Software Engineer, Software Architect, Backend Developer

Dearborn, Michigan Software Engineer #1066166

• As a Software Engineer, you will play a key role in the architecture, development, and evolution of Vehicle Integration System (VIS), a critical platform enabling vehicle upfitters, fleet customers, and internal engineering teams to configure and integrate aftermarket equipment with production vehicles.
• You will work at the intersection of cloud software, embedded vehicle systems, AI-powered engineering tools, and vehicle communications networks.
• The role requires strong software engineering expertise combined with automotive systems knowledge to enable seamless integration of CAN/J1939 signals, vehicle switches, telematics data, proprietary vehicle modules, and future software-defined vehicle capabilities.
• The ideal candidate is a technically strong engineer who can translate feature requirements from vehicle engineering teams into scalable software solutions while collaborating across software, hardware, telematics, validation, and supplier organizations.

• Design, develop, and maintain scalable Google cloud-native and desktop-based applications supporting VIS configuration workflows with solid understanding of vehicle architecture.
• Architect and implement microservices and APIs using Java, Spring Boot, Node.js, React, and PostgreSQL.
• Develop reusable frameworks and services that support vehicle feature configuration, signal management, and integration workflows.
• Ensure performance, scalability, reliability, and cybersecurity requirements are met across all VIS components.

• Collaborate closely with vehicle feature engineers, module owners, telematics teams, and external suppliers to integrate new vehicle capabilities into VIS.
• Support integration of:
  
  - CAN and CAN-FD signals - J1939 communications - LIN-based devices
  - Vehicle Ethernet technologies
  - Hard switches and soft switches
  - Telematics and connected vehicle services
• Analyze vehicle architecture changes and determine impacts to VIS configuration models and workflows.
• Participate in system-level design reviews and technical feasibility assessments.
• Design and integrate AI-powered capabilities that improve configuration authoring, validation, and diagnostics.
• Evaluate emerging AI technologies applicable to vehicle integration and software-defined vehicles.

• Lead observability initiatives using SLOs, SLIs, dashboards, monitoring, and alerting frameworks.
• Drive performance engineering, API governance, and software quality practices.
• Champion secure software development lifecycle practices and compliance requirements.
• Mentor engineers and promote engineering best practices across the team.

• Translate business and vehicle feature requirements into technical implementation plans.
• Lead technical discussions with hardware teams, telematics architects, validation teams, and external suppliers.

Embedded Software, PostgreSQL, Spring Boot, React, Google Cloud Platform, Java, API Here is minimum one must bring to the table:

• Java / Spring Boot - 5-7 years
• Node/Type Script/React - 3-5 years
• PostgreSQL - 3-5 years
• Embedded Software - 3-5 years (in-vehicle software development and testing with automotive experience is must - knowledge of vehicle system like CAN signals, telematics, gateways, TCUs,)
• Google Cloud Platform - 3-5 years
• REST and GraphQL API - 5-7 years
• Experience working with automotive communication networks

• 7+ years of software engineering experience with enterprise-scale systems.
• Expert-level proficiency in:
  • Java / Spring Boot
  • Node.js / Express
  • ReactJS
  • PostgreSQL
  • REST APIs
• Experience building distributed systems, microservices, and event-driven architectures.
• Strong understanding of API design, OpenAPI specification, GraphQL, and integration patterns.

• Experience with cloud-native development on Azure, Google Cloud, or AWS.
• Experience with:
  • Kubernetes
  • Docker
  • CI/CD pipelines
  • Infrastructure as Code
• Hands-on experience with:
  • Jenkins
  • Tekton
  • Terraform
  • Git Hub
  • Sonar Qube
  • JFrog
  • FOSSA
  • 42
    
    Crunch

• Experience working with automotive communication networks:
  • CAN
  • CAN FD
  • J1939
  • LIN
  • Automotive Ethernet
• Understanding of vehicle electrical architectures and body control systems.
• Experience analyzing vehicle signals, message definitions, and communication protocols.
• Ability to interpret vehicle feature requirements and implement corresponding software solutions.
• Experience working…