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Kyoto University stands as one of Japan's most distinguished research institutions, with a robotics and AI legacy that has fundamentally shaped the field over several decades. The university's contributions to robot manipulator theory are nothing short of foundational — pioneering work from the 1980s introduced the now-ubiquitous concept of "manipulability," a quantitative measure of a robot arm's ability to position and orient its end-effector, which has accumulated over 2,500 citations and remains a cornerstone reference in robotics education and research worldwide. Building on this, Kyoto researchers addressed critical challenges in singularity robustness, task-priority redundancy control, and optimal redundancy control, producing a coherent and highly influential body of work that continues to inform modern manipulator design. Beyond classical robotics theory, Kyoto University has demonstrated remarkable breadth. The institution has made significant advances in multi-robot coordination, multifingered grasping, hybrid position/force control, and nonholonomic mobile robot control — areas essential to manufacturing automation, surgical robotics, and autonomous systems. Their landmark bilateral teleoperation experiment with Japan's ETS-VII satellite demonstrated real-world leadership in space robotics under challenging communication constraints. More recently, the university has embraced cognitive developmental robotics, brain-machine interfaces combining EOG/EEG signals for robot control, and cutting-edge microrobotics including stimuli-responsive 3D microstructures and MOF-based biomedical microrobots. Prospective students and collaborators will find in Kyoto University a uniquely rigorous environment where theoretical depth meets applied innovation, spanning scales from molecular microrobots to orbital manipulators, with a citation record that reflects enduring global impact.