Arkadiusz Konior

• Technologies: C++17, Python, Podman, Docker, RabbitMQ, Azure CI/CD, CMake, systemd • Successfully migrated containerization solution from Docker to Podman • Extended instrument simulator functionality in Python • Developed new testing pipelines with multi‑container approach, eliminating release cycle dependencies

• Technologies: C++17, Python, Golang, Podman, Docker, CMake, Conan, j1939, gRPC, ASIO, systemd, dbus, yocto, buildroot • Designed and developed event‑based C++17 with Asio multi‑threaded microservice to read and pass diagnostic data from RichOS devices and CAN bus • Created solution for containerization with Docker and Podman • Developed inter‑process communication protocol based on Unix sockets using Protobuf • Simplified dependencies and compilation process using CMake and Conan

• Technologies: C++17, Python, CMake, Conan, Adaptive Autosar, Linux • Designed and developed tests for LIDAR in Qt Tests; designed simple application wrapper to run necessary tests simultaneously, which highly decreased execution time • Refactored diagnostic tool based on Adaptive Autosar platform; used communication protocol SOME/IP and Skeleton/Proxy pattern, which decreased codebase complexity • Coached my colleagues in C++, code profiling and debugging, and general system design

• Technologies: C++14, Python, Linux • Implemented features for 4G Network in C++ to dynamically count the cell capacity and handover the user equipments to other cells if needed • Implemented features for LTE‑M in C++ and wrote integration tests in TTCN‑3 • Knowledge transfer and coaching for colleagues in other departments • Implemented the fault recovery module in C++14 to prevent the eNodeB from further hardware degradation and to signalize the problem to the operator