EEBA Academy

Building Science Courses

The EEBA Academy provides a flexible and convenient way for the world's best high performance builders and their partners to come together to learn about building science and advances in sustainably constructing better homes. Learn more about the Academy here.

Log in or create a free account to preview courses and start learning for no or little charge! Explore our EEBA membership for additional discounts on courses, earning designations, and CEUs.

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Below is a sample of Building Science courses available on the EEBA Academy:
* Create a free Talent LMS Account to take courses. Have questions? Reach out to: gabrielle@eeba.org
Site Supervisor Designation: Modules

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Site Supervisor Designation: Modules

The EEBA Site Supervisor Designation covers how the knowledge, processes, and best practices gained from building science apply to site supervisors for residential construction projects.

Instructor: Theresa Gilbride, Rick Wertheim
CEUs: 3 RESNET credits
Rainscreens: A Builder’s Experience

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Rainscreens: A Builder’s Experience

Do you know how a properly installed rainscreen makes your building envelope more durable? In the first part of this webinar, Peter Barrett of Dorken Systems will look at how rainscreens work to add drainage and drying capacity to a typical residential wall. In the second part, Chris Donatelli of Donatelli Builders will discuss the real-life building and renovation of a home in Chicago.

Instructor: Peter Barrett, Chris Donatelli
High Performance Mechanicals for Houses That Work

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High Performance Mechanicals for Houses That Work

In order to earn the EEBA High Performance Building Professional Designation, one must take and pass:

  • Houses That Work
  • High Performance Mechanicals
  • HERS Associate
Instructor: Gord Cooke
CEUs: 4 RESNET, 4 NARI
Airtight, Done Right: Simple and Efficient Strategies

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Airtight, Done Right: Simple and Efficient Strategies

Since the 1990s residential buildings have shown dramatic and consistent improvement in their energy efficiency: Average energy use per square foot is down substantially, and so are average energy use per household and average energy use per household member. How do we account for this extraordinary progress, and what can architects do to continue to improve energy efficiency in residential architecture?

Instructor: Christine Williamson
CEUs: 1 NARI, 1 RESNET
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