Andreas Ehlers

Development of high-speed drivers and flashloaders in C/C++ for PCB production lines. - Diagnostic, Performance-critical, hardware-focused development of flash drivers and cybersecurity handling - U-Boot bootloader creation for embedded ARM SoCs - Developed an openocd-like debugging framework for ARM-based processors via JTAG/SWD to connect to via gdb - Built a strong background of C/C++, CMake, Linux and all kinds of profiling and debugging tools

Creation and delivery of Restbussimulations to Test Automotive Electrical Control Units in the BMW environment. Assisting the testbenches with putting the simulation into operation is one of the main working fields.

Virtual Processor-in-the-loop testing via control unit emulation with QEMU. My tasks revolve around runtime estimation and development of the qemu-tricore target with submissions to the open-source project. The main goal is to embed automated virtual processor tests into the automotive software development process and extending it to estimate control unit runtime. this topic became my master's thesis which was also published in a paper and accepted in the SAMOS XXIV Conference.

Collaboration in a project for the solution of automotive Problems using heterogeneous multi/many-core architectures (http://formus3ic.de). Subproject hardware accurate processor simulation. My tasks included active research, scripting, setting up processor simulators and supporting scientific staff.

Voluntary child-care in a secondary school with homework supervision and realization of leisure projects.

Collaboration in a project for the solution of automotive Problems using heterogeneous multi/many-core architectures (http://formus3ic.de). Subproject hardware accurate processor simulation. My tasks included active research, scripting, setting up processor simulators and supporting scientific staff.

Artificial Intelligence, Operating Systems, Processor Design, Pattern Recognition, Machine Learning

Computer Architecture, IT-Security