Ford Motor Company

Manager

• Manage the global teams in various regions to ensure alignment on approach and discipline. These regions include North America, Europe, South America, Australia, and China.
• Application Engineering: Own the hardware system integration of the Driveline commodity from the virtual phase through prototyping, design verification, and product launch.
• Own the Variable Cost and Vendor Tooling of all in-flight driveline commodities to produce efficiencies that deliver company EBIT targets
• Lead the comprehensive waste management of year-over year cost-save initiatives on current production programs.
• Total Responsibility for Lifetime Quality: 0, 1, 3, 36 Months in Service
• Formulate and deliver the department’s 1,3-, and 5-year strategy initiatives, in-line with the larger Underbody Systems Engineering foundation.
• Manage and deliver department spending budgets (headcount, materials, services) on an annual basis with an outlook to forward years.
• Work directly with the System Architecture and Core Manager in Driveline for the following: Shape system selections of new programs at early adoption. Maintain yearly commodity business plans in partnership with our Supply Chain team to ensure a strategic approach to quality, cost, and supplier resilience. Deliver a Year-over-Year reduction in high time in service quality (>36 months in Service), becoming Best in Class in Driveline.

Manager, FWD/RWD Driveline Systems

Full-stack Engineer

• Designing and implementing the chassis controls on the vehicle dynamics module (VDM) controlling Ford Racing’s off-road semi-active suspensions.
• Specification, design, implementation, and testing of low-level and high-level software for semi-active suspension controls
• Identify reusable strategies from current Ford in-house controls to accelerate new Ford Racing algorithm development
• Develop software strategies that utilize a mix of Ford and Ford Racing in-house resources as well as outside resources
• Develop embedded software from low-level hardware drivers to application layer components
• Design and specify interfaces between application software and firmware
• Expand Ford Racing Simulink models to control new semi-active suspension hardware (Stabilizer Bars, new damper technology)
• Work with/resolve ambiguity in requirements/specifications/designs
• Create elegant, efficient real-time software components and interfaces
• Develop software component testing methodologies and implementations to ensure maturity/stability/release readiness
• Develop SIL/HIL testing methods for Ford Racing modules including using hardware debuggers
• Familiar with ISO26262-compliant software
• Instrument and profile software to identify opportunities for optimization on the submodule and system level
• Develop comprehensive test plans and perform thorough testing to validate firmware functionality, stability, and performance under normal, extreme, and faulted conditions
• Hands-on hardware bring-up, system debugging, and code optimization

Semi Active Suspension Controls Software Development Engineer

Product Designer

• Lead/Guide the SAP Modernization effort of VI&D utilizing your strong expertise in SAP S4 HANA Sales and Distribution (SD) & SAP Vehicle Management System (VMS) with Tax knowledge
• Lead/Guide the transition to SAP including all of the following: validate the solutioning of the System Integrators (design, build, test, & deployment), navigate the hyper-care phase, and facilitate the long-term support activities including future enhancements and upgrades
• Easily assimilate into the existing Global Team and will help to shape the modernization efforts of the Application.
• Maintain accurate systems related documentation and adhere to Systems coding/security standards in accordance with Ford Guidelines/Controls
• Effectively engage in technical discussions within the Application Team, other iERP PDOs, and with other interfacing Applications.
• Strong ability to navigate new, complex, and challenging SAP technical situations with creative solutions
• Ability to bridge Legacy Mainframe Systems with SAP/S4 Hana leading-edge technology
• Analyze complex problems/gaps and develop/identify the most viable and efficient SAP solutions
• Superior capability in analyzing complex business requirements, documenting /updating Functional Specs and can easily guide the Technical Teams in SAP Customizations
• Strong functional experience in supporting SAP upgrades, support, and maintenance of Sales and Distribution (SD) & SAP Vehicle Management System (VMS) modules
• Superior ability to quickly build relationships with people, including Software Engineers and Product Owners
• Demonstrated ability to develop technical solutions, lead, and guide small teams through complex technical situations (Solid Technical Leadership abilities)

SAP Functional Product Designer

Ecommerce

• Consider joining Ford as a Technical Project Manager in our Ecommerce space. This role is responsible for being a key driver in orchestrating delivery of critical business values for small to large, internal, and cross-enterprise projects that directly impact customer experiences.
• Projects may include improvements to core elements of our online shopping experiences including pricing, incentives, promotions, lease and financing options for shop and buy customer journey as well as special projects that involve various partners.
• Leading via influence multi-functional teams from across the technical teams and product management teams, the incumbent will handle a small portfolio of projects, from Discovery through to Delivery.
• In addition to showing entrepreneurial thought leadership, you will be required to use core project management, communication, presentation and creative problem-solving skills to deliver projects on time and within budget.
• You will serve as a key driver for our eCommerce platform, translating strategic roadmaps into executable plans and prioritized backlogs. You will provide strong agile leadership, cross-team coordination, and operational portfolio management, aligning business, technical, and security workstreams to deliver high-quality, customer-centric experiences.

Technical Project Manager – Ecommerce

General

• Serve as the go-to technical resource for manufacturing engineers on battery pack assembly systems, processes, and equipment.
• Mentor and coach engineers on best practices, troubleshooting techniques, and emerging assembly technologies.
• Support technical training initiatives and contribute to the development of internal technical standards and guides.
• Provide technical input on Design for Assembly / Design for Manufacturing (DFA/DFM) during early concept and feasibility studies.
• Support Core Program Team requirements, including OneSpot/Functional Specifications, process sheets, build sequences, and equipment takt time.
• Provide hands-on technical support for the design, procurement, and integration of assembly stations, transport systems (conveyance, robotics, material handling), and test equipment.
• Support make-like-production and machine tryout part procurement strategies for physical build phases.
• Contribute to the development and governance of PFMEAs, and collaborate with Product Development on Safety and Critical Characteristics Association Forms (SCCAFs) and Control Plans (DCP).
• Ensure technical alignment with Bill of Process (BoP), Equipment Standard (E2KS), and Manufacturing Delivery/Program Standards (MDS/MPS).
• Provide technical expertise on GDT, dimensional stack-up analysis, vision systems, error-proofing, and end-to-end component traceability.
• Support MIDAS deliverables for equipment validation and lead technical issue resolution (PDCA) from builds through Rate of Climb (RoC).

Battery Pack Technical Specialist

Business Operations

• Optimize VHE's operational efficiency and strategic alignment by managing financial resources (including engineering budgets, expenses, and capital projects).
• Support workforce planning initiatives (such as model implementation, recruitment, and intern/co-op programs).
• Advance strategic initiatives like Automation for Operational Excellence, Streamlining and Standardizing processes, and Optimizing Resource Allocation.
• Ensure compliance through control testing, ISO, and objectives audits.
• Drive operational excellence by managing KPIs, facilitating business plan reviews, and identifying process improvements.
• Coordinate high-level communications, managing surveys, and maintaining critical operational dashboards and SharePoint sites.
• Provide chief-level operational support, focusing on Robust Governance & Standard Operating Procedures and a Culture of Accountability.

Business Operations Supervisor

Engineer

• Combine strong first principles fundamentals with hands-on automation expertise to deliver reliable automated systems that improve manufacturing performance.
• Comfortable designing new automation solutions and drive through implementation, as well as troubleshooting complex robotic equipment for material handling lines.
• Collaborate across multiple engineering disciplines and drive continuous improvement initiatives in a fast-paced automotive manufacturing environment to improve safety, quality, productivity and equipment reliability.
• Develop 3D simulations of robotic work cells with Siemens Process simulate to validate fixturing, tooling and equipment integration and accurate systems kinematics.
• Program and validate Fanuc robot tracks and end of arm tools, including offline robot paths, reach studies, cycle time optimization and interfacing with other systems.
• Use simulation data to define production line layouts, ergonomics, safety and equipment reliability.
• Drive virtual commissioning efforts to reduce prototyping activities as well as accelerating equipment readiness during commissioning.
• Travel up to 60% domestic to support installation, commissioning and troubleshooting of casting and machining production lines, including x-ray and 3D scan cells.
• Support software and HMI design following Ford standard templates.
• Drive automation equipment procurement, vendor management and equipment improvements.
• Ensure compliance with safety standards, machine guarding requirements, and automotive manufacturing specifications.
• Create and maintain engineering documentation, including equipment specifications, tooling drawings, operating procedures, troubleshooting guides, and maintenance documentation.

Casting Manufacturing Engineer

Security Analyst

• Support the Service Manager in maintaining relationships with OGC, the application teams and other across the shared services teams, by preparing documentation, tracking action items, and coordinating meeting logistics.
• Assist in the collection, organization, and validation of evidence artifacts, metrics, and control documentation required for the Global IT risk management framework.
• Help monitor information security controls on an ongoing basis and flag deviations, gaps, or emerging risks to the Service Manager for escalation to the global GRC team.
• Coordinate the annual risk assessment process for selected applications by gathering data, coordinating stakeholder input, and drafting supporting documentation.
• Contribute to the preparation of annual reports and governance materials, including drafting content and compiling data for C-level presentations.
• Assist in disseminating GRC training materials and coordinating regional awareness sessions, including scheduling, content adaptation, and tracking participation.
• Maintain and update trackers/logs of newly identified IT risks and compliance gaps, ensuring accurate documentation before escalation to the global GRC team.
• Support certification lifecycle activities (e.g., audit scheduling, evidence readiness checks, tracking remediation actions) for relevant frameworks.
• Conduct research on regional regulatory requirements and summarize findings to support the Service Manager's representation of regional needs within the global team.
• Assist with ad hoc reporting, data analysis, and documentation requests from internal stakeholders, auditors, or the global GRC team.

Cybersecurity Compliance Analyst

Security Engineer

• Driving the organization's certification expansion roadmap, maintaining continuous evidence readiness, and ensuring ongoing internal and external audit preparedness
• Directing the end-to-end lifecycle of internal cybersecurity audits and compliance certifications
• Developing and executing a multi-year certification roadmap while driving continuous readiness through proactive gap analyses, mock audits, and a centralized evidence repository
• Leading enterprise risk assessments, maintaining a continuous risk register with clear mitigation timelines
• Partnering cross-functionally with engineering, legal, IT, cybersecurity, and business leadership to embed audit readiness into daily operations
• Optimizing GRC tooling to automate compliance processes and streamline evidence collection
• Delivering executive-level compliance metrics and risk dashboards that track certification roadmap progress

Manager – Cybersecurity GRC Compliance

Director

• Partner with operating teams to develop aspirational targets to achieve best-in-class quality levels, and identify physicals-based roadmap actions to deliver over the Plan period
• Act as a trusted advisor, translating complex technical warranty accounting concepts into clear, impactful insights for audiences with varying levels of warranty accounting knowledge
• Monitor key performance indicators (KPIs) to track the progress, and apply problem-solving approach when metrics off-track to identify recovery actions to ensure delivery of warranty financials
• Develop annual business plans and budgets, and monthly forecasts ensuring operational alignment and buy-in to warranty projections and forecasts, while driving operational warranty cost improvements
• Manage monthly and quarterly warranty close processes, external quarterly earnings messaging, and quarterly external benchmarking analysis
• Ensure adherence to warranty Rules of the Road, accounting guidelines and internal controls governing warranty reserves and expenses
• Cultivate strong, collaborative relationships with senior leaders in our quality organization, FCSD, finance teams, global data and analytics, and other business units
• Lead, mentor, and develop a high-performing, highly engaged team of warranty finance professionals, fostering a culture of business partnering, strong controls, continuous improvement, and agility

Director, Warranty

Program Coordinator

• Support Project Managers with planning, execution, and completion of automotive programs.
• Develop and maintain project schedules, timelines, milestones, and action item trackers.
• Coordinate meetings, prepare agendas, document meeting minutes, and distribute follow-up actions.
• Monitor project deliverables and proactively communicate schedule risks or delays.
• Track project budgets, purchase orders, invoices, and expenditures assigned.
• Coordinate activities between engineering, manufacturing, quality, procurement, logistics, suppliers, and customers.
• Maintain project documentation, including project plans, change requests, status reports, and customer deliverables.
• Assist with new product launches, engineering changes, and production readiness activities.
• Support customer reporting requirements and ensure timely communication of project updates.
• Monitor open issues and drive resolution through collaboration with cross-functional teams.
• Assist with resource planning and project workload coordination.
• Ensure project documentation complies with company procedures and applicable automotive quality standards.
• Support continuous improvement initiatives related to project management processes.
• Prepare project dashboards, metrics, and executive status reports.
• Perform additional project coordination duties as assigned.

Program Coordinator – Powertrain Programs

Systems Engineer

• Lead the definition and design of new emissions concepts, integrating hardware, controls, and packaging across the engine, transmission, generator, and aftertreatment systems.
• Coordinate subsystems and lead technical trade-off discussions across different engineering domains to achieve an optimized system-level solution.
• Drive project milestones and workstream coordination using the Global Technical Development System (GTDS) to ensure timely delivery of project goals.
• Develop and maintain core systems engineering and quality documentation, including Boundary Diagrams, P-Diagrams, and Design Failure Mode and Effects Analysis (DFMEA).
• Define attribute targets and cascade system/subsystem requirements, functions, and use cases to ensure compliance throughout the vehicle's full useful life.

Diesel Emissions Systems Engineer

• Design, execute, and analyze bench-scale flow reactor experiments on small wash coated monolithic core samples (DOC, SCR, ASC, DPF) to generate high-quality catalyst performance data.
• Operate and maintain flow reactor systems coupled with analytical instrumentation such as FTIR for gas-phase species quantification and reaction analysis.
• Apply fundamental catalyst kinetics and mass transfer principles to interpret reactor data and identify kinetic- vs. diffusion-limited performance regimes.
• Generate and structure experimental data to support kinetic parameter extraction and development of 1D catalyst/monolith performance models; experience developing 1D models independently is a strong plus.
• Design and execute catalyst aging protocols (thermal, hydrothermal, chemical/poisoning) to evaluate durability and robustness under real-world conditions.
• Perform or coordinate chemical/physical characterization of fresh and aged catalyst samples, including BET, SEM, Chemisorption, XRF, and XRD, to identify aging mechanisms and correlate with performance loss.
• Apply Global Technology Development System (GTDS) methodology and structured problem-solving tools, including FMEA (Failure Mode and Effects Analysis) and 8D, to proactively identify catalyst failure modes and resolve technical issues.
• Support DVP&R (Design Verification Plan and Report) development to ensure testing aligns with durability and performance requirements.
• Facilitate technical dialogue and collaborative problem-solving with catalyst and substrate suppliers, including reviewing formulation/design changes, discussing performance and durability data, and driving joint resolution of technical issues.
• Collaborate cross-functionally with modeling, catalyst design, systems engineering, and quality teams to translate experimental findings into actionable design and calibration decisions.
• Deep understanding of global emissions regulatory requirements as they relate to catalyst performance and durability targets.
• Document methodologies, results, and conclusions in technical reports and present findings to cross-functional and leadership audiences.
• Stay abreast of emerging catalyst materials, characterization techniques, and modeling approaches to maintain Ford's leadership in clean propulsion systems.

Diesel Aftertreatment Development Engineer

• Global core engineer for coolant hoses/tubes.
• Responsible for supporting Technical Specialist with creation and maintenance of the Core Engineering Documents (FMA Documents, Requirements, ES’s, and Test Procedures, etc.)
• Support cooling hose joint requirements (including interfacing with ergonomics), associated tools (e.g., HJOINT), and program sign-off.
• Collaborate with Vehicle operations to improve quality, align on and meet ergonomic requirements and improve state of the art for error proofing
• Work closely with other flexible components (e.g., EDS, Fuel, brake lines) to develop best practices for clearance requirements, sleeve compatibility, DPA Signoff (e.g., clip selection, sleeve compatibility, clearance checks, motion modeling)
• Support technical assessment of suppliers for new technology components including qualification of local suppliers for global supplier localization efforts.
• Optimize designs for Cost reduction while maintaining quality performance.
• Support pre-program team initial cost estimates, engineering assumptions, and benchmarking.
• Coordinate the implementation of new suppliers and technologies using the Ford GTDS process with efficient program management techniques.
• Identify, monitor, and mitigate project risks during new supplier implementation.
• Review and approve DV (Design Verification) and PV (Product Validation) plans
• Engage in component tech clubs and core process development to facilitate improved program delivery
• Capture lessons learned/PRA and develop updated test plans, requirements, and specifications.
• Hands on troubleshooting of components and related sub-system and vehicle issues
• Support resolution of manufacturing issues
• Manage coolant hose and tube SREA approvals.
• Lead resolution of cross carline warranty issues
• Provide technical support for cost reduction ideas and quality issues

Cooling Hose Core Engineer

SDET

• Plan and execute vehicle testing for acceleration, power delivery, gradeability, and towing across various temperatures, SOC, and loading conditions
• Contribute to the final design and commissioning of best-in-class test cells (chassis dyno, hub dynos, climatic chambers) and develop internal standards for EV range & performance testing
• Create SOPs for lab operations in accordance to ISO/IEC 17025 for dyno calibrations/ maintenance and vehicle operations
• Lead validation across chassis/hub dynos and on-road environments
• Support global range and energy efficiency development & certification testing for regulatory labeling across international markets
• Own test procedures for hub and chassis dynos, including grade simulations, towing mass/drag modeling. Specify dyno requirements for torque capacity, inertia simulation, and cooling
• Direct precise instrumentation of test vehicles, including the installation of torque transducers, thermocouples, voltage/current measurements, & other instrumentation to ensure high-fidelity data acquisition for integrity and traceability
• Analyze large datasets to extract powertrain efficiency maps and provide correlation studies on physics-based models to diagnose discrepancies between simulation and real-world results
• Drive collaboration with powertrain, controls, and thermal teams to provide test-driven feedback on motor/inverter calibration, torque limits, thermal derating, and aero trade studies.