Michael Neumayr

Michael Neumayr is an Adjunct Associate Professor in Spatial Experience Design at ArtCenter College of Design’s Graduate Environmental Design program, where he contributes to the education of future design innovators. His professional practice, Neumayr Design, is based in Los Angeles and specializes in high-end residential, product, furniture, commercial, and exhibition design.

His research and creative interests span spatial experience design, wellness environments, sustainable design, interactive furniture systems, and the integration of technology in living and public spaces. He emphasizes user-centered, sensory-rich environments that blend classical aesthetics with modern innovation.

The body of his work, as seen in projects like the Villa Munich and Aquamoon shower system, reflects a consistent trend toward holistic, immersive experiences that engage all senses. His designs often incorporate advanced technology, sustainable materials, and meticulous craftsmanship, particularly evident in wellness architecture and smart furniture.

• Good Design 2019
• NYC-x Design 2018 | Best Product of the Year
• Stylepark 2018 | Most Innovative Product
• Good Design 2008
• Permanent Collection | Chicago Athenaeum Museum of Architecture and Design
• Gute Gestaltung 2009 DDC Award
• Nominated for Designpreis der Bundesrepublik Deutschland 2010
• Finalist IDEA International Design Excellence Award 2009
• Nominated for Designpreis Deutschland 2009
• iF Design Award 2007

Michael Neumayr has led significant design projects and collaborations, including with Hiller Gruppe and Atelier Schneeweiss, resulting in award-winning products and installations. While no formal advising or grant history is documented, his academic role suggests mentorship of graduate students in design innovation and spatial storytelling.

His studio functions as a design lab, integrating research, prototyping, and real-world application across residential, commercial, and exhibition domains. Projects like the i-tech chair and Villa Munich spa illustrate a team-based, interdisciplinary approach to solving complex spatial and functional challenges.