Seeking a challenging position in an organization where I can improve myself on challenging technologies in an innovative environment and put my best to achieve the goals and objectives of the organization
Result driven automotive embedded validation engineer with 5 years of experience in designing, developing and executing validation strategies for automotive embedded system. Proficient in conducting comprehensive sw testing and analysis .
Expertise in CAN, CAPL, Diagnostics, Verification,
Network protocols: CAN
Diagnostics protocol: UDS (ISO 14229)
Network Simulation tools: Vector CANoe
CAPL scripting, HIL Testing, UDS
1.Develop and execute comprehensive test plans: Design and implement test strategies and plans for diagnostic testing of automotive embedded systems using UDS (Unified Diagnostic Services) protocol. Ensure that all relevant test scenarios and use cases are covered to validate the functionality and performance of the system.
2.Utilize Canoe tool for diagnostic testing: Utilize the Canoe tool (CAN network analysis and simulation tool) to perform diagnostic testing on the embedded systems. Configure and set up the necessary test environments, simulate various network scenarios, and monitor the communication between control units using UDS messages.
3.Analyze test results and identify issues: Monitor and analyze the test results obtained from the diagnostic testing using Canoe and UDS. Identify any deviations, anomalies, or failures in the system behavior, and thoroughly investigate the root cause of these issues.
4.Troubleshoot and debug: Collaborate with cross-functional teams, including developers and system engineers, to troubleshoot and debug issues found during diagnostic testing. Provide detailed information and insights regarding the issues discovered, and work towards resolving them in a timely manner.
5.Documentation and reporting: Document the test procedures, test cases, and test results, ensuring that they are accurate and well-documented. Prepare comprehensive reports summarizing the findings, including any defects or potential improvements for the development team
6. Compliance with standards: Ensure that the diagnostic testing process complies with relevant industry standards and regulations, such as ISO 14229 and ISO 15765. Stay updated with the latest standards and best practices in automotive diagnostic testing.
7.Continuous improvement: Proactively identify areas for improvement in the diagnostic testing process, test coverage, or tool utilization. Participate in the evaluation and implementation of new tools, methodologies, and techniques to enhance the effectiveness and efficiency of the validation process.
8.Collaboration and communication: Collaborate effectively with cross-functional teams, including software engineers, system engineers, and validation engineers, to ensure smooth coordination and knowledge sharing. Communicate and present test findings, progress, and recommendations to stakeholders and project managers.