1. End-to-End Independent Vehicle Modification

Independently manage the full lifecycle of autonomous driving test vehicle modification, from initial build through integration, commissioning, and final delivery.
Perform sensor selection support, mounting & positioning, mechanical fixation, harness routing, deployment & calibration, and functional validation for cameras, millimeter-wave radars (mmWave radars), LiDARs, and other sensors.
Independently design and fabricate customized wiring harnesses, including power supply, CAN/CAN FD, automotive Ethernet, and signal lines — covering routing, termination, shielding, protection, fixation, and label management.
Install, integrate, mount, and commission onboard computing units, power supply systems, networking equipment, data loggers, and associated hardware.
Ensure all modification solutions comply with vehicle structural safety, electromagnetic compatibility (EMC), power safety, communication reliability, and road-test requirements.

2. Advanced Intelligent Driving System Integration

Independently deploy and commission advanced intelligent driving multi-sensor fusion systems on vehicles.
Demonstrated experience integrating complex sensor configurations comprising 10+ cameras, 3+ mmWave radars, and 1+ LiDAR units.
Execute sensor power supply, communication, time synchronization, data acquisition, host controller communication, and system-level integration & debugging.
Proficient in CAN/CAN FD, LIN, and automotive Ethernet protocols; capable of performing baseline analysis, debugging, and fault localization using CANoe, CANalyzer, packet sniffers, and related tools.

3. Fault Diagnosis & Troubleshooting

Independently perform systematic commissioning, road-test support, and closed-loop fault resolution for modified vehicles.
Rapidly diagnose and resolve issues including sensor data loss, communication anomalies, power supply faults, connector looseness, harness damage, network link failures, and mechanical interference.
Proficient in using multimeters, oscilloscopes, insulation testers, CAN diagnostic tools, and other equipment for hardware-level troubleshooting of sensors, harnesses, connectors, power modules, and networking equipment.

4. Efficiency & Process Optimization

Strictly control modification quality and lead time, ensuring per-vehicle modification cycle is consistently maintained within 5 working days.
Continuously optimize modification processes, tooling, harness solutions, and work procedures; establish and maintain Standard Operating Procedures (SOPs), wiring diagrams, installation drawings, and inspection records.
Support team capability development to enhance consistency, efficiency, and delivery quality of vehicle modifications.

Qualifications

1. Experience & Background

Fluent in spoken English, capable of working overseas and conducting cross-departmental communications in English.
Minimum 2 years of dedicated vehicle modification experience on passenger vehicles.
Prior experience must focus on the integration and modification of autonomous driving or Advanced Driver Assistance System (ADAS) vehicles.
Experience limited to commercial vehicles, logistics vehicles, sweepers, mining trucks, heavy trucks, or general after-sales maintenance will not be considered.
Independently completed modification of 10+ autonomous driving test vehicles of comparable complexity.
Must have at least one successful case of independently modifying an advanced intelligent driving test vehicle, with supporting evidence such as project descriptions, on-site photographs, delivery records, or other documentation.
Able to accommodate overseas vehicle modification, on-site deployment, testing, and short-/medium-term business travel.
Thorough understanding of the working principles, mounting standards, deployment requirements, and calibration methods for cameras, mmWave radars, and LiDARs.
Familiar with passenger vehicle body structures; capable of non-destructive or minimally invasive drilling, routing, installation, reinforcement, and protection.
Solid foundation in automotive low-voltage circuits, electronic circuits, power protection, grounding, shielding, and EMC fundamentals.
Able to independently design, draft, and review modification wiring diagrams, pin-out definitions, installation drawings, and modification BOMs (Bill of Materials).
Familiar with automotive CAN/CAN FD, LIN, and automotive Ethernet protocols; capable of connecting and commissioning sensors, computing units, switches, data loggers, and related equipment.
Strong hands-on skills; proficient in using crimping tools, multimeters, oscilloscopes, heat guns, wire strippers, and standard mechanical installation tools.

3. Core Competencies & Attributes

Able to independently own vehicle modification projects, taking full responsibility for modification quality, safety, cycle time, and delivery outcomes.
Strong sense of quality awareness, safety awareness, and on-site discipline.
Capable of calm, logical analysis and closed-loop problem resolution when confronting complex issues.
Able to accommodate on-site vehicle work, field testing, and short-term business travel.

Preferred Qualifications (Nice to Have)

Prior experience at Tier 1 suppliers or well-known autonomous driving companies (e.g., Momenta, Huawei, QCraft).
Capability in network device configuration, including basic configuration of onboard switches, routers, and related equipment.
Familiarity with Linux fundamentals, data recording device configuration, and log collection.
Holds relevant certifications such as electrician certificate, fitter certificate, or automotive maintenance/modification qualifications.
Experience modifying autonomous driving test vehicles across different OEM brands and vehicle platforms.

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