EEBA Academy

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?

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

• Houses That Work
• High Performance Mechanicals
• HERS Associate

Webinar 3 concludes our review of the 11 critical steps involved in building a house as a ‘system.’ We look at managing occupant comfort and indoor air quality through system design by addressing such topics as building a better basement wall, reducing the A/C size, and creating greater comfort in the house by the windows we select, to name a few.

Once homebuyers purchase new homes often based on infatuation with community and design, bad home performance experiences can negate all the hard work earning customer satisfaction. It is critical to get high-performance right. This course begins that process with lessons-learned from decades of experience as a residential architect and work with thousands of home builders while serving as national director for ENERGY STAR Certified Home and Zero Energy Ready Home. The resulting framework for high performance homes includes five key strategies and over 40 best practices for applying them with substantial cost savings. Most importantly, this framework has been intensively researched, vetted, and refined over five years with hundreds of housing industry executives. The goal is not to dogmatically impose one solution for all, but to engage housing professionals to high-performance as a journey and how to get on their own path.