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About

S.N. Gottschlich is a robotics researcher whose career has centered on the challenges of robotic assembly, motion planning, and manipulation under uncertainty. Best known for the landmark 1989 paper "A dynamic approach to high-precision parts mating" — his most cited work with 46 citations — Gottschlich pioneered methods for mating tightly fitting components even when sensing, modeling, and control uncertainties are significant, a problem of fundamental importance in industrial automation. This early contribution established a foundation for his subsequent investigations into fine motion planning, compliance synthesis, and CAD-based assembly systems, including the development of AMP-CAD, a tool for automatic assembly motion planning directly from CAD models. Gottschlich's research spans tactile sensing for dexterous manipulation, fuzzy logic control for multi-fingered robotic hands, and variably autonomous manipulation systems designed to support human-robot collaboration in hazardous environments. His 2002 body of work demonstrates a sustained effort to address robustness in real-world robotic tasks through smarter sensing and adaptive control strategies. With contributions spanning over fifteen years and a consistent focus on bridging theoretical planning with practical manipulation challenges, Gottschlich's work offers valuable foundational reading for students entering robotics, assembly automation, or human-robot interaction research.