• Analyze and perform Hardware -in-the-loop testing of diesel engine powertrain embedded control system on National Instruments HIL benches• Build hardware test rigs to support automated testing and validation of remote software download • Validated powertrain software by performing routine control and regression testing of embedded software on HIL bench.• Utilized OPAL RT, dSpace HiL, and Automation Desk to set up new HIL test systems for complex machine systems.• Worked closely with system and software developers to validate product requirements and ensure compliance.• Demonstrated expertise in vector testing tools such as Canape, Canalyzer, and Wireshark for comprehensive testing.• Proficient in communication protocols including CAN/J1939, Ethernet (TCP/IP & UDP/IP).• Tested and Validated powertrain release software on test rigs and On-Vehicle to meet the requirements• Performed Hardware in Loop (HIL) validation for machine system electronics, ensuring compliance with product requirements and standards.• Developed and executed automated test cases using Python, enhancing testing efficiency and accuracy.• Integrated real ECUs with the dSpace simulator, validating engine control algorithms and optimizing performance and efficiency.

• Analyzed test data in order to develop software requirements and test reports• Verified the powertrain system of diesel engines using the Hardware in Loop system• Designed and developed LabVIEW-based test automation solutions to enhance efficiency and accuracy in electronic components testing.• Successfully integrated NI-DAQ hardware components and instruments into LabVIEW applications, resulting in a streamlined high-throughput testing process.• Played a pivotal role in software validation efforts, ensuring strict adherence to industry standards and regulatory requirements.• Collaborated seamlessly with cross-functional teams, including hardware engineers and quality assurance specialists, to optimize test processes and achieve a 25% increase in testing efficiency.• Collaborated with system/software developers to validate product requirements and identify areas for improvement.• Documented test results communicated issues to the development team and participated in defect resolution.• Maintained lab simulators developed using Python, Simulink, and C++, ensuring their functionality and reliability.