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About

Waqar Hussain Afridi is a rising star in bio-inspired soft robotics, whose work bridges the gap between marine biology and advanced engineering. His research focuses on developing autonomous, adaptive robotic systems for underwater exploration, with key contributions in soft grippers, amphibious locomotion, and sensorimotor modeling. Afridi’s most impactful work, the *Stauroteuthis syrtensis*—inspired soft robotic gripper (130 citations), introduces a 3D-printed linkage mechanism paired with silicone casting to achieve self-adaptive grasping and sensing, mimicking the octopus’s umbrella-shaped membranes. He further extended this concept by giving grippers independent mobility, enabling crawling and swimming capabilities (62 citations), thereby expanding their application beyond traditional robotic arms. His fully 3D-printed tortoise-inspired robot (58 citations) demonstrates terrain adaptation and amphibious landing using pneumatic bionic legs, a breakthrough for soft amphibious robotics. More recently, Afridi has pioneered the transfer of fish sensorimotor dynamics to robots via interpretable models, linking electromyography to swimming kinematics. With over 260 total citations and a portfolio of innovative, nature-inspired designs, Afridi is redefining how soft robots interact with complex underwater environments.