Hybrid Software Engineer, Platform Systems (SDV/FNV)
Ford Motor Company · Dearborn, MI, Vereinigten Staaten Von Amerika · Hybrid
Details zum Jobangebot
Job DescriptionKey specialist in next generation vehicle platform design and development, helping the fusion of system and software engineering disciplines to create revolutionary digital experiences in the vehicle.
- Champion automation of software and system quality measures at all stages – requirements, design and development, integration- leveraging tools and techniques like TDD, BDD, Jira, TestRail, Google test etc.
- Apply data-driven approach in selecting design and development choices at software and hardware layers.
- Champion Technical Design Reviews, solicit feedback from all partners, ensure agreement including Privacy/Legal, Security, Safety (if required) in addition to functional and non-functional requirements.
- Definition and documentation of customer use cases, user experience, performance measures, and system interfaces between key components for vehicle telematics systems and features and using programmatic tools to define this (interface definition languages, BDD tools etc).
- Apply test-driven-development mindset in progressing a system concept to implementation through various stages (from requirements to integration and launch).
- Own and craft DFMEA's through the standard development process. Apply experience in supporting product/feature validation and failure root cause analysis.
- Drive contract negotiation with product dependency systems, partners and vendors
- Align with partners, internal in-vehicle subsystem teams, vendors and other stakeholders on end-to-end architecture blueprint.
- Knowledge of general security postures in automotive.
- Experience capturing design using standard modelling tools (UML), SysML.
- Champion programmatic and automated design and development validation using tools and frameworks.
Responsibilities
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Qualifications
You’ll have
- Bachelors/Master’s degree in computer science, Electrical Engineering, Mechatronics or Robotics or related field
- 3+ years of experience in Systems Engineering preferably in Automotive domain
- 3+ years of work experience in Agile project involvement
- 2+ years of Prototyping experience
- 2 years Code quality tools (42Crunch, SonarQube, CheckMarx, etc…)
- 2 years GIT hub, Jenkins, Maven, Gradle and CI/CD tools.
- Experience in Google Automotive SDK.
- Familiarity with ASPICE, ISO 26262 and SAE standards
- Familiarity with Domain controller and distributed systems
- Familiarity with Connected Vehicle distributed systems.
- Familiarity with embedded automotive development boards (Renesas, NXP etc..).
- Knowledge of sysML and modeling language/tools.
- Experience progressing customer use-cases and concepts through design, architecture, development, testing and integration cycles.
- Automotive domain experience in component-level system design and integration using automotive network technologies (LIN, CAN, Ethernet), networking fundamentals (TCP/IP, IPv4/6), in-vehicle embedded telematics technology, body & security electronic systems architecture.
- Experience in Connected Cars / Automated Driving / Electric Vehicle areas in architecture, design, implementation system integration phases
- Knowledge of Autosar software stack, domain controller architecture, software defined architecture.
- Knowledge of communication protocols like MQTT, gRPC, SOME/IP.
- Hands-on technical role engaged in developing, implementing and supporting software applications.
- Knowledge of MISRA coding standards
- Unit, integration, regression, user testing and load testing
- Strong documentation and writing skills
- Exceptional analytical and problem-solving skills.
- Excellent leadership and interpersonal skills.
- Great collaboration and communication skills.
- Proven experience in embedded robotic systems design with real-time operating systems
- Experience in hands-on development and troubleshooting of embedded systems
- Experience in vehicle cybersecurity
- Experience in device driver development in CAN, LIN, Ethernet, SENT, I2C, SPI etc.
- Understanding of clean code practices
- Knowledge of cloud-based application integration, enterprise application integration, and service-oriented architecture concepts, and microservices architecture principles is a PLUS.
Gepostet am 26. Feb. 2024.
