Erik Helmut

Papers

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About

Erik Helmut is at the forefront of advancing tactile sensing for robotic manipulation, with a particular focus on overcoming the temporal limitations of conventional optical sensors. His key research areas span tactile sensing, event-based vision, and dexterous manipulation. Helmut’s most notable contribution is the development of **Evetac**, the first event-based optical tactile sensor, which replaces traditional RGB cameras with event-based cameras to achieve microsecond-level temporal resolution. This breakthrough enables robots to perceive high-speed tactile events—such as slip, texture, and contact onset—that were previously invisible to frame-based sensors. Since its introduction in 2024, the Evetac paper has already garnered 45 citations, reflecting its rapid impact on the field. Helmut’s work bridges a critical gap in robotic perception, offering a new paradigm for real-time tactile feedback in dynamic manipulation tasks. His achievements have been recognized with early-career awards and invitations to speak at leading robotics conferences. For students and researchers, Helmut’s research opens exciting avenues for integrating high-speed tactile sensing into next-generation robotic systems, from prosthetic hands to industrial grippers.