Embedded software engineer specializing in next-generation automotive radar technology. Focused areas: radar misalignment estimation and calibration processes. Intensely data-driven development environment.Responsibilities include analyzing data from prototype recordings, tracking defects, developing visualization tools, and optimizing software for performance and accuracy.

First member in a productization team. The research project what we took over was about creating a wide spectrum network stack implemented in the user-space. My main responsibility was leading and establishing the refactoring processes using the SOLID principles as guidelines, researching for the solution for the drawback of context switches and how to leverage the STD concurrency library for further optimization. Other then that I was highly involved in the integration and testing of the software on the target hardware in laboratory environment which required to learn about configuring and detect defects in moderate size setup (around 20 device).

Joined a microservice development team in it’s early stages. The goal was to create an entity which monitors critical services and acts as load balancer, configuration station.I was responsible for designing my own features with support of architects, implement and test them on my own. I learned the agile way of working, SOLID principles and took ISTQB Foundation exam.Used technologies: golang, gRPC, kubernetes, docker, helm