Fenestrations and shading play a critical role in building design, influencing aesthetics, energy efficiency, and occupant experience. In this course, trainees explore the anatomy of fenestrations alongside key terminology and common framing and glazing materials. By examining performance parameters like U-value, solar heat gain coefficient (SHGC), and visible transmittance, trainees will understand how different fenestration types play a role in enclosure performance and shading needs within the context of their local climate. Practical lessons on thermal bridging, shading design, air leakage risks, and perimeter detailing offered during this course will help trainees reduce performance gaps and improve enclosure control layer continuity.
This course equips trainees with practical strategies for specifying and detailing fenestration systems that meet structural, aesthetic, and energy performance goals. By enhancing their technical knowledge, design professionals will be better prepared to deliver fenestration solutions that align with client expectations and local building codes.
What you’ll learn
- Describe the effect of fenestrations and shading on building energy performance, occupant comfort, and visual performance.
- Identify key energy performance metrics, types of fenestrations, and insulated glazing unit (IGU) components.
- Recognize the climate-dependent role of fixed and operable shading on building energy performance.
- Understand the principles behind local energy code requirements for fenestrations.
