Viorel Gheorghiu

Department: Connected Chassis

• Project: Predictive Efficiency Assistance
• Modules: Intersection Recognition & Passive Regeneration
• Technologies: Python, Simulink, Jenkins, Time Partition Testing
• Designed and implemented test cases based on project requirements using Python and Time Partition Testing methodology.
• Simulated module signals to validate functionality across a wide range of driving and operational scenarios.
• Executed automated tests in Jenkins to ensure integration stability and to collect performance data.
• Conducted in-depth analysis of Simulink models to identify root causes of test failures and potential software bugs.
• Authored comprehensive test documentation, detailing test plans, execution results, and discovered issues for traceability and continuous improvement.
• Performed peer reviews on module implementations to ensure compliance with development protocols and standards.
• Collaborated closely with developers to identify optimal solutions and resolve issues efficiently.

Department: ADAS (Advanced Driver Assistance Systems)

• Projects: Radar Integration for Geely, Toyota, BMW, Fiat
• Technologies: C, Git, Jenkins, CAN, MKS Integrity, ECU Flashing, Agile, Static Testing

• Integrated software modules and features, both self-developed and from teammates, into production-level radar software for delivery to automotive clients.
• Performed ECU flashing directly on radar sensors, followed by integration testing, with close monitoring of signal behavior via the CAN bus.
• Investigated and resolved bugs and system-level issues, such as unexpected resets or CAN communication failures.
• Verified and adjusted vehicle platform parameters to ensure compatibility across multiple automotive models.
• Delivered software builds to customers along with corresponding technical documentation and versioning information.
• Collaborated with vehicle testing teams to identify and fix bugs uncovered during on-car validation.
• Utilized Git and Jenkins to support continuous integration workflows, particularly on the BMW project.
• Developed adaptation code on the Fiat project to enable radar functionality in hybrid vehicles, ensuring proper operation even when the internal combustion engine was off.
• Conducted static testing on developed modules to detect potential defects early in the development cycle.
• Executed configuration management using MKS Integrity, ensuring traceability and control of software changes.
• Contributed effectively to cross-functional teams operating under the Agile methodology.