Building Smarter: Leveraging Thin Brick for Sustainable, Energy-Efficient Building Envelopes

Building Smarter: Leveraging Thin Brick for Sustainable, Energy-Efficient Building Envelopes

GGLNY26 – 1 LU (HSW)

Building Smarter: Leveraging Thin Brick for Sustainable, Energy-Efficient Building Envelopes explores how thin brick façade systems are advancing sustainable design and high-performance building enclosure practices. The live panel participants will examine the evolution of thin brick through the lens of European sustainability initiatives and discover how these innovations can inform North American architecture. The course evaluates the full lifecycle impacts of thin brick—from embodied carbon and material efficiency to transportation, installation, durability, maintenance, and end-of-life considerations—providing architects with practical tools for informed material selection. Attendees will also learn how properly designed thin brick systems contribute to resilient, energy-efficient buildings by improving enclosure performance, supporting occupant comfort, and aligning with green building certification goals and long-term environmental stewardship.

Learning Objectives

1 Assess how European sustainability policies and market initiatives have influenced the evolution of thin brick and façade systems, including embodied carbon reduction, energy efficiency requirements, and environmental product transparency, and identify lessons applicable to North American design practice.

2 Analyze the lifecycle environmental impacts of thin brick by comparing embodied carbon, material efficiency, transportation, installation, maintenance, durability, and end-of-life considerations with conventional masonry systems to support informed material selection and sustainable design decisions.

3 Evaluate how thin brick systems contribute to occupant health, safety, and welfare by examining their role in durable enclosure design, fire performance, moisture management, resilience, and long-term building performance while supporting healthier, more sustainable built environments.

4 Identify best practices for specifying and integrating thin brick systems that enhance building resilience, occupant comfort, constructability, and environmental performance while supporting project goals related to green building certifications, healthy materials selection, and long-term operational value.