Mohamed Sharaf

Developed and enhanced a Software-Defined Vehicle application for Volkswagen that connects vehicles to cloud services and enables remote diagnostic operations. Implemented production features in modern C++ and Rust, integrating with AUTOSAR Adaptive PHM and ara::com. Built messaging/data-exchange using Protobuf and MQTT, and delivered unit tests with GoogleTest. Also created AI-assisted agents for code review and GTest generation, with human-reviewed adoption.

Developed embedded software components in C (MISRA-C) for Valeo ultrasonic sensors within Automotive SPICE processes. Designed and implemented internal ADAS testing tools using Qt6 with C++20, applying clean architecture and object-oriented design. Wrote Python scripts for test automation, data parsing, and validation report generation, and supported HIL/SIL validation. Implemented and validated automotive communication protocols including CAN, UDS, CANTP, and TCP/IP, and contributed to SRS/HLD documentation plus technical mentorship.

Validated embedded software for inverter, DC/DC converter, and on-board charger systems used in hybrid and full-electric vehicle programs. Performed integration and validation testing for BSW and application functionality across automotive communication interfaces and diagnostic flows, including CAN, UDS, OBD, and related state-machine and fault management behaviors. Executed functional and physical-layer testing using lab and ECU testing toolchains for in-vehicle validation.