Irina Gavrilovich

Université de Montpellier, Centre National de la Recherche Scientifique

Papers

Total Citations

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About

Irina Gavrilovich is a space systems researcher whose work sits at the intersection of orbital mechanics, satellite technology, and robotic ground testing. Her research primarily focuses on two compelling challenges in modern space engineering: active debris removal and CubeSat systems development. Gavrilovich's most influential contribution lies in her pioneering work on uncooperative rendezvous and docking for microsatellites, most notably through the CleanSpace One initiative. With 16 citations, this research proposes cost-effective microsatellite solutions for tackling the growing problem of orbital debris, addressing the complex technical hurdles of debris detection, identification, and close-range orbital operations — a challenge of increasing urgency as low Earth orbit becomes ever more congested. Complementing this work, her development of a novel air bearing robotic test bench for CubeSat ground testing represents a significant methodological advancement. Unlike existing platforms, her concept enables three degrees-of-freedom unlimited rotation, providing researchers with a more realistic simulation environment for satellite dynamics and parameter identification. Though early in citation accumulation, Gavrilovich's contributions address some of the most pressing sustainability challenges in the space industry, making her work increasingly relevant to researchers, engineers, and policymakers concerned with the long-term viability of Earth's orbital environment.