- Self-collision detection for bimanual manipulators
- Inverse dynamics control replacing inverse kinematics control
- Imitation-learning policies for towel folding
ETH Zürich
I'm a mechanical engineering undergraduate at ETH Zürich with hands-on experience across aerial robotics, custom hardware, simulation, and robot learning.
Selected work
2026
Coming soon...
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2024–2026 · Swiss Robotics
Employer project at Swiss Robotics: fully actuated inspection UAV with modular NDT payloads, Isaac Sim control debugging, C++ onboard stack, and a Flutter + GStreamer operator app.
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Sep 2025 – Jun 2026
Software on the robot learning team: self-collision detection for bimanual manipulators, inverse dynamics control, and imitation-learning policies for towel folding.
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Home lab bimanual setup with SO-101 arms: SmolVLA, ACT, and Jetson edge deployment from data collection through inference.
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2024 · Post-thesis
LiDAR odometry with Unitree L1 and Jetson, custom power PCB, vibration fixes (counterweight + TPU mount), and stable scans in flight.
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2024
MathWorks Simulink Student Challenge entry — model-based simulation project demonstrated in Simulink with competition submission videos.
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2022–2023
Engineered, constructed, and programmed a fully autonomous drone with Pixhawk 4 + Raspberry Pi and LiDAR obstacle avoidance—no cameras, to preserve privacy. Validated in AirSim then on hardware. Written in C++.
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Languages: German (native) · English (C2) · French (B2) · Italian (B2)
Recognition