Michael Paluszek

Princeton Satellite Systems (United States), Virginia Tech, Hun School of Princeton

Papers

Total Citations

H-Index

About

Michael Paluszek is a leading aerospace engineer whose research bridges space robotics, spacecraft control, and practical computational methods. His most influential work introduces Control-Moment Gyroscopes (CMGs) for joint actuation in free-flying maintenance robots, a novel paradigm for servicing manned spacecraft externally (30 citations). He also advanced generalized 3D proximity path planning using the A* algorithm for spacecraft circumnavigation with obstacle avoidance (12 citations). In spacecraft attitude control, Paluszek has contributed essential three-axis pointing control systems, a foundational technology for both robotic and crewed missions (9 citations). Beyond aerospace, his work on magnetoelectric composites explores innovative medical applications (22 citations). Paluszek is also the author of the widely used "MATLAB Recipes" series, which provides practical, state-of-the-art problem-solving approaches for engineers in robotics, chemical processes, aircraft, and spacecraft. His combined contributions—from novel actuation and path planning to accessible computational guides—demonstrate a career dedicated to advancing autonomous space systems and empowering engineers with robust, real-world tools.