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

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

Whole House Mechanical Ventilation Options

This one-hour webinar explains requirements for mechanical ventilation for single-family homes and options for code compliance. The class will also explore best practice options by climate zone and will discuss common ventilation installation mistakes.

Instructor: Matt Evans

High-Performance Homes - A Simpler Design Strategy

Building and energy codes are pushing builders beyond traditional minimum code wood-framed construction into a more building science-oriented ‘high-performance’ home that requires testing for verification to meet specific standards.

Instructor: Tom Patton

Energy Code - Module 2: Window and Insulation Tables (Climate Zones 1 and 2)

This class will discuss code requirements found in the prescriptive window and insulation requirements and how these requirements have changed through various code editions (2009-2021). The audience will learn how to interpret the tables, understand different insulation types that comply and explore innovative examples. The class will discuss how the code tables are intended to control conductive heat flow, and will explain how the code treats concepts like "effective R-value" and U-value. The class will also discuss flexibility allowed through different compliance options within the prescriptive compliance path. This module will cover IECC Climate Zones 1 and 2 while other modules will cover other climate zones.

Instructor: Joe Nebbia
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