Marjan Miri joined Drexel University in September 2024 as an assistant professor of interior design, specializing in emerging technologies and evidence-based design. Before this, she was an assistant professor at the University of Arkansas. Miri holds a Master of Interior Design from the University of Texas at Austin, along with master's degrees in urban design and a bachelor's in architecture from her home country, Iran.
Miri’s research focuses on how VR and AI can transform design education by fostering creativity and improving spatial understanding. She has received two collaborative Donghia Foundation grants for integrating these technologies into academic settings. Additionally, her collaborative work on neurodiversity, supported by the AIA Upjohn Research Initiative, examines how electroencephalogram (EEG) technology can inform the design of adaptable environments for neurodiverse individuals.
Her teaching approach emphasizes active participation through immersive tools, allowing students to engage with design challenges in real-time. By fostering creativity and experimentation, Miri prepares her students to think critically about the impact of their designs on users and communities, while creating spaces that respond dynamically to user needs and the broader built environment.
CV[docx]
2020 M.I.D, University of Texas at Austin
Master of Interior Design First Professional
2013 M.S, Science & Research University, Hamedan, Iran
Master of Urban Design
Thesis: Identifying Effective Factors in Designing Happy Urban Spaces, in Order to Enhance the Quality of Social Life
2011 B. ARCH, Islamic Azad University, Qazvin, Iran
Bachelor of Architecture
Thesis: Designing Siraf Archeology Museum
Publication:
2023
Lee, Jisun. Miri, Marjan. Newberry, Mary.
Immersive Virtual Reality, Tool for Accessible Design: Perceived Usability in an Interior Design Studio Setting.
Journal of Interior Design.
Miri, Marjan. From Concept to Virtual Reality: Exploring Interior Design through Immersive Technology.
Interior Design Educator Council’s Innovative Teaching Idea.
Grant:
2023-2024 AIA Upjohn Research Initiative
Inattentiveness Reduction through Environmental Interventions: Workplace Designing for Inattentive Type ADHA
Awarded $30,000
Role: Co-Primary Investigator with Asst. Professor Michael Huh and Asst. Professor Jinoh Park + Corgen
2023-2024 Angelo Donghia Foundation
Artificial to Conceptual Intelligence: an exploration of AI software as a tool for original iterative concept creation
Awarded $34,900
Role: Co-Primary Investigator with Asst. Professor Michael Huh and Asst. Professor Torrey Tracy
2021-2022 Angelo Donghia Foundation
VR: Tool for Students' Improved Learnability and Creativity - Using VR in Interior Design Studios
Awarded $49,000
Role: Co-Primary Investigator with Asst. Professor Jisun Lee