Steven C. Wiemer

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About

Steven C. Wiemer is a researcher whose work lies at the intersection of robotics, mechanical design, and automated assembly. His key research areas focus on force-guided assembly and the mechanical compliance characteristics that enable robots to perform high-precision tasks beyond their nominal positioning capabilities. Wiemer’s major contribution is his foundational analysis of optimal admittance characteristics for planar force-assembly of convex polygonal parts, a study that provides critical insights into how robots can successfully mate parts through force feedback rather than relying solely on absolute positioning accuracy. His most-cited paper, "Optimal admittance characteristics for planar force-assembly of convex polygonal parts" (2012, 9 citations), has become a reference point for researchers working on compliant assembly strategies. Though his citation count is modest, the work is notable for its rigorous theoretical framework and practical implications for industrial automation. Wiemer’s research helps bridge the gap between robot capabilities and real-world assembly tolerances, offering engineers a principled approach to designing robotic systems that can adapt to uncertainty—a challenge that remains central to modern manufacturing and collaborative robotics.