
Informed Variation
Data-Driven Design-to-Production of Informed Building Systems
6 Projects: Porous Voxelization, Adaptive Facade, Orchestrated Porosity, Solid + Void, Mashrafito, Ancient Icebox Vault
OVERVIEW | OBJECTIVES
Informed Variation is a course that delves deeply into the intricate relationship between
vernacular architecture and emerging design-build technologies. This course is dedicated to the
development of integrated design-to-production systems that are both environmentally and
structurally informed. Through a rigorous analysis of vernacular building systems—such as wind
towers, qanats, and adobe construction—this exploration reveals how time-tested typologies
can inform and enhance contemporary construction practices. The focus is on understanding the
environmental and cultural context of these systems, applying this knowledge to develop data driven design frameworks. These frameworks will then specifically be tailored for emerging
design-build technologies, such as augmented robotic fabrication and additive manufacturing,
where higher levels of detail on the one hand and numerically controlled fabrication on the
other allow for informed variation. By blending traditional approaches with cutting-edge
technology, the course fosters innovation in resilient architecture, emphasizing purposeful mass
customization and performance-driven design.
INFO | CREDITS
Hi-DARS lab Core Team:
Principal: Associate Prof. Dr. Sina Mostafavi
Graduate Research Assistants: Bahar Bagheri, Edgar Montejano
Teaching Assistants: Brodey Myers
Projects:
1_ Masrafito
Team: Jonathan Perez, Corinne Tendorf
2_ Adaptive Facade
Team: Bernardo Lopez, Enrique Espinoza, Garrett Whitehead
3_ Porous Voxelization
Team: Kevin Carreon, Caleb Scott, Brandon Paleo
4_ Ancient Icebox Vault
Team: Hugo Gonzalez, Morgan Hennigan, Jylian Hanson
5_ Solid + Void
Team: John Dittrich, Gabriel Herrera, Brian Ramirez
6_ Orchestrated Porosity
Team: Jesus Astorga, Amanda Gomez, Aaron Malavolta
TTU HCoA Course:
Fall 2024 | Arch 5654 TTU-Adv. Arch. Tech.
Infromed Variation
Data-Driven Design-to-Production of Informed Building Systems
Authors of this Page: Caleb Scott