Ford Motor Company

Systems Engineer

• Create and develop Hard Trim System requirements and specifications while developing geometry and the engineering execution in conjunction with design, supply chain, and other core teams.
• Create vehicle-aligned component and system targets for function, cost, weight and investment.
• Develop 3D geometry and innovative designs concepts that solve challenging crash load cases while balancing construction, material, and manufacturing methods
• Optimize the concepts and designs with analytical and physical assessments, ensuring conformation to federal regulations governing assigned systems.
• Deliver world-class craftsmanship and fit/finish through the proper implementation of GD&T.
• Develop, study, and implement novel construction techniques and materials then drive them to production feasibility
• Enable effective communications with Studio, Packaging, Advanced Engineering, Manufacturing, and Supplier activities to deliver optimal design solutions
• Support presentations of concepts and status to senior management and internally to Company personnel

Interior Systems Engineer – Soft Trim

Engineering Manager

• Analyse, streamline, and automate the engineering software delivery process.
• Design and implement robust reporting mechanisms to track progress, measure performance, and identify areas for improvement.
• Champion and drive the adoption of effective ways of working across the engineering organisation.
• Assist teams in following consistent processes for the establishment of goals, objectives, and cross-team prioritisation of work.
• Ensure the right data is captured upstream to enable accurate delivery reporting and engineering metrics.
• Stay close to the teams — listen actively, surface themes, and close the loop by translating feedback into meaningful process improvements.
• Own the engineering effectiveness technology roadmap, ensuring alignment with wider company strategy.
• Empower engineering teams to leverage tools to their fullest potential — identifying and implementing technologies that meaningfully enhance productivity, collaboration, and developer experience.
• Develop engaging training programmes to ensure seamless adoption and optimal use of tooling across the team.
• Support engineering leadership in fostering a culture of continuous learning and development.
• Help implement and maintain a consistent skills framework and development programme for engineers and managers.
• Support team members in developing improved approaches to building and delivering software.
• Develop and maintain meaningful dashboards and reporting to surface data-driven insights to engineering teams and leadership.
• Ensure the right upstream data foundations are in place so that metrics and performance reporting are accurate and actionable.

Head of Engineering Excellence

QA Engineer

• Drive the on-time completion of Advanced Product Quality Planning (APQP) and Production Part Approval Process (PPAP) deliverables to ensure robust supplier manufacturing readiness and timely part approvals.
• Collaborate with suppliers to develop and execute industrialization plans for new components, technologies, and manufacturing locations, ensuring capacity and capability requirements are fully met.
• Conduct comprehensive technical and sourcing risk assessments for complex electronic components and new technologies, establishing proactive risk-mitigation strategies.
• Lead the rapid containment and resolution of supplier quality issues using structured problem-solving methodologies (such as 8D, root-cause analysis, and permanent corrective actions).
• Partner closely with Product Development, Purchasing, and Manufacturing teams to align launch timelines, track part pedigree, and proactively resolve program risks.
• Educate and guide supplier partners and internal stakeholders on quality standards, launch readiness processes, and continuous improvement practices.

Electronics Supplier Quality Engineer – EBB/EMB, Electric Brake Booster

Data Engineer

• Work in collaborative environment including pairing and mobbing with other cross-functional engineers
• Work on a small agile team to deliver working, tested software
• Work effectively with fellow data engineers, product owners, data champions and other technical experts
• Demonstrate technical knowledge/leadership skills and advocate for technical excellence
• Develop exceptional Analytics data products using streaming, batch ingestion patterns in the Google Cloud Platform with solid Datawarehouse principles
• Be the Subject Matter Expert in Data Engineering and GCP tool technologies

Network Engineer

• Ensure that downstream development teams are tracking to deliver software from their network stacks based on our requirements.
• Develop and deliver network requirements that seek to enhance the underlying operation of in-vehicle networks.
• Help to debug anomalies that arise due to network software errors or non-compliance with Ford standards.
• Design and maintain scripts and tools that help to make the delivery of network artifacts more efficient.
• Work with Design & Release Engineers from various vehicle programs to facilitate the delivery of software from suppliers.
• Collaborate with network stack suppliers to make sure ECU software complies with their requirements.

Full-stack Engineer

• Taking a lead role in the development of advanced automated testing solutions. This includes testing framework and tools, and test libraries that interface with vehicle electronic control units (ECUs) which are consumed by internal and external teams.
• Analyze and decompose complex software systems and collaborate with cross-functional teams to influence design for testability.
• Drive adoption of best practices in code health, testing, and maintainability.
• Actively participate in code reviews and provide coaching to fellow team members on automation practice.
• Partner with the automation architect and cross-functional stakeholders to evaluate, prototype, and integrate new automation technologies, tools, and CI/CD capabilities that improve test coverage, reliability, and delivery speed across vehicle programs.
• Serve as a senior technical partner to fellow developers and the automation architect, contributing hands-on expertise to the design and evolution of shared automation tooling, and helping raise the technical bar across the team through collaboration rather than top-down direction.

Senior Software Tools Developer

• Lead calibration activities for the BLE/UWB subsystem — reviewing and approving supplier-provided calibrations, leading smoke tests and SW releases, and driving calibration defects to closure.
• Ensure feature and functional requirements are clear, achievable, and communicated to suppliers, partnering with spec authors and feature owners to keep specifications current.
• Define and validate BLE/UWB/NFC and wireless requirements (Phone As A Key, TPMS, Key Fob) across the ECU and antennas, and ensure the subsystem design supports all expected customer use cases.
• Evaluate wireless performance against requirements through simulation, bench, and vehicle-level validation, and present results to the broader team.
• Support RF/wireless implementation, certification (FCC, CCC, CE, etc.), and verification at supplier facilities, bench, and End of Line.
• Drive resolution of complex RF/wireless and intersystem issues involving BLE modules, other vehicle systems, phone apps, and off-board systems.
• Partner with suppliers and internal teams on system design reviews, PCB/EMC reviews, and quality analysis to ensure interfaces meet requirements.
• Collaborate with the broader BLE/UWB subsystem team (hardware, software, verification), support program milestones/PATs, and assist with vehicle launches (occasional travel may be required).

Calibration Lead Engineer

Engineer

• Lead global core refrigerant fluid transport weekly technical design review (TDR) interface meeting with application teams and/or suppliers
• Author engineering specification and foundation documents (DFMEA, DVP ESOW) for refrigerant hose and tubes
• Capture lessons learned/PRA and develop updated test plans, requirement specifications
• Hands on troubleshooting of components and related sub-system and vehicle issues
• Lead weekly meetings with key supplier’s core engineering
• Support resolution of manufacturing issues at suppliers and VOME plants
• Manage all refrigerant fluid transport SREAs
• Lead benchmarking activities for commodity
• Support global program Durability (DURIS), AIMS, fresh eyes review, and quality issues

Refrigerant Fluid Transport Engineer

QA Automation Engineer

• Create and execute test plans, test cases, and test scripts to validate functional, non-functional, and regression testing for embedded software components.
• Design, develop, and maintain automated test frameworks, scripts, and tools for testing embedded software systems in automotive environments.
• Collaborate with cross-functional teams to review requirements for completeness and testability, analyze and provide feedback on system architecture, and derive test scenarios from requirements, use cases and analysis of system design.
• Work collaboratively with the development teams to develop and test in tandem, troubleshoot and resolve bugs and issues, and strive for high quality software and functionality through iteration and automation.
• Participate in code reviews and provide feedback on testability and maintainability.
• Contribute to the continuous improvement of testing processes, methodologies, and best practices.
• Domestic Travel Required up to 10%.

Senior Software Developer in Test – Infrastructure, Automation

• Provide expert technical guidance to application development teams concerning matters of application containerization, building, deploying, running and monitoring Cloud Native, legacy and COTS applications in Ford’s Container-based platforms (Kubernetes and GCP Cloud Run)
• Work with other teams to evaluate and adopt new container, cloud and Kubernetes related technologies
• Develop detailed guides, patterns, videos, workshops, sample code, reference CI/CD pipelines and utilities for members of the Ford Software Development community
• Identify and solve complex production and CI/CD pipeline issues while being able to dive deeply into application code

Software Engineering Consultant, Container-Based

Supervisor

• Lead SG 6 supervision and a represented team responsible for Receiving, Packaging, Replenishment, Picking, and Shipping.
• Deliver objectives related to Cost, Quality, Safety, Efficiency, Absenteeism.
• Engage with key stakeholders including suppliers to deliver key objectives.
• Maintain a positive working relationship with all stakeholders, including fair and consistent administration of the Collective Bargaining Agreement.
• The ability to manage behaviors and accountability in process, in yourself and the hourly workforce.

Lead Supervisor, Material Control

• Strategic Planning & Execution Oversight: Defining and updating priorities and roadmaps aligned with Program Increments, overseeing test design progress, leading review sessions, driving critical defect follow-up, reporting, and resolution, and tracking overall execution status.
• Data Collection, Analysis & Insight Generation: Gathering critical project data, analyzing performance through KPIs, and generating insightful reports and dashboards to inform planning, track progress, and highlight defect trends.
• Stakeholder Collaboration & Communication: Engaging with cross-functional teams and stakeholders for alignment on plans, disseminating information (including defect status), and addressing needs effectively.
• Utilizing Key Tools & Methodologies: Employing Jira, TestRail, Confluence, data analysis tools (SQL, Python, BI platforms), and Agile/Scrum practices to facilitate planning, execution, and defect management.

Validation Lead Engineer

Architect

• Create, maintain, and release sophisticated electrical architecture models using SysML within the MagicDraw environment for current and future architectures.
• Ensuring model integrity through collaborative teamwork, defining system architectures (components, interfaces, relationships, stereotypes).
• Raise open issues and drive resolution of architecture issues based on reviews with the appropriate delivery teams and experts.
• Maintain the model and its open issues ensuring its releases track as changes are approved though the various review forums.
• Support software/systems/vehicle engineering teams as they progress through product development milestones by releasing sematic versioned model releases defining superset content with application specific views created from architecture and product feature definitions.
• Proactive measures to provide information integrity looking up and down the system V, creating consistency between architecture line and product line definitions, engineering design artifacts (logical and physical schematics, power distribution, network topology, etc.) and architecture models
• Mentor engineers on topics related to MagicDraw and electrical platform information integrity.

Magic Draw Modeler – Electrical Architecture

• Own the definition of the core vehicle electrical hardware architecture for each vehicle program from program creation through post launch.
• Capture the content of the electrical and software architecture, for defining updates to the platform to support program specific features and functions and for leading the resolution of architectural issues on the programs.
• Work with various functional teams on the electrical architectural KPIs such as packaging, manufacturing, latency, power utilization (including Key-Off Load), network bandwidth, CPU Utilization, etc.
• Resolve electrical architectural issues from pre-launch through post launch of the new programs and architecture.
• Design the future computing platforms, tying into the overall sophisticated EE architectures that drive the company.
• Be involved Ford's development of sophisticated computing solutions for our next generation EE architectures.

Electrical Architect

AI Engineer

• Creating the future of smart mobility requires the highly intelligent use of data, metrics, and analytics. That’s where you can make an impact as part of our Global Data Insight & Analytics (GDIA) team.
• Responsible for designing, developing, testing and maintaining software applications and products to meet customer needs both on-prem and cloud native.
• Involved in the entire software development lifecycle including designing software architecture, writing code, testing for quality and deploying the software to meet customer requirements.
• Full-stack software engineering roles, who can develop all components of software including user interface and server side also fall within this job function.