This course explores the design and engineering of the H Window Timber Curtain Wall system, highlighting how engineered timber can be used to create high-performance glass façades with reduced environmental impact. Topics include curtain wall fabrication, thermal performance, sustainable materials such as FSC-certified wood and bamboo, modular installation methods, and the integration of large-scale glazing into contemporary commercial and residential architecture. The session also examines how timber curtain wall systems compare to traditional aluminum façades in terms of energy efficiency, aesthetics, and structural performance.

Presented by Steve Walston, H Windows

Learning Objectives:

• Analyze the structural and architectural principles of timber curtain wall systems, including fabrication methods and integration with large-scale glazing applications.
• Evaluate the thermal performance and energy efficiency of engineered timber curtain wall systems in comparison to conventional aluminum façade systems.
• Identify sustainable materials and practices used in curtain wall construction, including FSC-certified wood, bamboo, and environmentally responsible manufacturing processes.
• Apply modular design and installation strategies for timber curtain wall systems in contemporary commercial and residential building projects while considering aesthetics, performance, and sustainability goals.

Please arrive 10 minutes early so food orders and presentation are on time.

Submitted for AIA/CES approval