Sebastian Siegner
Papers
1
Total Citations
5
H-Index
1
About
Sebastian Siegner is a researcher advancing the frontier of physical human-robot interaction (pHRI), with a focus on safety in collaborative robotics. His key research areas include human-robot injury prevention, biomechanical impact analysis, and the safe deployment of robots handling edged or pointed objects. Siegner’s major contribution is his pioneering work on developing a surrogate-based injury protection database, which systematically quantifies the harm potential of non-blunt impactors—a critical gap in existing safety standards. His most-cited paper, "Towards Safe Robot Use with Edged or Pointed Objects" (2024), has already garnered 5 citations, reflecting its timely importance as robots increasingly operate in unstructured environments. By creating empirical data on skin penetration and tissue damage thresholds, Siegner’s research directly informs the design of safer robotic end-effectors and control strategies. This work is notable for addressing a previously underexplored dimension of pHRI, bridging the gap between blunt-force studies and real-world applications where tools or sharp objects are involved. His findings are essential for engineers and safety regulators seeking to expand collaborative robotics into manufacturing, healthcare, and domestic settings without compromising human well-being.
Research Focus
Key Achievements
Top Papers
- 1