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About

Dana Vogtmann is a robotics researcher whose work sits at the fascinating intersection of microrobotics, compliant mechanisms, and magnetic actuation. Her research has made significant contributions to the design and fabrication of miniature and micro-scale robotic systems, with a particular focus on multi-material compliant mechanisms and untethered locomotion at small scales. Vogtmann's most celebrated work — a 25 mg magnetically actuated microrobot capable of walking at speeds exceeding 5 body lengths per second (44 citations) — represents a landmark achievement in legged microrobotics, combining innovative microfabrication techniques with high-power external magnetic actuation. Her earlier research laid the groundwork for this milestone, developing novel multi-material fabrication processes for compliant mechanisms (18 citations) and rigorously characterizing and modeling elastomeric joints to improve their predictive accuracy in miniature systems (29 citations). Beyond microscale work, Vogtmann also advanced millirobotic locomotion, introducing a 50g quadruped robot achieving speeds beyond 30 body lengths per second with a remarkably low cost of transport (16 citations). Her modeling and optimization contributions, including pseudo-rigid-body models for elastomeric joints, further underscore her commitment to principled, analytically grounded design. With over 125 cumulative citations, her work continues to inform researchers pushing the boundaries of small-scale robotic locomotion.