Maximilian Beuermann

Papers

Total Citations

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About

Maximilian Beuermann is a robotics researcher specializing in the mechanical design and control of wheeled systems, with a particular focus on active wheel mechanisms for enhanced ball handling in robotic platforms. His most-cited work, "Positioning of Active Wheels for Optimal Ball Handling" (2019), introduces a novel approach to optimizing wheel placement and actuation to improve the precision and responsiveness of ball manipulation in robots—a critical challenge for applications in sports robotics, industrial sorting, and autonomous material handling. By systematically analyzing the kinematics and force dynamics of active wheel configurations, Beuermann’s research provides a foundational framework for designing more agile and reliable robotic grippers and manipulators. Though his citation count of three reflects the early stage of his career, his contribution is notable for its practical relevance and potential to influence future developments in robotic dexterity. Beuermann’s work bridges mechanical engineering and control theory, offering clear design guidelines that can be directly applied to improve robot performance in dynamic environments.