Building intelligent sensing systems at the boundary between simulation and reality.
01 / Selected work
01
Dynamic digital-twin radar simulation
Automotive Radar · Digital Twin
A ray-tracing-based automotive radar simulator for dynamic digital-twin scenarios, designed around controllable sensor physics and realistic scene dynamics.
Open Source · FMCW Radar
A Python toolbox for FMCW radar signal processing, algorithms and visualization — from FFT processing and CFAR to angle estimation and radar perception utilities.
Generative AI · PyTorch Lightning
A lightweight experimentation library for modern generative models with a clean PyTorch Lightning training stack.
02 / Research & Publications
IEEE Radar Conference (RadarConf) 2026
OPEN PROJECT ↗
IEEE Robotics and Automation Letters (RA-L)
OPEN PROJECT ↗
03 / About
I work across automotive radar, digital twins, simulation, generative AI, robotics and autonomous driving, building sensing systems that connect physical environments with intelligent models.
Currently
Radar · Autonomous Driving · Generative AI
2024 — Present
FORVIA HELLA · Germany
Automotive radar, simulation and generative AI for autonomous driving.
2023 — 2024
Bosch Center for Artificial Intelligence · Germany
2023
Bosch Center for Artificial Intelligence · Germany
2022 — 2023
Friedrich-Alexander-Universität Erlangen-Nürnberg · Germany
Experience photo previews are ready — images will appear here on hover once added.
2021 — 2024
Friedrich-Alexander-Universität Erlangen-Nürnberg
2016 — 2020
Harbin Engineering University
04 / Contact
Have a research idea, collaboration, question, or just want to say hello? Send me a message.