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Friday, February 21, 2025

Professor explores biodesign innovation through nature-inspired concepts

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Chancellor Kent Syverud | Syracuse University

Chancellor Kent Syverud | Syracuse University

Inspired by the natural world, Yves Michel, a professor at the School of Design in the College of Visual and Performing Arts, is exploring new frontiers in design. By integrating biotechnology into his work, Michel aims to create sustainable and innovative products that surpass the limitations of artificial technology.

"Nature is 3.8 billion years of free research and development," Michel says. "We look at our iPhones, and we think it’s the end all be all. The reality is that when you compare our technology to the 'technology of biology,' we have a ways to go."

Michel recently traveled to Barcelona, Spain, where he presented his paper "Symbiosis Project: Creating A Design Process To Grow Products" at SIGraDi 2024. This project represents the research arm of Studio Yami Creative, Michel's design practice. It uses speculative design as a method for creating potential product concepts.

One such concept inspired by freediving is PULMO, a mask designed to extend underwater dives by recycling air from an initial surface breath. PULMO is currently in its conceptual phase within the Symbiosis Project's five-phase design process.

The next phase will involve collaboration with experts in biology, chemistry, and computer science to develop models for potential investors and collaborators. Speculative designs like these are also shared with the public to foster discussion and gauge perceptions.

Michel shares his approach with students through Biodesign Workshop, which unites students from various disciplines including design and architecture. This class provides life sciences students with biodesign research opportunities and a chance to participate in New York City's Biodesign Challenge.

As Michel continues teaching this semester's Biodesign Workshop, he remains focused on advancing PULMO to its next phase. He emphasizes that each step forward in speculative design represents progress.

"The goal here is to explore the potential of biodesign to create new ways of making sustainably," Michel states. "As designers, our strength is being creative and pushing the limits."

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