Hamid Marvi

Hamid Marvi is an Associate Professor at Arizona State University whose research focuses on bio-inspired robotics and bio-inspired design, with an emphasis on developing adaptive robotic systems inspired by biological organisms. His work spans soft robotics, shape-morphing machines, and magnetically actuated robotic systems, including ferrofluidic microrobots and soft robotic devices for sensing, inspection, and medical applications. He has contributed to the design and control of robots capable of navigating complex and constrained environments, such as subsurface terrain, pipelines, and biological tissues, often integrating model-predictive control, learning-based methods, and novel actuation mechanisms. His research also includes robotic inspection and repair systems, amphibious and submersible robots, and bio-inspired locomotion strategies such as burrowing, screw-based propulsion, and friction-driven mobility. His work has appeared in journals and conferences including The International Journal of Robotics Research, Soft Robotics, Advanced Intelligent Systems, ICRA, and Acta Geotechnica, and is complemented by multiple patents reflecting a strong emphasis on translational and application-driven robotics research.