Academic Awards 2025 booklet

27 Magnetic Primitive Library: Designing Shape-Changing Interactions through Material Programming This thesis introduces the Magnetic Primitive Library (MPL), a novel design toolkit that empowers designers to prototype shape- changing interfaces using programmable magnetic materials. Developed at the intersection of material science, interaction design, and engineering, the MPL combines accessible fabrication methods with a visual notation system that simplifies the design of magnetic actuation. By shifting focus from function-driven robotics to material-led exploration, the MPL enables designers to create dynamic, untethered forms that respond to magnetic fields in real time. It oRers new potential in domains such as accessibility, education, healthcare, and responsive product design: opening advanced material systems to nonexpert communities. The work exemplifies TU/e’s vision of research-through-design by translating complex mechanical behaviours into hands-on, intuitive tools. Validated through expert workshops and public exhibition, the MPL has been presented at the Dutch Soft Robotics Symposium, and Dutch Design week 2024. It is a strong example of how thoughtful material experimentation can expand the societal relevance and accessibility of emerging technologies— bringing the future of interaction design closer to inclusive, sustainable, and context- aware applications. Photo: Maud Staassen