Emanuele Grossi

University of Illinois Chicago, Exponent (United States)

Papers

Total Citations

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About

Emanuele Grossi is a researcher whose work sits at the intersection of theoretical mechanics, robotics, and space exploration. His primary research areas include the kinematics of constrained systems, deformation analysis, and the design of specialized robotic locomotion systems for extreme environments. A key contribution is his 2019 paper on deformation bases and kinematic singularities, which tackles a fundamental problem in over-constrained mechanical systems. Grossi demonstrates that simply adding deformation degrees of freedom does not automatically resolve singularities, and he proposes novel methods to eliminate initial-configuration singularities—a critical insight for precise robotic control. This work has garnered 4 citations, reflecting its foundational nature. In a 2020 study, Grossi applies geometry and analysis to design continuum-based airless tires for planetary rovers, addressing the unique challenges of Martian terrain. This research supports the broader goals of space agencies like NASA and ESA in developing autonomous exploration vehicles. Grossi’s ability to merge abstract mathematical theory with practical engineering solutions marks him as a thoughtful contributor to both robotics and space technology, offering valuable tools for future planetary missions.