SOA System Architect SOA系统架构师

Main Tasks

1. 01

   Architecture Design and Management Lead the core architecture design of the vehicle‑on‑board SOA platform, including service layering, interface specifications, communication protocols (e.g., SOME/IP, DDS, MQTT), and service governance frameworks. Design cross‑domain service‑oriented solutions spanning Body, Powertrain, Intelligent Cockpit, Autonomous Driving, etc., to achieve hardware abstraction and software decoupling. Establish and maintain SOA design principles, standards, and best practices, ensuring unified compliance across internal teams and external suppliers.

2. 02

   Technology Implementation and Deployment Be responsible for managing the release of APIs, to guarantee all APIs are designed in well abstract, backward compatible and easy to use manner. Coordinate cross domain function interactions and guide function owners to evolve the system design to comply with SOA architectural guidelines. Drive SOA adoption in mass‑production programs, coordinating software–hardware integration, test validation, and performance optimization.

3. 03

   Cross‑Functional Collaboration and Advocacy Collaborate with global R&D centers, product teams, and suppliers to ensure effective deployment of SOA solutions across multiple vehicle platforms. Organize internal technical training sessions and workshops to enhance the team’s understanding and practical capabilities in SOA architecture. Engage in technical exchanges with industry standard organizations (e.g., AUTOSAR, SOAFEE) and bring in external best practices.

4. 04

   SOA Strategy and Planning Develop an enterprise‑wide SOA implementation roadmap, ensuring alignment with the company’s technology vision and business objectives. Analyze emerging trends in SOA within the automotive industry, propose innovative architectural solutions to support the long‑term evolution of 3.Software‑Defined Vehicles (SDV). Promote SOA adoption internally and drive its implementation across business teams, encouraging the use of SOA communication architecture. 5. Risk Management and Quality Assurance Identify technical risks in SOA implementation (e.g., real‑time performance, security, reliability) and develop mitigation measures. Lead architecture reviews to ensure design proposals comply with functional safety (ISO 26262) and cybersecurity (ISO 21434)

. Qualification Education Bachelor degree or above, major in electrical engineering, computer sciences, automation, mechatronics, vehicle engineering, electronics or software. Experience Around 10 years of work experience in automotive electronics or software architecture, with at least 3 years focused on SOA or distributed system architecture design. Practical hands on experience in delivering SOA solutions on mass‑production vehicle programs. Familiar with automotive development processes such as the V‑model and ASPICE. Experience in cross‑domain integrated architectures, with hands‑on knowledge of communication system design, middleware functionality & performance improvement, cross domain trouble shooting Knowledge Proficient in core SOA concepts (service design, service discovery, service governance, etc.). Rich knowledge in critical automotive specific SOA use case and be able to design and deliver solution in terms of ptorocol stack, tool chain, etc., Strong expertise in essence of in-vehicle communication. Understand different kinds of scheduling mechanisms. Deep understanding about the nature cause of traffic latency, package loss etc., Practical experience with in-vehicle communication protocols, understand the design reason behind these solutions. Able to identify proper choice for target project. Experience in utilizing SOA solution to improve software delivery efficiency for multiple EEA variant. Experience service API definition for at least one domain. Able to design company wide API regulation and review the API design accordingly. Well versed in both AUTOSAR Adaptive Platform and Classic AUTOSAR Platform. Excellent English and Chinese communication skills, enabling effective collaboration with global teams and suppliers. Possess strong technical leadership capability to lead architecture teams in making complex technical decisions and driving execution. Familiar with agile work process.