Chakib AMRI-AMINE

– Spearheaded ECU compressor software validation on HIL benches using NI TestStand and VeriStand, encompassing over 120 automated test sequences. – Developed Python-based AUTOSAR-compliant validation environments and adapters, thereby reducing manual integration effort by approximately 40 percent. – Engineered a standalone Python LIN communication tool, eliminating dependency on Vector CANoe/CANalyzer licenses. – Automated direct export of test results to Polarion ALM through Python scripts, cutting reporting time by over 50% and ensuring comprehensive ASPICE traceability and quality assurance. – Conceptualized and deployed LabVIEW applications to enhance automation and functionality of engine test benches, with focus on defect prevention and quality metrics. – Authored and maintained test plans and documentation in accordance with Automotive SPICE (ASPICE) Level 2, incorporating quality assurance reviews for process improvement. – Explored AI-assisted techniques for test sequence optimization and anomaly detection in validation data.

– Designed and optimized HIL test benches for ECUs, compressors, and actuators, effectively reducing prototype validation cycles by up to 40 percent while maintaining strict quality assurance standards. – Developed and maintained complex TestStand sequences for the functional and diagnostic validation of electronic control units. – Implemented automated CAPL scripts in CANalyzer to commence/terminate CAN/LIN frame recording automatically, achieving 100 percent traceability without manual intervention. – Integrated NI VeriStand and LabVIEW Real-Time systems into testing workflows, significantly enhancing automation rates, efficiency, and quality gate compliance.

– Automated fault-code validation using Robot Framework, attaining 95 percent accuracy across thousands of test cases with rigorous defect tracking. – Integrated an automated testing suite with Jenkins for continuous integration and immediate feedback loops. – Developed Python scripts to broaden test coverage and accelerate execution speed by 30 to 50 percent supporting quality assurance through regression testing.

– Conducted stress and endurance testing on full vehicles and components under extreme conditions, validating over 50 test campaigns across temperature, vibration, and humidity. – Analyzed CAN, LIN, and FlexRay bus traces using Vector CANalyzer/CANape, diagnosing and resolving over 100 complex electrical/electronic issues. – Designed advanced NI VeriStand real-time models and sequences, increasing test coverage by over 30 percent while reducing execution time by 20 to 40 percent. – Executed dynamic stress campaigns on the chassis dyno (Spider bench), validating the BMS, electric drivetrains, and wheel-speed sensors across hundreds of real-world driving cycles.

– Developed automated TestStand sequences to validate train control systems, covering safety integrity levels 1 & 2 across over 80 functions. – Validated the reliability of train computer software in simulated environments, producing over 50 detailed test reports with zero critical escapes. – Defined functional requirements for systems including heating, doors, and passenger information, supporting the on-time delivery of multiple subsystems.