Our research focuses on bio-inspired mechatronic systems that take inspiration from how natural systems work. In biological systems, materials are often soft. As a result, they can adapt, respond, and interact efficiently with complex environments. However, reproducing these properties in engineered systems remains a challenge, especially when moving beyond traditional rigid devices.
Recent advances in materials science, particularly in soft and stimuli-responsive materials, open new possibilities. By combining these materials with modern fabrication methods and system design approaches, we aim to develop next-generation soft mechatronic systems. In particular, these systems are relevant for applications in robotics, sensing, and biomedical technologies.
Soft Robotics, Biomimetics, MEMS
Soft Robotics, Healthcare, Rehabilitation
Simulation
Microfabrication
Bioinspired Materials, Layered Materials
