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Scuola Superiore Sant'Anna, the prestigious advanced studies institution based in Pisa, Italy, has established itself as one of Europe's most influential research centers in robotics, bionics, and human-machine interaction. With a remarkable constellation of highly cited publications accumulating thousands of references worldwide, the institution has fundamentally shaped the trajectory of modern robotics research, particularly in the transformative domain of soft robotics. Sant'Anna's most defining contribution lies in pioneering soft robotics as a legitimate and vibrant scientific discipline. Beginning with its landmark 2012 octopus-inspired robot arm and culminating in a series of foundational review papers that collectively exceed 7,000 citations, researchers here essentially wrote the intellectual roadmap for bioinspired, compliant robotic systems. Their BioRobotics Institute — a world-renowned interdisciplinary center — drives work spanning fluid-driven soft actuators, dynamic modeling of continuum manipulators, stiffness-tunable structures, and embedded sensing with neural networks, demonstrating an unmatched breadth across the full soft robotics pipeline. Equally impressive is the institution's depth in medical and rehabilitation robotics. Sant'Anna researchers have advanced peripheral nerve interfaces for neuroprostheses, pioneered performance-based robot-assisted stroke therapy, and developed EMG-driven exoskeleton control strategies, contributions that remain cornerstones of the rehabilitation engineering literature. The 2010 demonstration of a double intraneural implant enabling amputee hand control through a robotic prosthesis stands as a landmark clinical achievement. For prospective students and collaborators, Sant'Anna offers a uniquely integrated environment where fundamental biomechanics, advanced materials science, machine learning, and clinical translation converge. Its global citation impact and sustained innovation make it an exceptional destination for those seeking to push the boundaries of intelligent, human-centered robotic systems.