Ford Motor Company

Data Scientist

• Architect, develop, and deploy end-to-end agentic full-stack Generative AI (GenAI) applications that solve complex real-world problems, with a specific focus on improving engineering challenges and inefficiencies.
• Design and implement robust, scalable data science and Machine Learning Operations (MLOps) pipelines primarily within cloud environments like Google Cloud Platform (GCP) and Amazon Web Services (AWS), ensuring efficient deployment and maintenance of AI solutions.
• Lead the integration of new cloud technologies and AI tools (e.g., Vertex AI) into our workflows, continuously evaluating their potential and articulating their business value to drive innovation and efficiency.
• Develop intuitive and responsive front-end user interfaces that enable seamless interaction with agentic AI systems and effectively translate complex outputs into actionable insights.
• Acquire a deep understanding of vehicle engineering problems, translating them into appropriate mathematical representations and AI/ML solutions (classification, prediction, intelligent automation).
• Ensure the overall quality and integrity of data and solutions throughout the development lifecycle, from data collection and cleaning to model deployment.

Application Engineer

• Act as the primary technical interface and advocate for the UCap/EMM system's requirements and integration needs to core software development teams, vehicle program stakeholders, and other cross-functional groups.
• Collaborate with key stakeholders to translate UCap/EMM system-level requirements (functional, performance, safety, cybersecurity) into clear, actionable inputs for software development teams. Review software requirements and designs from an UCap/EMM system perspective to ensure alignment with hardware capabilities and system specifications.
• Collaborate with functional safety engineers and software teams to ensure UCap/EMM software solutions meet ISO 26262 standards. Provide UCap/EMM system input for ASIL-compliant software requirements, specifically focusing on the UCap/EMM's role as a redundant power supply source to mitigate power-related failures and ensure continuous power delivery to safety-critical systems (e.g., braking and steering) for achieving required ASILs. Review safety mechanism designs and participate in safety analyses (e.g., FTA, FMEA) from an UCap/EMM system perspective.
• Act as a critical technical liaison between UCap/EMM hardware design, core software development, system/feature owners, and validation teams to ensure seamless integration and resolution of inter-disciplinary issues.
• Understand the interaction between UCap/EMM software, microcontroller units (MCUs), peripheral drivers, and Real-Time Operating Systems (RTOS) to effectively support UCap/EMM system integration and troubleshooting.
• Ensure the UCap/EMM software properly implements and utilizes automotive communication protocols (e.g., CAN, LIN, Ethernet) for effective interaction between the UCap/EMM module and other Body Control Modules (BCMs) and vehicle ECUs.
• Contribute to the development and review of comprehensive software validation and test strategies (including unit, integration, system, and HIL testing) to verify that the UCap/EMM software correctly controls and manages the UCap/EMM hardware and meets system requirements.
• Lead and actively participate in Root Cause Analysis (RCA) efforts (e.g., 8D, 5 Whys, Fishbone diagrams) for UCap/EMM system issues, especially when software is a contributing factor or interacts with the problem. Utilize UCap/EMM system expertise to guide investigations and collaborate with software SMEs to identify and implement robust solutions.
• Monitor the software build, configuration, and release process, ensuring that UCap/EMM software versions are correctly managed and documented for vehicle program integration and compatibility.
• Review external software deliverables from an UCap/EMM system perspective, ensuring they meet Ford's technical specifications and quality standards.
• Review software design documents, architecture specifications, validation plans, and release notes for accuracy and completeness, ensuring alignment with UCap/EMM system objectives.
• Provide expertise to ensure software properly addresses Automotive Powernet Low Voltage Power Supply (LVPS) Systems, including system voltage regulation, battery and ultracapacitor (UCap) charging strategies, and power load management techniques related to UCap/EMM functionality.
• Provide expertise to ensure software effectively develops and implements strategies for diagnosing system faults and managing them effectively within UCap/EMM and interacting automotive power supply systems.

SW Applications Engineer – Ultra Cap/Energy Modules

Architect

• You’ll join an agile team of doers pioneering our EV future by working collaboratively, staying focused on what matters, and delivering excellence day in and day out.
• In this position, you are the mastermind configuring core safety software components to ensure our systems are as reliable as they are efficient.
• You will drive the development of Functional Safety solutions for Inverter System Controllers (ISC) and Drive Motor Controllers (DMCM), ensuring the safety and excellence of our future EREV, EV, and Hybrid vehicle platforms.
• You will dive deep into code to solve complex challenges—from processor resets to memory protection violations—ensuring the powertrain runs smoothly and responds instantly to every driver command.

Vehicle Controls ECU Platform Functional Safety Architect

Software Engineer

• Lead a global team of approximately 75 employees and 11 managers, overseeing an $18M operating budget, facility operations (Central and Fastener Labs), and UAW labor relations, including contract negotiations.
• Drive global material strategies and standards for total vehicle corrosion protection, sustainable materials, and fastener technology, ensuring full compliance with restricted substance management and recycled content goals.
• Oversee the verification of environmental durability and material compatibility through CAE modeling and physical testing to support GPDS milestones, engineering drawing reviews, and global program sign-offs.
• Act as a global Subject Matter Expert (SME) to resolve complex launch and field concerns through root cause analysis while leading the research and development of emerging material and corrosion technologies.
• Provide expert root cause analysis and R&D for emerging material and durability technologies.

Global Material Engineering – Testing Standards Manager

Engineer

• As a Studio Liaison Engineer, you will serve as the primary technical interface between the Design Studio and Functional Engineering teams
• Advocate for the studio’s aesthetic intent within the engineering community and translate complex engineering criteria into actionable feedback for designers
• Protect the integrity of the design theme while ensuring every component meets rigorous engineering requirements, safety standards, and manufacturing feasibility
• Work side by side with Studio, Design, Engineering, and Program

Studio Liaison Engineer

• Lead a team of engineers dispersed throughout our assembly plants
• Lead data driven and plant floor analysis of current model quality concerns and/or process/manufacturing related issues
• Identify, develop, and deliver ICAs, PCAs, and PRAs for current model quality concerns and/or process/manufacturing related issues
• Operate cross functionally with Plant Engineering, Product Development, Vehicle Program Engineers, Quality Offices, STA, VME FAE Core and Manufacturing Program Teams, and other groups throughout the company
• Engage SMEs and groups/engineers within different teams (FAE and otherwise) for assistance in driving Quality
• Utilize data from VRT health charts to prioritize response actions that drive largest R/1000 reductions
• Lead report outs to senior and executive leadership teams
• Represent VME FAE at VRT functions, supporting as required
• Lead implementation of tools/technologies/error proofing to improve quality and to resolve process/manufacturing related issues
• Manage VME responsibilities for minor programs and running changes at assembly plants which include, but are not limited to, assessing manufacturing feasibility, estimating facility and tooling costs, updating engineering concerns, and writing of purchase orders.
• Perform in-plant trials and prove-out associated with engineering concerns, MCR actions, alerts and PSOs.
• Support GSPAS, PFMEA and control plan updates, delta audits, GERT investigations, ECN maintenance, change control and VME initiatives tied to current model programs
• Provide support for containment on stop ships
• Assist with incoming quality
• Support daily quality meetings, weekly regional meetings, plant VQRs, and warranty binning meetings
• Support corporate labor initiatives

Engineering Supervisor

Systems Engineer

• Lead the development and integration of Functional Safety work products on vehicle program applications for Advanced Driver Assistance Systems (ADAS) features like BlueCruise and Pro-Trailer Hitch Assist
• Develop and maintain Hazard Analysis and Risk Assessments (HARA), Functional Safety Concepts (FSC), and Technical Safety Concepts (TSC).
• Produce safety analysis (DFMEA, FTA, DFA, per ISO 26262)
• Support the planning of Safety Verification & Validation activities at different levels of system abstraction
• Support the creation of test cases (DVP), their execution and evaluation of the results
• Contribute to the safety audits and assessments
• Collaborate cross-functionally with systems, hardware, software, and V&V stakeholders to deliver a safe product with a comprehensive safety case

ADAS Functional Safety Systems Engineer

Full-stack Engineer

• Develop Ford Reservation Services iteratively in fast pacing always relevant environment
• Create features based on regular user interviews and fast feedback
• Work in an environment where you can learn and share knowledge openly
• Define, foster, and advance your team’s culture, norms, and practices
• Maintain a healthy work-life balance while revolutionizing automotive

Senior Software Engineer

Designer

• Define future design direction — Develop strategic exterior and interior design visions that guide early‑phase product development.
• Explore trends & user insights — Investigate cultural, technological, and behavioral shifts to uncover new product and experience opportunities.
• Shape brand identity — Translate Ford’s Brand DNA into clear product stories and design principles.
• Create compelling visuals — Produce high‑quality 2D sketches and 3D digital visualizations that communicate design intent.
• Collaborate across disciplines — Work closely with Planning, Marketing, Engineering, and other design teams (Exterior, Interior, CMF, Design Engineering).
• Design components & accessories — Develop concepts for personalization, interior/exterior components, and lifestyle products.
• Prototype & validate — Support rapid prototyping, 3D modelling, and physical model development to ensure design intent is preserved.
• Deliver with excellence — Manage projects through Ford’s Core Design process and GPDS timelines.
• Maintain compliance — Follow established security, confidentiality, and design sign‑off protocols.

Senior Automotive Designer

Digital Marketing

• Interact with the respective stakeholder to get the latest input documents for the models to be launched.
• Update the tracker for the requests and amendments received.
• Report the progress of the Project using reports, Dashboard and tools.
• Keep a keen interest in process improvements through technical / automation perspective.
• Coordinate with the supporting stakeholders for the digital assets and site setup.
• Verify the inputs performed by the authoring analyst to ensure quality output.
• Receive approval from the respective stakeholders for publishing the models.
• Enable supporting contents for Inventory and E-Commerce requirements.
• Maintain compliance and control documentation for managing audits & reviews.

Digital Marketing Analyst, Product Data Management

• Comply with GPDS deliverables UNVx, UPVx, FDJ, TDJ, PEC, FEC and Launch Phases
• Design wiring harnesses complying with program cost, weight, quality, performance, and timing targets.
• Complies with Robustness Engineering Disciplines (Quality history, P-Diagram, FMEA, etc.) ensuring compliance to requirements and specifications.
• Ensures design (SDS, Design Guides), test (procedures) and development mechanisms are adhered to.
• Knowledge and application of six sigma, problem solving skills using 3L5W, 8D, Is-Is Not
• Leads Technical Design Reviews (TDRs)
• Release parts in FEDEBOM and WERS through the product life cycle. Support the Change Control Meeting.
• Audit and update BOM (Bill of Material) with correct part levels and usage, for prototype builds and maintain it post Job 1.
• Identify validation, durability and functional test required as per requirements and specifications. (DVP / FEDE DVP dashboard)
• Issue resolution in Digital and Build Phases of Product Development.
• Analyze and break down Program Direction Letter and Trim Spiders to account for EDS.
• Generate proposals to minimize giveaway cost and reduce total part count.
• Generate design optimization proposals utilizing benchmarking.
• Develop and maintain the build level complexity charts.
• Perform Harness Complexity Analysis.
• Perform engineering cost estimates.
• Define and verify engineering prototypes requirements at part level.
• Parts implementation/Sign-off in manufacturing and assembly plants assisting quality issue resolution in all milestones.
• Basic knowledge of supply chain processes and concepts
• knowledge of PPAP, APQQ and Open to Go Metrics
• Knowledge of Launch Quality Operating System
• Knowledge and understanding of AIMS, Jira, etc.
• Support prototype and production build events for forward model programs.
• Support quality and manufacturing quality forums s required.
• Submit invention disclosures, process improvements and best practices.
• Comply with training as outlined in calendar year objectives.

Product Development Engineer

Solutions Engineer

• Design, develop, validate, and release automotive systems, subsystems, and components for FSS/Build-To-Print Suppliers for assigned programs.
• Monitor the development of Interior Systems for Ford vehicles according to company-specific benchmarks.
• Design parts in order to comply with Corporate and Local requirements for parts validation, considering the WCR (Worldwide Customers Requirements), ES (Engineering Specifications) and SDS (Systems Design specifications) as well as the Manufacturing and Assembly requirements.
• Translate customer, regulatory, and product requirements into engineering targets.
• Monitor suppliers and analyze customer feedback through Ford's systems.
• Responsible for parts incorporation at the Assembly Plant.
• Support suppliers and assembly departments with current production quality and manufacturing issues.
• Look for design improvements to increase quality and cost/weight optimization.

Cockpit & Trim System Integration Engineer

• SDET / Framework Enhancement: Lead the effort to increase the capabilities of the automation framework by developing robust, scalable test libraries and tools that interface with vehicle ECUs.
• System-Level Test Coverage: Design, develop, and implement comprehensive automated test coverage for in-vehicle system-level tests, focusing on the end-to-end validation of OTA software update functionality.
• System Triage & Root Cause Analysis: Perform deep-dive analysis of log files and system behavior to characterize software defects and automation failures. You will be responsible for triaging results and collaborating with development teams to resolve complex software bugs.
• Framework Stability: Monitor CI/CD pipeline execution and perform the technical triage required to identify and fix "flaky" tests, ensuring the overall stability and reliability of the framework.
• Lab Health (Maintenance): Provide essential maintenance for existing in-vehicle test stations (DUTs, network connectivity, and support PCs) to guarantee uninterrupted test execution.
• Agile Collaboration: Participate in agile scrum development sprints, contributing to team deliverables through rigorous code reviews and architectural planning.

EESE Engineer

Manager

• Act as Company Secretary to three Trustee Boards; managing agendas, minutes, and filings for those Boards. Ensure compliance with applicable legislation, regulation and Regulator guidance including delivery and coordination of Trustee Risk Register, Effective System of Governance and ORA requirements. Ensure delivery and coordination of all necessary training for the Trustee Board.
• Oversee, and work in regular collaboration with, Aptia to ensure contractual compliance, high member satisfaction and to drive forward enhanced member connection to the administrator.
• Manage high-level relationships with a suite of other professional advisors, including Scheme Actuary, Legal Counsel, Auditors, Independent Trustees and Covenant.
• Work with the US Corporate & Investment teams, Trustee Boards and external advisors to develop and execute future de-risking activities.
• Manage the relationship with the Legal & General Master Trust, ensuring effective auto-enrolment/re-enrolment processes and high-quality member service and communications. Support Ford Executives with guidance on retirement options and pension implications.
• Act as the subject matter expert within Ford, and be able to advise on and resolve complex cases and complaints. Manage the IDRP process, investigating formal complaints and coordinating responses to the Pensions Ombudsman.
• Oversee DC Plan and legacy DB schemes and act as a Trustee/Manager for the Management Healthcare Trust.
• Based in Dunton (Essex) with some travel to meetings in London and surrounding area required.

Pensions Manager

SDET

• Lab Management: Work with other thermal test engineers and technicians to manage and maintain the thermal test lab facilities, including equipment calibration, scheduling, and ensuring a safe and efficient testing environment.
• Test Fixture Design: Collaborate with Design Engineers to design, procure, and validate specialized test fixtures for component, subsystem, and system-level thermal testing.
• Component & Subsystem Characterization: Plan and execute characterization tests for individual thermal components (pumps, valves, heat exchangers, compressors, etc.) and integrated subsystems (coolant loops, refrigeration circuits, HVAC modules). Provide empirical data to System Engineers for plant model validation.
• Full Vehicle Validation: Lead and execute comprehensive full vehicle thermal validation tests in environmental chambers, climatic wind tunnels, and on test tracks, simulating various real-world and extreme operating conditions.
• Data Acquisition & Analysis: Select, install, and calibrate appropriate instrumentation (thermocouples, pressure transducers, flow meters) and manage high-volume data acquisition systems. Analyze test data to assess performance, identify anomalies, and support root cause analysis.
• Test Automation: Develop and implement automated testing protocols for long-term durability and reliability cycles. Partner with systems and controls engineers to integrate robust safety loops and external monitoring, ensuring autonomous tests operate safely and fail gracefully under anomalous conditions.
• Reporting: Prepare detailed test plans, procedures, and reports summarizing test results, findings, and recommendations for various engineering teams.
• Troubleshooting: Provide critical empirical data and test expertise to support troubleshooting efforts across all thermal engineering disciplines.