Electrical Engineer

Responsibilities:\n\n Troubleshooting & Issue Resolution for current product vehicle support\n CAN communication debugging, including SAE J1939 analysis, signal tracing, and network fault isolation\n Wiring harness issues (HV & LV): routing, chafing, shielding, connector integrity, and circuit continuity\n HV and LV junction boxes: failure modes, sealing, busbar integrity, and electrical distribution faults\n Power electronics: inverters, DCDCs, and associated interface/debug challenges\n EMI/EMC investigation and mitigation in vehicle environments\n Electrical distribution system performance and robustness improvements\n DFMEA support with a focus on real-world failure modes and corrective actions\n Troubleshooting & Issue Resolution for current product vehicle support\n Structured problem-solving methodologies (8D, DMAIC, or equivalent).\n\n Requirements:\n\n 5+ years of experience in Electrical Engineer having experience in Commercial vehicle drive system and Lithium-ion battery systems and associated high-voltage architectures.\n Strong track record of hands-on electrical troubleshooting in automotive or commercial vehicle systems\n Deep understanding of wiring harness design, failure modes, and field diagnostics (HV and LV)\n Experience with CAN tools, data logging, and network-level debugging\n Familiarity with electrical architectures, power distribution, and system integration challenges\n Working knowledge of control hardware, including:\n Sensors and actuators\n Control modules and power electronics\n Diagnostics, fault codes, and signal validation\n Proficiency in structured problem-solving methodologies (8D, DMAIC, or equivalent)\n Ability to interpret and analyze data to validate hypotheses and confirm fixes\n Comfortable operating in fast-paced environments with ambiguous or incomplete information\n\n Good to have:\n\n Creo, Schematic,\n CAN tools, data logging, and network-level debugging\n\n Structured problem-solving methodologies (8D, DMAIC, or equivalent)