Sean Ahlquist

Sean Ahlquist is an Associate Professor of Architecture at the University of Michigan's Taubman College of Architecture and Urban Planning, where he serves as Director of the Master of Science in Digital Material Technologies (DMT) program. He leads the Lab for Socio-material Architectures and is a member of the Cluster in Computational Media and Interactive Systems, connecting architecture with material science, computer science, and performing arts technology.

His research centers on developing malleable, sensory-responsive environments that foster social behavior for individuals with disabilities, particularly children with autism spectrum disorder. This work, inspired by his autistic daughter Ara, employs industrial knitting technologies and involves collaborations across disciplines including materials science, civil engineering, kinesiology, psychiatry, and behavioral science. His installations have been featured at the Venice Architecture Biennale, Lincoln Center's Big Umbrella Festival, and various educational and therapeutic settings.

Ahlquist's publications and projects explore themes of inclusive design, computational material systems, and neurodiverse spatial experiences. His work demonstrates how architecture can leverage computational design and material technologies to create more inclusive spaces for underserved communities.

• ACADIA Innovative Research Award of Excellence (2020)
• Featured in ARCHITECT Magazine as Game Changer (2022)
• Recipient of U-M Sustainability Catalyst Grants (2024)

Ahlquist teaches across all academic programs at Taubman College, from undergraduate to PhD levels. His students engage in multi-year collaborations with the Ann Arbor Center for Independent Living (AACIL), developing design methodologies that integrate disability theory with technical material fabrication skills. His work with the local Ann Arbor community includes partnerships with public schools, children's museums, and disability organizations to create inclusive environments that address real-world challenges.