
Misri Patel

Misri Patel is an architect and researcher from Mumbai, India. She is the recipient of the 2023-25 Ann Kalla Professorship in Architecture at Carnegie Mellon Architecture. Prior to joining Carnegie Mellon, she served as a Visiting Lecturer at the Weitzman School of Design, University of Pennsylvania and Visiting Assistant Professor of Practice at the University of Tennessee, Knoxville.
Her pedagogical interests focus on material systems, computational design, acoustics, additive manufacturing and traditional-advanced fabrication methods. In 2019, she received the Ballard Fellowship at Lawrence Technological University and served as a Research Lead at Taubman College on Long Range Glass. In 2022, the project won the R+D Award from Architect Magazine. Her work has been published in Unfolded, Portico, ideasforward-24H, ACSA, Acadia Conference Proceedings and exhibited at the Venice Biennale, DigitalFUTURES conference and the Center for Architecture, New York.
Misri received a Bachelor of Architecture from NMIMS BSSA in Mumbai and a Master of Science in Digital and Material Technologies from Taubman College, University of Michigan. Prior to her teaching appointments, she gained professional experience at the offices of Sameep Padora, Mumbai and LOT-EK, New York, and shadowed at Perkins and Will, Los Angeles.
Spring 2025 Teaching
This studio focuses on the histories within three disciplines – architecture, manufacturing (traditional and digital) and acoustics. The design combines material, tools and methods to synthesize a rich palette of technological resources that expand the creative possibilities of design and allow for a more nuanced and intentional integration of sensory elements.
Fall 2024 Teaching
We may learn to develop architecture that enriches the context from which it arises by conceptually recognizing the built/natural environment as a complex web of interacting parts constantly exchanging energy and resources.
By delving into the fundamentals of acoustics and employing quantitative prototyping methods, this course examines the application of the acoustic performance-based design (APBD) method.