David M. Hensinger

Papers

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About

David M. Hensinger is a pioneering researcher in the fields of robotic motion planning and self-reconfigurable systems, with a particular focus on advanced manufacturing and distributed robotics. His most influential work, "Motion planning for a direct metal deposition rapid prototyping system" (2002, 21 citations), introduced a novel motion planning strategy that translates solid model data into precise motion control instructions for robotically driven solid free-form fabrication. By integrating this approach with a PUMA-type robot arm in a Laser Engineered Net Shaping (LENS™) system, Hensinger demonstrated how to automate the production of complex metal components, significantly advancing the precision and efficiency of additive manufacturing. In his equally notable paper, "Self-Reconfigurable Robots" (2002, 11 citations), he explored the design, control, and planning of distributed micro-robotic systems composed of homogeneous modules that autonomously reorganize to achieve mission-specific shapes and functions. This work laid foundational concepts for scalable, adaptive robotics. Hensinger’s contributions have been instrumental in bridging computational planning with physical robotic systems, earning him recognition as a key innovator in both rapid prototyping and modular robotics.