System Engineer

Req ID 89175 | Shanghai, China, Capri (Shanghai) Automobile Technology Co., Ltd. About the Team This position is part of ZF’s ADAS & HPC business, which is entering an exciting new phase of growth and transformation within the advanced automotive technology space. The business unit is planned for divestiture, creating a unique opportunity to help shape the future of next-generation driver assistance and high-performance computing technologies. What you can look forward to as System Engineer: Define and manage product functional requirements and technical specifications for advanced ADAS/AD systems, ensuring requirements are clear, complete, feasible, and traceable throughout the development lifecycle. Analyze and decompose stakeholder requirements for automated driving and intelligent parking functions, including APA, RPA, and Memory Parking, and establish system requirements and models to support robust solution design. Drive system-level Functional Safety and SOTIF analyses, define verification strategies, and ensure high-quality system design through reviews, traceability management, and issue resolution. Lead the system architecture design for next-generation ADAS/AD domain controllers, including SoC selection, system bandwidth assessment, architecture definition, technical risk evaluation, and system design documentation. Define, monitor, and optimize key system KPIs, including latency, response time, power consumption, thermal performance, and cost, while leading trade-off decisions across performance, efficiency, and feasibility. Serve as the key technical interface for customers, chip suppliers, internal R&D teams, and cross-functional stakeholders to align system solutions, resolve critical product issues, and drive project execution. Your Profile as System Engineer： Bachelor’s degree or above in Computer Science, Electronic Engineering, Automotive Engineering, Automation, or a related technical discipline. Solid experience in systems engineering, requirement management, system architecture design, and SysML/UML modeling, preferably in automotive electronics, ADAS, or automated driving programs. Strong understanding of ADAS/AD domain controller architectures, SoC platforms, heterogeneous computing, memory subsystems, high-speed interconnects, and system-level bandwidth, power, and thermal considerations. Good knowledge of automated parking functions, ODD definition, Functional Safety, ISO 26262, and SOTIF practices. Hands-on experience in system-level verification, issue diagnostics, data analysis, KPI definition, and optimization across performance, power consumption, response time, and cost. Excellent communication and stakeholder management skills, with the ability to explain complex technical topics clearly and drive alignment across internal and external teams. Strong analytical mindset, structured problem-solving capability, and the ability to work effectively in a dynamic, cross-functional, and…