EV Test Engineer

Description:
We are looking for someone with electric vehicle testing experience so electrification testing experience building test beds is a must.
Power Electronics Systems testing for electric vehicles under various conditions:

• Automated test bed development with E-Motor batteries, chargers, inverters, dc-dc converters, and various switching devices including:
• battery hub,
• control devices,
• data logging,
• software and hardware validation,
• hardware/software emulation,
• power supplies,
• eloads,
• simulating various loads in the loop heaters,
• resistors,
• inductive loads motors,
• HIL/SIL/MIL/XIL,
• power systems automation experience with Python or AVL Puma, or FEV Flexlab Morphee, or A&D software experience beneficial.
• Writing SOW for Test Equipment like:
• Battery Low Voltage Cell Cyclers,
• Medium Voltage Module Testers,
• High and Medium Voltage Pack Testers,
• Charging Testing Equipment,
• High to Low Power Supplies – Parralleling,
• Requirements Development,
• Temperature-Humidity Chambers,
• Salt Fog/Spray Cyclic Equipment,
• Vibration with AGREE chambers,
• Air water cooled devices,
• EUCAR standards, PLC,
• DAQ hardware,
• Networking CAN/LIN/AE Ethernet,
• Automation I/O,
• Controls Equipment,
• Ethernet Switches,
• Safety Relay,
• temp current voltage sensors analog and digital inputs,
• Function Generators,
• FPGA based digital control circuits,
• Galvanic isolation,
• Safety needs connecting equipment to building management systems HVAC and various sensors, chillers, heaters, sprinkling systems, scripting.
• Plans, develops, and conducts tests on electronic components, products, and systems, applying knowledge and principles of electronic theory, testing methodology, and procedures. Like Battery, Motors, Trolling Motor Parts, etc.
• Test-Analysis Correlation. Correlation between test results and FEA results.
• Electronic components knowledge, soldering & instruments usage.
• Test Planning:
  Develop test plans and strategies to validate hardware components or products, considering design specifications and requirements.
• Test Development:
  Create test cases and test procedures for various hardware components, including circuit boards, processors, sensors, and other electronic devices.
• Test Execution:
  Conduct tests and experiments to evaluate the performance, functionality, and reliability of hardware products.
• Data Analysis:
  Collect and analyze test data to identify defects, anomalies, and areas for improvement. Interpret and report results.
• Troubleshooting:
  Diagnose and debug hardware issues, often working closely with design and development teams to resolve problems.
• Documentation:
  Maintain detailed records of test processes, results, and findings. Create test reports and documentation for stakeholders.
• Quality Assurance:
  Ensure that hardware products meet quality and safety standards, as well as regulatory compliance (e.g., safety and EMC standards).
• Continuous Improvement:
  Continuously seek opportunities to enhance testing methodologies, equipment, and processes for improved efficiency and accuracy.