Parametric Design

The School’s technology programs coalesce in the context of design work, through studio, workshop, and professional applications. The computational design program focuses on how digital technologies impact the design process, production, and the resulting forms and products. Aspects of computational design are explored throughout the community through research, educational coursework, and real-world applications. 


Tristan Al-Haddad profile image

Tristan Al-Haddad

Part-time Lecturer, School of Architecture
Daniel Baerlecken profile image

Daniel Baerlecken

Associate Professor, School of Architecture
Keith Kaseman profile image

Keith Kaseman

Assistant Professor, School of Architecture
Thanos Economou headshot

Thanos Economou, Ph.D.

Professor; Director, Shape Computation Lab, School of Architecture
James Park headshot

James Park, M.Arch

Instructor and Ph.D. Candidate, School of Architecture; Researcher, Shape Computation Lab
Kurt Hong headshot

Tzu-Chieh Kurt Hong, ME, M.Arch, MSArch

Instructor and Ph.D. Candidate, School of Architecture; Researcher, Shape Computation Lab

Real-World Application

Our School offers numerous courses on aspects of computational design, including formal and geometric study, parametric, scripting, and automation. Student teams and faculty professional work extend this study to real-world applications.

Beyond that application of digital tools and techniques, the school’s computational design efforts work to rethink the relationship between formal description, systematic building, performance analysis, and industrial production. Computational design is explored as a means for capturing and encoding these discrete dimensions of design into a synthetic project of building design, engineering, fabrication, and inhabitation.


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