Responsibilities: 

Work with system engineers & SW developers to identify, generate and implement test cases and verification criteria for onboard charging system Work with test manager to develop simulation plant models, configure test setups and test runs according to the test plan Develop test automation, automate test tools, generate, and improve automation scripts Run tests at HW-SW integration level (HiL) and document and report test results Document and track issues as appropriate and participate in triaging of issues with different teams to drive towards root cause identification and resolution Work with integration engineers to design and build test benches to test and high voltage and/or low voltage systems Help identify gaps in requirements and work with the relevant engineers to update the requirement documents accordingly Work with functional safety engineers to develop test cases and validation criteria to satisfy Functional Safety requirements as per ISO 26262 Work with the relevant engineers to meet diagnostic coverage requirements Troubleshoot Systems/ECUs using lab and measurement equipment including power supplies, oscilloscopes, multimeters as well as tools such as Vector CANoe, CANalyzer, CANape and NI Tools etc. Participate in the design of a world-class engineering effort to bring electric vehicles to a new level of refinement

 

Minimum Qualifications:

Bachelor of Science (Master of Science preferred), in the areas of Mechanical, Electrical, Manufacturing, Automotive, Computer Science, or other related fields. 5+ years of full-time experience as HiL Test Engineer. 5+ years’ experience with Python or similar scripting language(s).  5+ years’ experience working with High Voltage systems. 5+ years’ experience with J1772, NACS, DIN70121, ISO15118 and GB/T 38775. 5+ years’ experience developing, planning, and executing sub-system level testing of AC and DC charging tests, document, and report test results.

 

Preferred Qualifications:

Strong proficiency working with Matlab, Simulink, Stateflow Practical knowledge of the fundamental concepts of software testing and test processes Knowledge and experience with automotive communication protocols such as CAN, LIN, Ethernet, and related tools to measure and command signals, through scripting or otherwise Knowledge of ‘Real Time’ simulation systems and/or FPGA based systems (NI, dSPACE, Vector etc.) Experience setting up dSPACE HiL framework and the associated tools/interface methods (e.g., ControlDesk, ConfigurationDesk etc.)  Hands on experience in using test equipment and validation tools such as Vector CANoe/CANalyzer, (CANape and DiVa is a plus) or similar tools Hands-on skills to design, build, bring up and debug test benches Experience automating UDS test cases (DoIP is a plus)