Mircea Szinatovici

• Stakeholder elicitation, functional decomposition, and governance of 1,000+ SYS, SW, and sensor requirements (Radar, nanoRadar, LiDAR) across SAE L3 Autonomous Driving (ISO 26262, SOTIF / ISO 21448) and commercial vehicle programmes (150+ requirements within a 3-month delivery timeline) - CodeBeamer, Sphinx Needs, DOORS, Visio, Git, MIRO. • Led the department RE team and chaired the Porsche Engineering international “Requirements Management Expert Group” - cross-functional stakeholder management, technic

• Bi-weekly acceptance test cycles in a Scrum delivery cadence - consistently identifying 5-10 defects per release cycle while expanding the test suite to maintain coverage effectiveness against a continuously evolving feature set. • Designed and executed HIL acceptance test cases for eCalls (automatic/manual), OTA registration and SW flashing, Remote Door Lock/Unlock, Remote Windows, Geofence, and Backend Data Collectors - Monaco, CANoe, CAPL, Linux CLI, ADB Shell. • Reviewed and raised Change Requests a

• Built JLR’s ADAS V&V test automation framework from zero - migrating the team from Excel-based tracking to ASPICE L2-compliant specification in DOORS, with full automation on Vector CANoe/CAPL and dSPACE AutomationDesk; 1,000+ test cases and 300+ HIL scenarios across the complete ADAS SAE L2.5 feature suite (ACC, FCW, IEB, TJA/ICA, TJP, ASL, ISL). • 2 weeks of full-suite HIL testing → 2 days, 24/7 continuous automated execution. • 4-day manual vehicle network configuration validation routine - interrog

• Designed and maintained automated test suites using TestComplete and VBScript with Excel-driven data input - covering functional, regression, stress, security, sanity, and smoke test types against a factory-floor parameter management application (industrial building construction sector). • Bi-weekly automated test runs in an Agile environment - consistently identifying 3+ defects per cycle across performance, stability, and functionality; reproduced and investigated defects jointly with the SW developmen

• Designed ASPICE L2-compliant test specifications in DOORS for a SAE L1 Urban IEB feature (IR Short-Range LiDAR) - covering parametric, diagnostic, climatic chamber, voltage boundary, and CAN error management test types with full V-Model traceability. • Coordinated a team of 3 experienced ADAS test engineers as Technical Project Coordinator - the youngest person in the team, building alignment through demonstrated technical knowledge and consistency rather than seniority; led weekly sessions on testing me

Diploma Project: Automated monitoring and routing system for a double-leaf bascule bridge - embedded C++, Arduino, sensor array, servo actuation. 2nd Place, Scientific Session 2013