Jeremy A. Palmer

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About

Jeremy A. Palmer is a pioneering researcher in the field of micro-robotics and miniature actuation systems, with a primary focus on the development of millimeter-scale motors and direct-drive mechanisms for autonomous robots. His major contributions center on the design and characterization of novel piezoelectric transducer-based linear motors, which address the critical challenge of achieving high force and torque in sub-centimeter robotic platforms. Palmer’s most cited work, “The Design and Characterization of a Novel Piezoelectric Transducer-Based Linear Motor” (2004, 26 citations), introduced a groundbreaking actuation system intended for miniature jumping robots, overcoming limitations of existing micromotors by leveraging piezoelectric principles for improved performance. His earlier foundational research, “Development of Millimeter Scale Motors for Miniature Direct Drive Robots” (2002, 2 citations), laid the groundwork for bio-inspired robotics, specifically targeting insect-like locomotion and distributed robotic swarms. Though his citation counts are modest, Palmer’s work represents an essential step toward realizing practical microminiature robots, influencing subsequent advances in direct-drive motor technology. His research remains a key reference for engineers and students exploring compact, high-efficiency actuation systems for autonomous micro-robots.