Christopher Schindlbeck
Papers
3
Total Citations
189
H-Index
3
About
Christopher Schindlbeck is a leading researcher in the field of robotic manipulation, with a primary focus on force and impedance control, precision assembly, and macro–micro manipulator systems. His most influential contribution is the development of a unified passivity-based Cartesian force/impedance controller, which integrates energy tanks to maintain system stability during hybrid force and motion tasks. This work, published in 2015 and cited over 170 times, addresses long-standing challenges in force tracking and indirect force control for both rigid and flexible joint robots, offering a robust solution for safe and accurate human–robot interaction. Schindlbeck has also advanced the automation of optical assembly by proposing a process-integrated state estimation method using wavefront filtering, enabling precise alignment under high positioning tolerances. Additionally, his research on disturbance rejection control for macro–micro manipulators, using visual feedback to enhance milling precision, demonstrates his commitment to bridging theoretical control methods with real-world manufacturing applications. Through these contributions, Schindlbeck has significantly impacted the development of high-precision robotic systems for industrial and optical assembly tasks.
Research Focus
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Top Papers
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