主要职责/Your Responsibilities:

Technical key words:

Technical key words: Parking Assist (APA/RPA/AVP/RA/RPA/ASP), AVM (Around View Monitor), Ultrasonic Sensor (USS), Fisheye Camera, Sensor Layout & FOV, Cross-Domain HMI Integration, Vehicle-Level System Requirement (VRS/FRS/SRS).

System Function Definition & Requirement Engineering:

• Responsible for vehicle-level Parking function definition (APA/RPA/AVP/RA/RPA/ASP) and cascade vehicle-level requirements (FRS) to System Requirement Specifications (SRS) for suppliers/subsidiaries.
• Responsible for defining the cross-domain HMI interaction logic (Cluster, Infotainment/IHMI, HUD, Audio) for parking and driver alert scenarios in collaboration with the Cockpit domain team.

Interface Definition & Signal Mapping:

• Responsible for defining cross-domain signals and routing matrices between the Parking System, Cockpit (HMI), Body, and Chassis (EPS/iBooster) via CAN/Ethernet.
• Prepare and consolidate signal lists, diagnostic tables, and system interface documentation for Parking features.

System Integration, Test Support & Defect Management:

• Support test solution design and vehicle-level integration testing for Parking systems.
• Responsible for defect tracking and closure (Jira) for Parking features, including log analysis (CAN/Ethernet/MDF4/MCAP), root-cause analysis, and coordination with suppliers/internal teams.

Support preparation of system release documentation (Release Notes) and deliverables for project SOP milestones.

岗位要求/Required Qualification:

Education:

• Bachelor/Master degree in Automotive Engineering, Electrical/Electronic Engineering, Computer Engineering, Automation, or related fields.

Work Experience:

• 3–5 years of experience in automotive E/E development, specifically focusing on Parking Assist Systems (APA/RPA/AVP/RA/RPA/ASP) or ADAS system engineering.

• Proven experience in vehicle-level system requirement definition, cross-domain HMI integration is required.

Special Skills:

• In-depth understanding of Parking system architecture, sensor physical characteristics (USS, Fisheye Cameras), and perception/fusion boundaries.
• Familiar with vehicle E/E architecture, communication protocols (CAN-FD, Ethernet), and automotive diagnostic standards (UDS).
• Proficient with Vector tools (CANoe, CANape, CANalyzer) for signal logging, bus monitoring, and log analysis.
• Familiar with OEM/Tier 0.5 development processes, ASPICE/IPD workflows, and requirement management tools (Jira, Confluence,Coderbeamer, Polarion).
• Basic knowledge of functional safety (ISO 26262) and C-NCAP/E-NCAP parking testing scenarios is a plus.

Soft Skills:

• High process and quality orientation
• Structured, analytical, and self-organized way of working
• Good communication and team collaboration skills
• Ability to manage multiple tasks in parallel, strong problem-solving mindset