Michael L. Rieger
Ruhr University Bochum, TU Dortmund University, University of Cape Town
Papers
7
Total Citations
85
H-Index
5
About
Michael L. Rieger is a manufacturing and robotics engineer whose research bridges advanced machining processes, robotic systems, and engineering education. His most influential work focuses on cutting edge preparation and surface engineering, most notably his 2016 study on wet abrasive jet machining, which demonstrated how robot-guided systems can precisely tailor cutting edge micro-geometries to enhance tool stability and coating adhesion — a contribution that has garnered 43 citations and holds practical significance for precision manufacturing industries. Beyond tool engineering, Rieger has made meaningful contributions to robot-based machining, investigating chatter vibration dynamics in six-axis industrial robots through design-of-experiments methodologies and developing autonomous milling and deburring systems that leverage force control for adaptive small-batch production. His exploration of fused layer manufacturing and incremental sheet forming with robotic platforms reflects a forward-looking commitment to flexible, integrated fabrication technologies. Rieger also demonstrates a dedication to engineering pedagogy, having developed hands-on, interdisciplinary learning frameworks for assembly systems education and even championing affordable robotics tools for STEM teaching in underserved African contexts. Across his career, his work reflects a consistent vision: making advanced manufacturing and robotics more intelligent, adaptable, and accessible.
Research Focus
Key Achievements
Top Papers
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- 4Towards Autonomous Robot Machining6 citations · 2014
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