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About

Nicole Viola is a prominent aerospace engineer and space systems researcher whose work spans orbital debris mitigation, lunar exploration, and advanced space transportation. Best known for her contributions to active space debris removal, her 2013 paper on hybrid propulsion modules for deorbiting defunct satellites has garnered 75 citations, establishing her as a key voice in addressing one of spaceflight's most pressing sustainability challenges — a problem she has tracked meticulously, noting that artificial orbital mass has grown at roughly 145 metric tons annually for four decades. Viola's research extends powerfully into lunar exploration architecture, encompassing elastic wheel design for lunar rovers, technology roadmapping for ESA exploration initiatives, and incremental strategies for permanent human lunar outposts incorporating in-situ resource utilization. Her 2017 analyses of Moon-to-Mars enabling technologies reflect a systems-level vision that bridges near-term missions with deep-space ambitions. More recently, she has advanced Model-Based Systems Engineering (MBSE) methodologies and autonomous robotic systems frameworks, ensuring rigorous early design validation for future exploration missions. Her contributions to European hypersonic and re-entry vehicle roadmaps further demonstrate her breadth across the full spectrum of space transportation. Collectively, Viola's body of work positions her as a vital architect of Europe's long-term human space exploration strategy.