
ICRA@40 — Visuo-Tactile Sensing with Haptic Feedback for Teleoperated Manipulation
Teleoperated TIAGo humanoid with Vive VR, haptic gloves, and visuo-tactile sensors, presented as primary author at ICRA@40, Rotterdam.

Teleoperated TIAGo humanoid with Vive VR, haptic gloves, and visuo-tactile sensors, presented as primary author at ICRA@40, Rotterdam.

Master’s research at TU Darmstadt: a multi-sensor teststand and neural networks for detecting and regressing slip in robotic grippers.

Earlier iteration of the haptic teleoperation system, accepted to the ViTac workshop at ICRA 2024, Yokohama.

Neural network-based part selection for semi-autonomous bin-picking of radioactive waste, trained on VR teleoperation data. 73% grasp accuracy at +1.2 ms latency.

A pen mounted on a Franka arm through a visuo-tactile sensor; computer-vision algorithms estimate the contact force at the pen tip.

Full autonomy stack on a Turtlebot: kinematics, vision, path planning, SLAM, and high-level action planning.

A team of simulated NAO humanoid robots playing soccer; first place in the class competition.

An autonomous blackjack dealer built from LEGO Mindstorms: card dispensing, brightness-sensor scanning, and OCR card recognition for four players.