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 vehicle under various conditions. These kind of automated test bed development with E-Motor batteries chargers inverters dc-dc converters various switching devices battery hub, control devices, data logging, software and hardware validation, Hardware Software emulation, BMS, Power supplies, Eloads, simulate various loads in the loop heaters, resistors, inductive loads motors, HIL/SIL/MIL/XIL, power systems automation experience Python or AVL Puma, or FEV Flexlab Morphee, or A&D software experience beneficial.

Writing SOW for Test Equipments like Battery Low Voltage Cell Cyclers, Medium voltage Module testers, High and Medium Voltage Pack Testers, Charging Testing Equipments, 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 equipments 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 analyse 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.