ECU Hardware Integration Engineer

Objectives Responsible for hardware platform enablement and integration activities for Cockpit, ADAS, and Centralized Computing platforms, supporting board bring-up, low-level hardware/software integration, interface validation, and technical issue analysis. Act as the technical bridge between hardware development teams and software development teams, enabling efficient platform bring-up, issue debugging, and product maturity improvement throughout the development process. As the primary technical investigation point for platform-level integration issues, supporting objective root cause analysis and ownership determination across hardware, software, suppliers, and validation teams. Main tasks

1. 01

   Board Bring-up & Platform Enablement Support first power-on and board bring-up activities Verify power, reset, clock, boot, and key hardware functions Support platform enablement and initial hardware readiness assessment Identify and resolve board bring-up issues

2. 02

   Hardware & Software Integration Act as the technical interface between hardware and software teams Support integration of hardware platforms with BSP and low-level software Analyze and resolve hardware/software interaction issues Ensure successful enablement of platform functions and interfaces

3. 03

   Platform-Level Technical Issue Investigation Serve as the first technical investigation point for platform-level integration issues Analyze problems involving hardware, software, suppliers, and validation activities Determine technical ownership and root causes across multiple domains Support corrective action definition and issue closure

4. 04

   Supplier Hardware Integration Support Review and assess supplier-delivered hardware bring-up and integration status Validate supplier technical conclusions and issue analysis Support integration of supplier-developed hardware into local products and vehicle programs Coordinate technical discussions among suppliers and internal engineering teams

5. 05

   Interface Validation & Technical Debug Support validation of DDR, PCIe, Ethernet, USB, Display, Camera, SerDes, storage, and other critical interfaces Analyze logs, traces, measurements, and platform behavior Support low-level debugging and integration validation Verify effectiveness of corrective actions

6. 06

   Technical Knowledge Development Capture hardware/software integration lessons learned Develop integration guidelines and debugging methodologies Promote reusable integration knowledge and best practices Support hardware platform capability development

Education Bachelor's degree or above in Electrical Engineering, Electronics Engineering, Mechatronics, Automotive Engineering, Computer Engineering, or related disciplines Fluent Chinese and good English communication skills required Experience

1. 01

   Hardware Platform Development Experience Minimum 5 years of experience in automotive electronics, embedded systems, or hardware platform development Experience supporting board bring-up and platform enablement activities Experience with Cockpit, ADAS, Domain Controller, or High-Performance Computing platforms preferred Experience supporting products from prototype stage through validation

2. 02

   Hardware & Software Integration Experience Experience working with BSP, firmware, or embedded software teams Familiarity with platform initialization and hardware enablement processes Experience debugging hardware/software interaction issues Experience analyzing low-level platform behavior and system logs

3. 03

   Technical Investigation & Debug Experience Experience investigating complex cross-domain technical issues Strong root cause analysis capability Experience determining issue ownership across hardware, software, and supplier domains Experience supporting validation and product maturity activities Specific Knowledge

4. 01

   Hardware Platform Fundamentals Board bring-up methodology Power, reset, clock, and boot architecture fundamentals Hardware interface validation principles Embedded hardware platform architecture

5. 02

   Hardware & Software Integration Hardware/software interaction mechanisms Platform enablement processes Device initialization concepts BSP and low-level software fundamentals

6. 03

   Technical Debug & Analysis Low-level debugging methodologies Log and trace analysis JTAG, UART, oscilloscopes, protocol analyzers, and diagnostic tools Structured root cause analysis techniques

7. 04

   Engineering Collaboration Cross-functional collaboration between hardware and software organizations Technical issue coordination and escalation Supplier technical collaboration Objective ownership assessment and problem resolution