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F. Bernelli Zazzera is a leading figure in space systems engineering, whose research bridges the critical domains of space debris mitigation and advanced robotics. His most impactful work centers on the development of hybrid propulsion modules for active space debris removal, a pressing challenge as orbital debris threatens future space operations. His seminal 2013 paper on this topic has garnered 75 citations, underscoring its influence in shaping practical removal strategies. Earlier, Bernelli Zazzera made significant contributions to flexible manipulator control, demonstrating through experiments on the Space Robot Simulator at the Naval Postgraduate School how command shaping can effectively minimize vibrations during maneuvers—a foundational achievement for space-based robotic systems. His 2002 paper on this subject, with 67 citations, remains a key reference in the field. Beyond these core contributions, he has also explored multiobjective experiments for innovative space robotic systems aboard the Space Station, reflecting a sustained commitment to advancing autonomous in-orbit operations. Bernelli Zazzera’s work not only addresses immediate operational hazards but also lays the groundwork for safer, more capable future space missions.