Training & Certification -> Energy Audit Training 301
Online Training
Energy Audit Training 301
Designed to prepare you for the BPI Building Analyst Certification, this course will walk you through the process of conducting visual building inspections, diagnostic testing, identifying improvement opportunities, documenting a home's performance and preparing a scope of work.
Price: $429.00
Students will learn intermediate level building assessment techniques, with a specific emphasis on BPI standards. The course begins by covering the systems, tools and techniques utilized during the visual inspection stage. This includes evaluation of the envelope components, mechanical systems and base loads such as appliances and lighting.
Next, you'll learn the diagnostic testing process. During this segment will focus on setting up and using a blower door for pressurization and depressurization testing. We'll also cover worst case depressurization such as draft and spillage testing and how to test for CO.
Lastly, students will be taught how to collect their data into a meaningful report and scope of work for the customer.
How is the energy audit training 301 material presented?
The course consists of a combination of graphical, text, video and photo presentation media. Upon enrolling you're allowed 90 days to complete the course. Students must obtain a 75% or higher score on their final exam to qualify for the CEU
- Observation Techniques and Data Collection
- Exterior & Interior Assessment and Building System Analysis
- Blower Door and Zonal Pressure Diagnostics
- Ventilation Rates
- Combustion Safety and Analysis
- Duct Diagnostics
- Developing a Scope of Work and Report
- Customer Relations
Recognized by NATE for 30 hours of continuing education credit.
Recognized by BPI for 15 hours of continuing education credit.
We recommend students complete Principles of Building Science, Principles of Green Building or come with a solid understanding of building science concepts prior to enrollment.
Recommended Textbook:
- Residential Energy. By John Krigger and Chris Dorsi.


