Kurt Schwehr

Carnegie Mellon University, Ames Research Center

Papers

Total Citations

393

H-Index

About

Kurt Schwehr is a leading figure in autonomous robotics and geospatial data science, whose work bridges the gap between planetary exploration and modern maritime safety. His most impactful research focuses on developing robust traversability algorithms for planetary rovers, enabling autonomous navigation in extreme, unknown terrains. His seminal 2002 paper, “Recent progress in local and global traversability for planetary rovers,” has garnered 247 citations, establishing foundational methods for efficient obstacle avoidance and path planning under severe size, power, and computing constraints. Schwehr’s contributions extend to human-robot interaction, as demonstrated by his 2001 work on virtual reality interfaces for remote vehicle control (93 citations), which enhanced operator intuition and safety. He was instrumental in field experiments like the Atacama Desert Trek with the Nomad rover (33 citations) and the Ames Marsokhod rover (20 citations), proving these systems in harsh, Mars-like environments. Today, Schwehr is equally renowned for his work in oceanographic data systems, particularly at NOAA, where he applies similar principles to autonomous underwater vehicles and maritime domain awareness. His career exemplifies how robotics research for space can drive practical innovations for Earth’s most challenging frontiers.