects of the greening of the real estate sector - from planning, design & engineering, construction, management & operation and beyond. We help all practitioners by promoting market transformation. You can join us and be a part of this massive effort to improve the built environment.

$210 – $300