
In Vehicle Network Architect
Required skills
- In-Vehicle Network Architect
- In-Vehicle Communication Systems
- Network Architecture
- Topology
- Communication Protocols
- OSI Layers
- Foundational libraries
- core interfaces
- Packing Structures
- Functional topology elements
Nice to have
- Service-Oriented Architecture
- SOA
- Test-Driven Development
- TDD
- Gherkin
- AUTOSAR Classic
Role summary
Ford's Electric Vehicles, Digital and Design (EVDD) team is seeking an In-Vehicle Network Foundations Architect to define and release core communication building blocks for next-generation vehicle networks. This hands-on role involves creating essential interfaces, network deliverables in standard industry formats, and functional ECU communication topologies. You will work with cross-functional teams to transform designs into implementable network artifacts, drive performance optimizations, and architect network-specific cybersecurity and functional safety goals. The role requires a Bachelor's degree or equivalent experience, with a strong software engineering background, particularly in embedded systems and Ethernet distributed systems.
What you'll do…
- Create and Implement In-Vehicle Communication Systems, Encompassing Network Architecture, Topology, and Communication Protocols Across All the OSI Layers
- Deliver the fundamental network Foundational libraries (core interfaces, Packing Structures and Functional topology elements) to create a standardized and efficient platform for all future vehicles
- Design, develop, and maintain the automated pipeline for the creation, testing, and release of all network communication artifacts in Industry Standard Formats
- Establish and Conduct validation procedures for Network Architecture Deliverables
- Drive Performance and Optimization by leveraging network analysis expertise to identify and implement optimizations in data packing and communication protocols, enhancing bus performance and efficiency.
- Architect and Implement the Network-Specific Cybersecurity and Functional Safety Goals
- Collaborating with Cross-Functional Architectural Teams to Define and Standardize Communication (Ethernet/CAN/LIN) Attributes to the Overall Vehicle Architecture
You'll have:
- Bachelor’s degree in computer engineering, Computer Science, Electrical Engineering, or a related field, or a combination of education and equivalent experience
- Software Developer first. 2+ years of work experience in software engineering, with a focus on embedded systems
- 2+ years of experience in Ethernet distributed systems (Automotive, Defense, Industry, IoT, IT, etc.)
- 2+ years of experience applying knowledge of network architecture, protocols, and communication standards
- 2+ years of experience in Network Analysis and Simulation tools
Even better, you may have:
- Master’s degree in computer engineering, Computer Science, Electrical Engineering, or a related field
- Knowledge and application of Service-Oriented Architecture (SOA) principles in automotive
- Skilled in Test-Driven Development (TDD) with Gherkin for writing clear, concise, and executable specifications
- 3+ years of work experience with AUTOSAR Classic and Adaptive architectures
- 1+ years of experience in Ethernet Time-Sensitive Networks and IEEE 802.1AE (also known as MACsec)
- 1+ years of experience in developing tools and scripts for AUTOSAR Classic, AUTOSAR Adaptive, DBC and/or ARXML formats
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