Senior Embedded Linux, Qt/QML & C++ Engineer, HMI Systems

4/2021 – 4/2026

• Led end-to-end development of custom Yocto-based Linux distributions for multiple embedded
products in production.
• Owned BSP development including U-Boot customization, DDR RAM initialization, Linux kernel
configuration, and device tree overlays for custom ARM-based hardware.
• Architected modular and scalable Qt/QML/C++ customer projects.
• Developed and maintained Linux device drivers for SPI, I2C, UART, GPIO, ADC, IMU, and
camera subsystems.
• Achieved significant boot-time and memory footprint reduction through kernel, init, and root
filesystem optimization.
• Designed a robust Linux OS upgrade and recovery mechanism, including image verification,
OEM authentication, device health checks, and safe flashing.
• Built Docker-based build environments to ensure reproducible Linux builds and faster CI workflows.
• Maintained and improved production processes, including OS flashing, factory testing, logging, and
HW/SW integration.
• Acted as technical interface between hardware, validation, production, and QA teams for system-level
debugging and root-cause analysis.
• Led and mentored a team of embedded Linux engineers, conducting architecture reviews, code reviews,
and technical planning.

Software engineering / -technik

9/2019 – 4/2021

Developed real-time robotic software using C++11 and CMake within the Orocos/ROCK framework.
• Implemented motion control algorithms, SLAM pipelines (camera and LiDAR), trajectory planning,
and coordinate transformations.
• Debugged memory leaks, multithreading issues, and real-time performance bottlenecks.
• Automated Linux workflows using Bash, Makefiles, and system services.
• Hardware interfacing with IMU, GPS, Wi-Fi, and BLE sensors.

Softwareentwickler