Computational methods are transforming architectural practice by promoting low-carbon supply chains while connecting design inspiration with innovation and technology. Join us for this session, organized by AIA Building Performance Knowledge Community to explore simulation tools and design computation across the design-to-construction process.
The first part will highlight spatial configuration, automated 3D layout estimation, and occupant-centric simulations addressing visual and non-visual effects, occupant health, and biophilia. The second will examine digital workflows for mass plywood and mass timber, linking structural simulation, digital fabrication, and sustainable material sourcing. Finally, panelists will review strategies to advance sustainability, health, and alignment with codes and standards.
Learning Objectives
- Discuss opportunities where simulation and design computation can enhance schematic decision-making for daylighting, occupant comfort, and performance-driven design.
- Explore how computational structural analysis informs digital fabrication strategies and improves material efficiency in sustainable construction workflows.
- Examine digital workflows for sustainable construction to understand their impact on structural performance, fabrication processes, and equitable material sourcing.
- Evaluate real-world built projects to connect computational design methods with practical applications that advance sustainability, health, and decarbonization goals.
- Guanzhou Ji
Assistant Teaching Professor - Northeastern University - Ramon Weber
Assistant Professor of Architecture - University of California, Berkeley - Marty Brennan
Principal - ZGF Architects LLP - Disha Sharmin
Associate Principal - ZGF Architects - Erica Weeks
Director of Green Building Certifications - Paladin, Inc. - Guanzhou Ji
Assistant Teaching Professor - Northeastern University