SOA System Architect SOA系统架构师

Main Tasks

1. 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. 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. 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. 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) requirements.