Max Robotics — Global Service Robot Directory + US Certification

About

The University of Naples Federico II stands as one of Europe's oldest and most distinguished research institutions, with a robotics and automation group that has fundamentally shaped the global trajectory of the field. Rooted in rigorous mathematical foundations, the institution's researchers have made landmark contributions to robot kinematics, dynamics, control theory, and human-robot interaction that continue to influence laboratories and curricula worldwide. The group's intellectual legacy is perhaps best captured by its central role in authoring and editing the *Springer Handbook of Robotics*—the definitive reference work in the discipline—which has collectively amassed over 5,000 citations across its two editions. This achievement alone signals an institution that does not merely participate in robotics research but actively defines its boundaries. Foundational theoretical contributions, including seminal work on task-priority redundancy resolution, kinematic control of redundant manipulators, and iterative learning control, established analytical frameworks that remain standard tools in modern robot programming and control design. Beyond theory, Federico II researchers have pioneered practical advances in force/position control, impedance modulation during physical human-robot collaboration, dual-arm cooperative manipulation, and aerial manipulation—a rapidly growing domain at the intersection of unmanned aerial vehicles and dexterous robotic arms. More recently, the group has expanded into emotion recognition for human-robot interaction and the manipulation of deformable objects, reflecting a forward-looking agenda oriented toward genuinely autonomous, socially aware robots. With deep connections to Italian and European research networks and a strong tradition of bridging fundamental science with industrial application—including meaningful engagement with Industry 4.0 frameworks—Federico II offers prospective students and collaborators a uniquely comprehensive environment in which to pursue the next generation of intelligent robotic systems.