About this role

EEA System Architect (ZCU)

Objective of job We are looking for an experienced Zone Controller (ZCU) System Architect to own the system-level design, technical definition, and mass-production delivery of our next-generation zone controller platform. You will be responsible for the full system architecture of distributed zone units under the Central Computing + Zone EEA framework.

Key Responsibilities

Own the full system architecture definition of vehicle zone controllers, including functional partitioning, I/O resource allocation, hardware capability planning, and system specification formulation
Define unified ZCU platform specifications to support scalable and flexible deployment across different vehicle grades and configurations
Responsible for zone domain boundary division, local closed-loop function definition, and service interaction logic between ZCU and central computing unit (CCU)
Design ZCU Ethernet/TSN networking strategy, VLAN partition, SOME/IP & DDS communication rules, and network load scheduling
Define signal/service interaction mechanism between zone controllers, central domain, and traditional ECU systems
Optimize communication latency, network jitter, and bandwidth utilization to ensure real-time and reliable system operation
Design zone-level power distribution logic, partial power-off strategy, and full vehicle wake-up/sleep management
Responsible for ZCU fault detection, fault degradation strategy, and local fault self-recovery mechanism
Define ZCU layered OTA upgrade strategy, including firmware upgrade, service update, silent upgrade and rollback mechanism
Design zone-side data collection, pre-processing, and data reporting policies to support vehicle big data and closed-loop iteration
Close technical alignment with ADAS, cockpit, chassis, and platform teams to unify interface and system specifications
Independently analyze and solve system-level problems such as network abnormality, logic conflict, power sequence failure, and service call exception
Continuously optimize ZCU platform generality, scalability and cost performance

Qualifications

Education

Bachelor’s or master’s degree in electrical engineering, Computer Engineering, Telecommunications, or related field

Experience

5+ years of system architecture experience in central + zone EEA architecture; candidates with complete ZCU mass production project experience are preferred
Familiar with new energy vehicle electronic architecture and L2-L4 intelligent driving system features
Proven experience in designing zone controller
Technical Skills
In-depth understanding of zone controller system working principles, hardware architecture, embedded software logic, and SOA service mechanism
Proficient in automotive Ethernet, TSN, DDS/SOME/IP, network management, and vehicle communication scheduling
Familiar with AutoSAR (CP/AP), vehicle power management, sleep/wake-up mechanism, and OTA upgrade architecture
Able to independently complete system requirement analysis, architecture design, technical document output, and supplier technical management
Possess clear domain decoupling, layered design, and platform-based reusable thinking
Able to balance technical advancement, system stability, cost and mass production feasibility
Strong hands-on capability, able to locate and resolve complex vehicle system and network problems
Soft Skills
Excellent cross-team communication, technical negotiation and project delivery capability
Rigorous logic, strong execution, result-oriented, capable of pushing technical closure efficiently
Problem-solving mindset with attention to detail
Fluent in English (German is a plus)
Nice to Have
Experience with zonal architecture and centralized compute platforms
Hands-on experience with MB.OS-like platforms or similar SDV architecture
Knowledge of cloud connectivity and vehicle-to-everything (V2X) communication
Experience in Agile/SAFe development environments

Benefits

Events for Employees
Flextime Possible
Hybrid Work Possible
Health Benefits
Mobility Offers
Discounts for Employees Possible