Developed computational design tools for morphing structures during her time at ETH Zurich; Conducted research in soft robotics at Stanford University.
Education
PhD: ETH Zurich, focusing on the development of computational design tools; Postdoc: Stanford University, specializing in soft robotics.
Background
A mechanical engineer by training, designer and artist at heart. Earned a PhD from ETH Zurich developing computational design tools for morphing structures, and is currently concluding a postdoc at Stanford in soft robotics. Combines a passion for design, art, and garment-making to merge mechanics and robotics, creating human-centric technologies that feel natural, are safe to use, and can be manufactured at scale. Her work centers on soft, durable materials capable of both applying and limiting force. Uses advanced computational methods to streamline their design in wearable technologies, interactive art, and robotic systems, aiming to improve health, autonomy, and well-being, particularly as populations age. Envisions garments that provide haptic feedback for enhanced communication and deliver localized, directed force for rehabilitation, performance, and training. Aims to make assistive robotics wearable, comfortable, and accessible to all.
Miscellany
Interests include design, art, and garment-making.