区域控制软件系统工程师 Zone Controller Software… at Mercedes-Benz… · China…

Objective:

• Responsible for defining the overall software system architecture of Zone Controller functions, covering the layered structure, responsibility allocation, and interaction mechanisms across the Basic Software layer, Middleware, Service Layer, and Application Layer.

• Define the software topology, deployment strategy, and resource allocation in accordance with the vehicle E/E architecture, ensuring alignment between the software architecture and the capabilities of the hardware platform, and continuously evolving the software system architecture to support feature iteration and platform-level reuse.

• Decompose and translate vehicle-level functional requirements, zone-level functional requirements, and cross-domain collaboration requirements into implementable software system requirements.

• Define and maintain software system requirements, covering functional requirements, non-functional requirements, interface requirements, environmental requirements, and constraint requirements. Ensure end-to-end traceability covering the complete chain from entire V mode perspective.

• Responsible for requirements change management and impact analysis, ensuring changes are controlled, traceable, and verifiable.

• Define and maintain service interfaces, API specifications, and cross-ECU communication matrices between software components.

• Conduct Item Definition, Hazard Analysis and Risk Assessment (HARA) in accordance with ISO 26262, deriving Safety Goals, safe states, and ASIL levels, and drive the definition and delivery of corresponding technical solutions.

• Define the functional verification strategy, lead functional acceptance and maturity assessment as well as risk identification, and lead the resolution of corresponding risks.

• Take end-to-end responsibility for the delivery of product functions, assuming software system responsibilities across the concept phase, development phase, production phase, and after-sales phase within the vehicle V-model lifecycle.

• Lead the definition and tracking of implementation plans for functional requirements, and secure functional delivery from an end-to-end perspective

Tasks:

• Act as Zone controller software system engineer to define, document the Zone controller software system requirement and feature technical solution cross different components & SW modules(more focus on API & SOA perspective)

• Lead feature planning & on-time implementation, identify the risk & conducts risk assessment & mitigation plan.

• Define feature acceptance & test strategy, formulate test plan & conduct test to provide test result, measure the feature maturity & produce a mitigation plan if has the quality/maturity gaps

• Cross-domain & supplier collaboration to lead Zone controller feature allocation & technical solution from end-to-end perspective, ensure the end-to-end delivery

• Support surrounding development processes to cover the complete lifecycle of continuous implementation, integration and testing

Education

• Bachelor's degree or above in Computer Science, Electronic Engineering, Automation, Vehicle Engineering, or related disciplines; Master's degree preferred.

Experience

• 8+ years of experience in automotive embedded software or software system development, with at least 3 years in Zone Control Unit (ZCU), Domain Control Unit software systems.

• Proven end-to-end delivery experience across the full V-model lifecycle for at least 1–2 complete vehicle projects.

• Solid experience with AUTOSAR Classic and/or Adaptive Platform feature relevant system/software architecture design and implementation.

• Solid experience in requirements engineering, including decomposition, traceability, and change management; familiarity with tools such as DOORS, Polarion, or other requirement management tools

• Practical experience with ISO 26262 functional safety, including Item Definition, HARA, Safety Goal derivation, and FSR/TSR/SSR decomposition.

• Experience in defining software system verification strategies and leading functional acceptance, maturity assessment, and risk resolution.

• Experience in vehicle communication technologies (CAN/CAN-FD/LIN/FlexRay/Automotive Ethernet) and service-oriented communication (SOME/IP, DDS).

• Strong cross-functional collaboration and technical leadership skills; ability to secure end-to-end functional delivery in a complex OEM + multi-Tier 1 environment.

• Solid experience & deep knowhow in service-oriented architecture solution

• Excellent verbal and written English capability