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About

Alessandro Francesconi is a prominent researcher whose work bridges space robotics, active debris removal, and advanced smart materials for both terrestrial and space applications. Over two decades, he has made significant contributions to the challenge of orbital sustainability, most notably through his influential work on hybrid propulsion modules for active space debris removal — a pressing concern given that over 7,000 metric tons of artificial mass now orbit Earth. His 2013 paper on this topic has garnered 75 citations, establishing him as a leading voice in debris mitigation strategy. Francesconi has also pioneered the application of dielectric elastomer actuators in robotics, exploring their remarkable properties — including self-sensing capability, high conversion efficiency, and lightweight design — for space-grade robotic arms and morphing electroadhesive interfaces capable of manipulating uncooperative objects. His 2016 modelling work on double-cone actuators has attracted 50 citations, reflecting broad interest in this technology. More recently, his research has advanced guidance, navigation, and control systems for autonomous satellites performing close-proximity capture operations, alongside smart capture tools for on-orbit servicing missions. From early free-floater robot simulators developed at CISAS to cutting-edge GNC architectures, Francesconi's career represents a sustained and impactful commitment to enabling humanity's safe and capable presence in space.