TCU 功能系统工程师 TCU Function System Engineer

Objectives:

• Responsible for end-to-end ownership of the TCU base layer function — requirements definition, architecture alignment, integration and validation of the base software / middleware stack — with a strong focus on in-vehicle networking (AUTOSAR CP/AP, PNC and network wake-up, ECU Networking management, ECU State Management), diagnostics (UDS, DoIP, SecOC), power and wake-up behaviour, and the interface between base software, MCU/SoC, application functions and connected ECUs.

• As TCU base layer function owner, drive the full lifecycle from base-layer requirements analysis and concept development, technical specification and design review, through supplier implementation follow-up, system integration, validation and defect resolution. Define and maintain the consistent architecture of core base-layer building blocks — operating environment and boot, base software layers, communication and network management, middleware, diagnostics — together with their interfaces towards peripheral and connected ECUs over ETH, LIN and MIC.

• Ensure that the base layer is technically consistent and scalable across vehicle platforms (e.g., TBOX on MBOS1.0/2.0/X), and support reliable realization of connectivity, telematics, diagnostic and remote-service functions at the base-level behavior. Establish and maintain local simulation and bench validation capabilities (e.g., CANoe-based environments) to enable early and repeatable validation, and support base-layer software releases. Clarify base-layer dependencies between base software, middleware, MCU/SoC, application functions, backend/cloud interfaces and vehicle networks in order to achieve robust system behaviour and production readiness.

Main tasks:

• Own the TCU base layer function end to end — requirements, architecture, integration & validation

• Establish base-layer simulation & bench validation and support releases

• Define the TCU work scope of the RTM (Real-Time Monitoring) function across requirement, design, implementation, validation and delivery — including responsibility boundary, deliverables and acceptance criteria.
• Co-shape future TCU base-layer architecture and tooling evolution
• Support China regulation & data compliance from the base-layer perspective

Objectives:

• Responsible for end-to-end ownership of the TCU base layer function — requirements definition, architecture alignment, integration and validation of the base software / middleware stack — with a strong focus on in-vehicle networking (AUTOSAR CP/AP, PNC and network wake-up, ECU Networking management, ECU State Management), diagnostics (UDS, DoIP, SecOC), power and wake-up behaviour, and the interface between base software, MCU/SoC, application functions and connected ECUs.

• As TCU base layer function owner, drive the full lifecycle from base-layer requirements analysis and concept development, technical specification and design review, through supplier implementation follow-up, system integration, validation and defect resolution. Define and maintain the consistent architecture of core base-layer building blocks — operating environment and boot, base software layers, communication and network management, middleware, diagnostics — together with their interfaces towards peripheral and connected ECUs over ETH, LIN and MIC.

• Ensure that the base layer is technically consistent and scalable across vehicle platforms (e.g., TBOX on MBOS1.0/2.0/X), and support reliable realization of connectivity, telematics, diagnostic and remote-service functions at the base-level behavior. Establish and maintain local simulation and bench validation capabilities (e.g., CANoe-based environments) to enable early and repeatable validation, and support base-layer software releases. Clarify base-layer dependencies between base software, middleware, MCU/SoC, application functions, backend/cloud interfaces and vehicle networks in order to achieve robust system behaviour and production readiness.

Main tasks:

• Own the TCU base layer function end to end — requirements, architecture, integration & validation

• Establish base-layer simulation & bench validation and support releases

• Define the TCU work scope of the RTM (Real-Time Monitoring) function across requirement, design, implementation, validation and delivery — including responsibility boundary, deliverables and acceptance criteria.
• Co-shape future TCU base-layer architecture and tooling evolution
• Support China regulation & data compliance from the base-layer perspective

o Education

• MS/BS in Computer Science, Electronic Engineering, Communication Engineering, Automotive Engineering or similar education.

• Solid background in embedded systems, E/E architecture, Networking Management, GVN, or telematics system development.

o Experience

• More than 6 years of experience in automotive telematics or TCU development/EEA/Networking Management at OEM or Tier 1 level.
• Solid experience in E/E architecture design, including PNC architecture, Power Management architecture, and NW system integration. -
• Experience in vehicle E/E architecture and TCU integration with ECUs, CAN, Ethernet, LIN, diagnostics, and key peripheral interfaces. -
• Experience across complete vehicle development projects and supplier collaboration from architecture definition to validation and release.

o Specific Knowledge

• Strong knowledge of TCU/ECU base-layer architecture, including base software, middleware, communication and network management, diagnostics, boot/OS and flashing.

• Strong knowledge of AUTOSAR Classic (PNC, network wake-up), DoIP, SecOC, UDS diagnostics, and ECU Extract / MB communication and diagnostics specifications

• Good knowledge of power and wake-up behaviour, network topology, signal flow, and interaction with connected ECUs and peripheral components

• Good knowledge of fault / trace analysis (bus trace, message timing, system behaviour) and of structured root-cause methodology.

• Good knowledge of TCU interaction with peripheral components such as antennas, GNSS, audio, USB, and other connected ECUs.

• Strong analytical, coordination and communication skills for cross-team, cross-region and supplier collaboration; experience in automation and AI-assisted analysis tooling is a plus

o Education

• MS/BS in Computer Science, Electronic Engineering, Communication Engineering, Automotive Engineering or similar education.

• Solid background in embedded systems, E/E architecture, Networking Management, GVN, or telematics system development.

o Experience

• More than 6 years of experience in automotive telematics or TCU development/EEA/Networking Management at OEM or Tier 1 level.
• Solid experience in E/E architecture design, including PNC architecture, Power Management architecture, and NW system integration. -
• Experience in vehicle E/E architecture and TCU integration with ECUs, CAN, Ethernet, LIN, diagnostics, and key peripheral interfaces. -
• Experience across complete vehicle development projects and supplier collaboration from architecture definition to validation and release.

o Specific Knowledge

• Strong knowledge of TCU/ECU base-layer architecture, including base software, middleware, communication and network management, diagnostics, boot/OS and flashing.

• Strong knowledge of AUTOSAR Classic (PNC, network wake-up), DoIP, SecOC, UDS diagnostics, and ECU Extract / MB communication and diagnostics specifications

• Good knowledge of power and wake-up behaviour, network topology, signal flow, and interaction with connected ECUs and peripheral components

• Good knowledge of fault / trace analysis (bus trace, message timing, system behaviour) and of structured root-cause methodology.

• Good knowledge of TCU interaction with peripheral components such as antennas, GNSS, audio, USB, and other connected ECUs.

• Strong analytical, coordination and communication skills for cross-team, cross-region and supplier collaboration; experience in automation and AI-assisted analysis tooling is a plus

LSH Tower B, 8 Wangjing Street (CN100102B)
LSH Tower B, 8 Wangjing Street
Beijing

Xingchi Tower, No. 399, Keqiao Road, Jinqiao, Pudong (CN201206B)
Xingchi Tower, No. 399, Keqiao Road,
Jinqiao, Pudong
Shanghai, 201206