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About

Tim Helps is a leading researcher in soft robotics, with a focus on developing novel actuators, artificial muscles, and wearable technologies. His work bridges the gap between bio-inspired design and practical engineering, creating systems that are lightweight, flexible, and highly functional. Helps is best known for pioneering electro-ribbon actuators and electro-origami robots (187 citations), which enable active, self-shaping structures with applications ranging from deployable devices to autonomous robots. He has also made significant contributions to pneumatic systems for soft robotics, including electro-pneumatic pumps (155 citations) that address the longstanding challenge of portable, efficient air power. His research on proprioceptive flexible fluidic actuators (85 citations) and bubble artificial muscles (57 citations) has advanced the field by integrating sensing and actuation into single, compliant devices. Notably, Helps has explored wearable haptic interfaces and smart textiles, such as electroactive fabric actuators for thermal regulation and breathability control. His work on twisted rubber variable-stiffness artificial muscles (37 citations) and reactive jetting of nanocomposites (17 citations) further demonstrates his commitment to scalable, high-performance materials. With over 600 total citations, Helps’ innovations are shaping the future of soft, adaptive robotics for healthcare, human-robot interaction, and beyond.