Peter Doorn

Papers

Total Citations

H-Index

About

Peter Doorn is a robotics researcher whose primary focus lies in the design, modeling, and control of novel, bio-inspired walking robots, specifically those based on tetrahedral (TET) structures. His major contributions center on the development of reconfigurable, multi-tetrahedral walker robots, where he pioneered methods for simulating and choreographing complex gaits. His most cited work, "Modeling and gait design of a 6-tetrahedron walker robot" (2010, 14 citations), details the simulation-driven design of coordinated walking patterns for these unique, strut-based robots. Doorn’s research is notable for bridging theoretical kinematics with practical hardware implementation, as demonstrated in his follow-up paper, "Implementation and control of a reconfigurable 4-tetrahedral robot" (2009, 7 citations), which covers the complete mechatronic system—from mechanical design to electronic control. As a key contributor from the Hope College team, his work has helped establish a foundation for a class of robots that can change shape and walk, offering potential applications in exploration and adaptive locomotion. His research is a compelling example of how simulation can directly inform and enable the control of complex, reconfigurable robotic systems.