Papers
7
Total Citations
69
H-Index
3
About
Oliver Riedel is a leading researcher at the intersection of smart manufacturing, human-robot collaboration, and safety-critical production systems. His work centers on two transformative themes: integrating human factors into Industry 4.0 through exoskeleton technology and ensuring software-based fault tolerance for industrial automation. Riedel’s most cited paper, “Human-technology integration in smart manufacturing and logistics” (45 citations), provides a comprehensive roadmap for blending human capabilities with digital systems. He has pioneered holistic planning methods for human-centered workplaces, showing how exoskeletons can mitigate ergonomic risks during heavy lifting and overhead tasks. In parallel, Riedel has advanced arithmetic coding techniques for floating-point numbers, enabling standard hardware to meet safety-critical requirements in human-robot collaboration—a key enabler for flexible, reconfigurable production cells. His recent work on automated workflow generation and optimization of reconfigurable robot cells demonstrates a commitment to practical engineering solutions. With a growing citation footprint and contributions spanning ergonomics, fault tolerance, and assembly automation, Riedel is shaping the future of safe, human-centric, and adaptable manufacturing systems.
Research Focus
Key Achievements
Top Papers
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- 4Arithmetic Coding for Floating-Point Numbers3 citations · 2021
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