Andrei Avram

Built automotive middleware for an Aurix TC39x + Snapdragon 820 platform running Android over QNX Hypervisor. Designed the QNX IPC framework and shared-memory transport used across platform services, implemented UART/SPI inter-SoC communication, integrated gRPC/protobuf bridges for vehicle data, developed C/C++17 modules for logging, time sync, power, persistency and networking, built Python code generators, maintained QNX/Tasking builds, and supported ASPICE SWE.3/SWE.4 artifacts and tests.

Embedded systems engineer working on MIPS-based perception silicon and Embedded Linux for an ADAS platform interfacing with Infineon Aurix. Contributed to application integration, ASPICE SWE.3 design documentation, and debugging of cross-chip control flows using GDB and iSYSTEM winIDEA, with CAN, Ethernet, and SPI analysis. Also built a SOME/IP raw frame analysis tool and supported firmware build and packaging workflows for bring-up and road-testing on embedded Linux platforms and targets in field testing.

Contributed to Brake-by-Wire software development on a safety-critical automotive platform. Authored Software Detailed Design documentation (ASPICE SWE.3); developed and maintained VectorCast unit tests (SWE.4); executed SWE.5 integration tests and QAC static analysis (MISRA C) across all application variants.