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About

Nankai University has established itself as a multifaceted powerhouse in robotics, artificial intelligence, and smart materials research, blending cutting-edge engineering with interdisciplinary innovation. Located in Tianjin, China, the university's research portfolio spans mobile robotics, visual servoing, soft actuators, human-robot interaction, and intelligent sensing — earning international recognition through a body of work that has collectively garnered thousands of citations across top-tier venues. The university's robotics group has made foundational contributions to mobile robot control, with seminal work on homography-based visual servoing, skid-steered robot kinematics, and motion-estimation-based nonholonomic robot navigation that remains highly cited nearly two decades later. Their adaptive active visual servoing frameworks and uncalibrated camera-to-robot parameter approaches have meaningfully advanced the state of autonomous robot guidance, influencing researchers worldwide. Equally impressive is Nankai's strength in smart materials and bio-inspired robotics. Researchers have pioneered moisture-responsive silk fiber muscles, graphene-based electromechanical actuators, photothermal bimorph systems, and fish-like soft robots — work that bridges the gap between materials science and embodied robotics. Their contributions to twisted-fiber artificial muscles and neuromorphic motion-cognition systems reflect a forward-looking commitment to next-generation biomimetic technologies. Beyond hardware, Nankai scholars are actively shaping the future of human-robot interaction, exploring humor in robot failure, human-in-the-loop optimization, and AI-driven warehouse automation in collaboration with industry leaders like Alibaba. The university also contributes to industrial AI with robust defect detection frameworks and EMG-based prosthetic hand control systems. For prospective students and collaborators, Nankai University offers a rare convergence of deep theoretical rigor and applied innovation — an environment where robotics, materials science, and AI intersect to solve real-world challenges at scale.