Skin Deep Efficiency: Engineering Performance-Driven Facades

Building façades play a critical role in shaping energy performance, occupant comfort, durability, and architectural identity. This course explores how façade and cladding systems influence building efficiency through thermal control, daylighting, solar management and material selection. Participants will examine performance-driven design strategies that balance aesthetics with measurable building outcomes, while also considering constructability, code compliance and long-term sustainability goals. Through real-world examples and practical design considerations, attendees will learn how to evaluate façade systems in the context of energy codes, façade safety requirements and urban building performance demands. The course will also introduce fundamental performance analysis methods –including energy modeling and daylight simulation tools –to support informed decision-making during the design process. Emphasis will be placed on understanding trade-offs between architectural expression and building performance, enabling participants to develop façade solutions that align with project objectives, occupant needs and environmental responsibility.

Learning Objectives:

1. Analyze how different façade and cladding systems influence thermal performance, energy consumption, and daylighting outcomes in building design.
2. Apply design strategies –such as glazing optimization, shading integration, and material selection –to improve façade performance and occupant comfort.
3. Evaluate façade systems in the context of applicable building codes and standards, including energy codes and façade safety requirements in urban environments.
4. Integrate performance-driven criteria with architectural intent to achieve designs that balance aesthetics, sustainability, and constructability.

Register for the webinar today.