Max Robotics — Global Service Robot Directory + US Certification

About

Mohammad Amin Karimi is a robotics researcher whose work sits at the innovative intersection of soft robotics, compliant mechanisms, and bio-inspired adhesion. He is perhaps best known for his pioneering contributions to boundary-constrained soft robots — systems that harness granular jamming within flexible membranes to achieve remarkable transitions between compliant and rigid states. His 2021 paper on self-reconfigurable variable-stiffness soft robots (31 citations) and his earlier foundational work on boundary-constrained swarm robots (20 citations) established a compelling framework for robots that can conform to complex environments while retaining the capacity for precise, forceful action — a longstanding challenge in soft robotics. His cable-driven jamming work (16 citations) further advanced this vision by demonstrating reversible stiffness control in mobile platforms. Beyond soft robotics, Karimi has made meaningful contributions to bio-inspired adhesion, with his gecko-inspired microstructured dry adhesive study (25 citations) informing controllable gripping solutions relevant to both robotics and biomedical engineering. His more recent exploration of SLAM techniques tailored to soft robotic platforms signals a growing interest in autonomy and state estimation for these systems. Across his body of work, Karimi consistently bridges fundamental material and mechanical insights with practical robotic applications.