Quirin Hamp

Papers

Total Citations

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About

Quirin Hamp is a researcher whose work centers on advancing robotics for critical applications, particularly in Urban Search and Rescue (USAR) and soft robotics. His most significant contribution is a study on the efficiency of USAR missions using assistive technologies, conducted within the German I-LOV project. This 2013 paper, with 8 citations, involved field tests with professional responders and provides foundational insights into how robotic systems can enhance real-world disaster response operations. Hamp also explores bio-inspired design, as seen in his 2012 work on a soft robot concept for autonomous propagation through confined spaces. This paper, with 2 citations, describes a worm-like microactuator array capable of navigating obstructed environments, drawing from worm biomechanics. Together, these contributions highlight Hamp’s focus on practical, deployable robotic solutions—from improving the efficiency of life-saving USAR missions to developing novel soft robots for challenging terrains. His research bridges theory and application, offering valuable perspectives for students and engineers interested in assistive robotics, bio-inspired design, and the future of autonomous systems in hazardous environments.