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About

Morteza Vatani is a leading researcher at the intersection of additive manufacturing, soft robotics, and tactile sensing. His pioneering work focuses on developing compliant, multi-layer tactile sensors and novel actuation systems for robotic applications. Vatani’s most influential contribution is the integration of 3D printing technologies with functional materials to create flexible sensors capable of detecting contact position, direction, and speed—a breakthrough detailed in his highly cited 2015 paper (98 citations). He also introduced an innovative anthropomorphic finger design using shape memory alloy (SMA) plates trained to mimic human flexion, a departure from conventional linear SMA actuators (59 citations). His research extends to underwater robotics, where he developed a compliant manipulator with integrated tactile sensors for nonlinear force feedback control of SMA actuation systems (38 citations). Vatani’s work on direct-print and soft molding processes for multi-layer tactile sensors (19 and 10 citations) has advanced the field of soft robotics and human-machine interaction. With a portfolio spanning over 230 total citations, Vatani is recognized for pushing the boundaries of hybrid additive manufacturing and smart materials, enabling more dexterous, sensitive, and adaptive robotic systems.