EEA Architect

该职位来源于猎聘 Objective of job: We are seeking an experienced EEA engineer in system-level design and automotive electronics/hardware/network-related roles. You will work with the principal architectures and other domain experts for our next generation vehicle EEA platforms (ICE/EV), responsible for delivery tangible technical solution. Your core mission is to co-work with domain experts and utilize efficient tools to co-create a future-proof computing platform that lays the foundation system bedrock for our software-defined vehicle strategy. Task Description: E/E Architecture Design and Integration: Design and integrate the vehicle-level electrical/electronic architecture, including network topology, function allocation, signal definition, and power distribution, ensuring seamless collaboration among ECUs. Requirements Management, Analysis, documentation: Collect, analyze, and manage functional, performance, and safety requirements for the vehicle E/E system to ensure the architectural design aligns with overall vehicle functional definitions; System Modeling and Simulation: Perform system modeling using tools (e.g., PREEvision, SystemWeaver) and conduct simulation-based verification to validate the feasibility and performance of architectural solutions. Communication Protocol Design: Design in-vehicle network communication protocols (e.g., CAN, LIN, Ethernet), including message/signal definition and diagnostic services, ensuring reliable and real-time data communication. Work with other EEA experts and suppliers, benchmark competitor EEA solution, communicate with China management and global EEA team to promote China EEA solution.

Qualification Education Bachelor’s degree or above in Electrical Engineering, Automotive Engineering, Automation, Computer Science, or related fields. Experience:

Minimum 3-5 years of experience in automotive electronics/hardware/network-related roles, ECU, BCM etc. development experience preferred.

Proficient English writing and speaking skills, German is nice to have. Technical requirements:

Ability to define and optimize vehicle-level E/E architecture, including zonal concepts, domain controllers, and integration with MB.OS or similar platforms. This involves understanding cross-domain dependencies and scalability for future technologies; Knowledge of ISO 26262 for functional safety and ISO 21434/R155 for cybersecurity. Engineers must ensure compliance during architecture design and implementation phases; Proficiency in automotive communication standards such as CAN/CAN FD, FlexRay, LIN, and Ethernet TSN. These are critical for designing robust and high-bandwidth in-vehicle networks; Hands-on experience with architecture modeling and simulation tools like PREEVision, as well as familiarity with V-model development processes, including requirement decomposition, interface definition, and system-level testing; Capability to manage hardware abstraction layers and coordinate ECU hardware with software stacks. This includes understanding chipsets, middleware, and gateway solutions for zonal controllers and car computers; Experience in cross-functional and international project collaboration.