Lead Hardware Engineer

Responsibilities

• Experience in EV battery systems, BMS, CMC or PDU HW development.

• Experience of BMS AFE, MCU, power supply, isolation, sensing, protection, contactor-driver, and communication circuits

• EMC/ESD/transient design, isolated daisy-chain, and diagnostics

• Understand and analyses the customer RFI/RFQ documents and HW requirements.

• Define HV-BMS hardware requirements, architecture and specifications.

• Expertise in schematic design, component selections, circuit design, simulation, layout review and guidelines etc.

• HW test plan preparation and testing of sample/DUT.

• Expertise worst case analysis, DFMEA, Dfm, and reliability analysis.

• Strong expertise in lithium-ion battery packs and HV architectures (400V/800V).

• Deep understanding of SOC, SOH, SOP, balancing and battery protection algorithms.

• Experience with CMC design, cell voltage/temperature monitoring and battery diagnostics.

• Expertise in PDU architecture including contactors, fuses, current sensors, pre-charge and HVIL.

• Experience in lab equipment handling, and board bring-up activities.

• Proficiency with FUSA, CAN, CAN FD, UDS diagnostics, CANoe/CANalyzer.

• Strong knowledge of MATLAB/Simulink and system engineering.

• Hands-on experience in HIL/SIL, vehicle validation and root-cause analysis.

• Working knowledge of ISO 26262, DFMEA and safety concepts.

• Experience leading suppliers and cross-functional technical reviews.

  Qualifications

• Bachelor's degree in Electrical, Electronics, Automotive or Mechatronics Engineering.

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