Ford Motor Company

Architect

• Design and develop information data models including EDM, Conceptual, logical and physical data models for Industrial Systems. Manage and maintain the models in a Power Designer repository.
• Map Application to Conceptual Data Model, Business Process and Business Capability
• Support product team’s intake process, understanding business requirements, translating them into people, process, data and system requirements, applying data architectural principles, and providing expert guidance.
• Lead the discovery and analysis phase of Industrial Systems Data Platform, ensure a deep understanding of our data landscape and facilitate integration of diverse sources into a unified data model.
• Provide data analytics guidance to product teams.
• Lead conceptual discussions to understand the organization's data landscape. Identify and evaluate candidate data sources, maintain data models and data dictionaries for all identified source systems. Develop and define Canonical Domain Models.
• Profile source system data, define comprehensive data quality requirements, identify data quality dimensions and metrics. Provide guidance on data quality monitoring, measuring, reporting and addressing issues.
• Establish data architecture principles, data standards, best practices, and guidelines for the design of the data platform including data catalog, data lineage, observability, security and interoperability.
• Perform proof of concepts and guide Product team members to design and develop using different GCP data engineering technologies and tools.

Data Architect

Financial Planning and Analysis

• Coordinate with various inputters and stakeholders to communicate cash deadlines and ensure timely delivery
• Prepare month-end cash actuals for the Corporate Other segment and consolidate corporate cash reporting
• Validate and implement month-end cash overlays
• Prepare cash forecast for Corporate Other and consolidate Corporate Cash forecast
• Prepare annual business plan cash forecast for Total Company
• Deep dive unexpected cash data to understand and identify appropriate cash treatment
• Support quarter and year-end external reporting by:
• Preparing the quarterly management adjusted Cash Flow Statement
• Reconciling cash flow from debt with corporate accounting
• Reconciling management’s Adjusted Free Cash Flow to accounting’s GAAP Operating Cash Flow
• Confirm accuracy and alignment of externally reported cash data
• Provide concise explanations for reported cash movements
• Support Treasury’s cash management efforts as needed
• Drive ongoing process improvement individually and across multiple teams

Cash Flow Finance Analyst

Systems Engineer

• Provide technical leadership and direct line management for a dedicated team of systems engineering Subject Matter Experts within the Powertrain Controls software organization.
• Bridge the gap between high-level vehicle attributes and low-level software implementation for internal combustion engines, automatic transmission, and driveline technologies.
• Develop rigorous systems engineering solutions to support increasing system complexity, ensure compliance with End-to-End (E2E) regulatory standards, and shift defect detection earlier in the design cycle.
• Deep collaboration with your team, base software engineers, and cross-functional stakeholders to deliver high-quality mechatronic systems.
• Establish a complete digital thread and mitigate launch risks.
• Collaboration with software development teams within the Powertrain & Electrified Controls (PTEC) organization, and other vehicle & controls teams.

PTEC Systems Engineering Supervisor – Powertrain Controls

Technical Program Manager

• Own feature delivery over mid- to multi-year horizons; manage schedules and backlogs
• Define project goals and delivery roadmaps; align resources with priorities and technology staging
• Establish and track technical success metrics including key performance indicators
• Translate customer requirements into actionable specifications across multiple teams; identify gaps and opportunities
• Define required data sets; analyze and inform impactful decisions for the feature area
• Resolve technical issues; anticipate risk, develop mitigations, lead communications with responsible and stakeholder teams
• Lead retrospectives and continuous improvement through kaizen practices
• Maintain awareness of industry trends and evolving technology practices

Technical Program Manager – Cloud/Mobile

Backend Engineer

• Developing Applications: Design, develop, and implement robust and scalable web applications using Java, Spring Boot, and other related technologies.
• Front-End Development: Create responsive and user-friendly interfaces using HTML, CSS, JavaScript, and modern frameworks in Angular
• Back-End Development: Build server-side implementation, ensuring high performance and responsiveness to requests from the front-end
• Database Management: Design and manage databases using SQL such as PostgreSQL, SQL Server
• API Integration: Develop and consume Cloud native RESTful APIs to connect front-end and back-end services seamlessly.
• Design solutions to have high performance and resilient enough for 99.99% availability
• Testing and Debugging: Conduct thorough testing and debugging of applications to ensure software quality and reliability with 100% test coverage and full automated testing
• Collaboration: Work closely with product managers and Other Software Engineers to define and implement innovative solutions for product direction, visuals, and experience.
• Code Reviews: Participate in code reviews to maintain code quality and consistency.
• Continuous Improvement: Stay up-to-date with emerging technologies and industry trends to continuously improve development processes and deliver cutting-edge solutions.
• Engage in the full product life cycle development as a full stack software engineer

Senior Full-Stack Java Developer

Ecommerce

• Focus: Architecting the vision, identifying market opportunities, and aligning stakeholders.
• Comprehensive Channel Strategy: Own the digital roadmap for all B2B parts sales channels, ensuring a unified and aggressive growth strategy that supports Ford’s entire aftermarket distributor and dealer network. Lead B2B parts tools enhancements, maintenance, and long-term strategy with vendor partners/suppliers.
• Market Share Penetration: Identify "white space" opportunities within the B2B landscape to support the eCommerce Strategy. Develop the digital infrastructure required to win over large-scale Multi-State Operators (MSOs), government fleets, and independent repair facilities that currently rely on aftermarket competitors.
• Ecosystem Integration Strategy: Oversee the expansion into new digital touchpoints beyond the web portal, including API integrations with Customer Management Systems (CMS) and Dealer/Sales Management Systems (DMS) to ensure Ford parts are available at the exact moment of need.
• Market Intelligence: Gain a thorough understanding of current and evolving B2B customer needs, industry trends, competitive activity, and technology advancements.
• Strategic SME Leadership: Act as the B2B Subject Matter Expert to educate and support team knowledge; condense complex technical concepts into non-technical language for stakeholders and leadership.
• Expectation Management: Manage cross-functional team and stakeholder expectations to ensure alignment with and execution of the product strategy.
• Agile Product Delivery: Create well-defined features, user stories, and acceptance criteria. Prioritize and accept user stories, incorporating them into meticulous release planning.
• Tactical Execution: Participate in daily standups, iteration planning sessions, product demos, and retrospectives to ensure steady development velocity.
• Revenue Engineering: Design and execute eCommerce-specific marketing campaigns and promotions (e.g., volume-based incentives, seasonal specials, and loyalty rewards) tailored to the unique needs of B2B buyers.
• Conversion Optimization: Relentlessly identify and eliminate friction in the "find-and-buy" process by implementing features like bulk-ordering, VIN-specific filtering, and one-click reordering to maximize Average Order Value (AOV).
• Cross-Functional Collaboration: Foster a culture of "Caring for Each Other" while collaborating with Engineering, UX, Business, and Finance to drive value and collectively resolve impediments.
• User Advocacy: Advocate for the end-user and stakeholder by empathizing with and deeply understanding user needs throughout the development lifecycle.

eCommerce and Catalog Manager

Engineer

• Drive functional issue resolution between functional engineering teams. (Exterior/Interior Systems & Structures, IPTSE, EE Hardware and Underbody Systems, etc.) to support program milestones.
• Drive cross-functional issue resolution (program, finance, quality, attribute, manufacturing, STA, suppliers, etc.) to support program milestones.
• Drive system design efficiency, finding solutions to reduce complexity, vehicle cost and/or vehicle weight.
• Drive Design reviews using live CAD with focus on system or cross-functional system optimization.
• Manage system cost status with D&R / finance teams by reviewing engineering analysis of design changes, ensuring efficient vehicle solution is being brought forward to program.
• Report in a weekly basis program status and progress to leadership team.
• Lead escalation of issues when needed.
• Support functional sign-off and compatibility reviews to deliver all Program Milestones on-time with completed metrics. Provide issue resolution updates to the Integration and Program teams.
• Ensure alignment of engineering resources to budget for all phases of the program.

SET Engineer

Data Scientist

• Acquire a deep understanding of complex engineering and business problems and translate them into scalable AI/ML solutions.
• Design, develop, and implement end-to-end AI/ML pipelines, from data ingestion and preprocessing to model training, evaluation, and deployment.
• Ingest, transform, and analyze large datasets to support the team in launching data products in the Data Factory on Google Cloud Platform (GCP).
• Act as a full-stack data scientist to develop and deliver advanced analytics models, including forecasting, anomaly detection, optimization, LLM, and more.
• Write clean, efficient, and well-documented code in Python for data manipulation, feature engineering, and production-level model development.
• Collaborate internally and externally to identify new and novel data sources and explore their potential use in developing actionable business results.
• Examine, interpret and report analytical results in both written reports and in oral presentations to varied audiences.

Recruitment

• Partner with hiring managers, recruiters, and candidates to coordinate and schedule interviews
• Work with complex and shifting calendars across multiple time zones and facilitate any schedule changes
• Collaborate with other recruiting coordinators on best practices to streamline scheduling processes
• Help expand our University Program and assist with high-volume scheduling during each recruitment term
• Regularly manage pipeline activity and maintain data integrity, and proactively share data-centric updates with internal stakeholders
• Participate in intake meetings with hiring managers to understand needs, ensuring alignment between job descriptions, and target candidate profiles
• Help to identify and improve current processes to optimize workflows and make operations seamless
• Be an advocate for DEI both internally and externally
• Support the recruiting team with ad-hoc projects as needed

Recruiting Coordinator

Solutions Engineer

• Integrate core battery controls and application software components at pack and vehicle level.
• Coordinate BMS software development efforts to ensure alignment with defined requirements and integration with other system components (Charge Port, OBC, DC/DC, Inverter, Thermal System, etc.).
• Develop HV embedded controls software from low-level base software, diagnostics, and controls application firmware modules.
• Verify the performance and reliability of the BMS algorithms using battery packs / cells and battery cyclers.
• Tune and optimize controls calibration parameters to improve performance.
• Support battery pack manufacturing and DV troubleshooting efforts.
• Develop and maintain unit, MIL, and SIL tests to validate software.
• Define and specify interfaces between application software and firmware.
• Work with/resolve ambiguity in requirements/specifications/designs.
• Enforce quality by helping define test cases with test team by providing detailed requirements and supporting documentation when needed.
• Collaborate with platform software, validation, and analytics teams to implement and refine algorithms, and integrate feedback from field and lab data.
• Develop comprehensive test plans and perform thorough testing to validate firmware functionality, stability, and performance under various conditions.
• Extract and document detailed component-level requirements for battery management systems and power electronics, collaborating closely with cross-functional teams (hardware, firmware, systems engineering) to ensure alignment with overall vehicle objectives.
• Contribute to firmware, hardware, systems, and functional safety design reviews.
• Participate in functional safety and failure avoidance analysis of complex electrical and software vehicle subsystems (HARAs, FMEAs, etc.).
• Prepare technical reports and presentations to communicate findings to key stakeholders and management.
• Collaborate with mechanical, hardware and system team for seamless integration of hardware and software components.
• Act as the primary point of contact between the BMS software team and the battery pack team.
• Document integration and calibration processes, test results and system configurations.
• Work with hardware and debuggers at a bench and HIL level to verify software operation.
• Instrument and profile software to identify opportunities for optimization on the submodule and system level.

Staff High-Voltage Software Integration Engineer – BMS, Power Conversion

• Create and implement the control strategy for various vehicle motion attributes and functions, including lateral and longitudinal vehicle dynamics.
• Work with suppliers to define functions and interfaces into 3rd party components, driving further consolidation and integration of vehicle functions into our centralized vehicle motion control system.
• Collaborate with software integration teams to bring up core functions and broadcast software level requirements to electrical hardware and systems teams.
• Understand functional safety principles and participate in functional safety analyses of complex vehicle subsystems.
• Develop comprehensive test plans and perform thorough testing to validate firmware functionality, stability, and performance under various conditions.
• Author subsystem block diagrams and lead subsystem reviews through all vehicle program development phases
• Collaborate with other system integration leads to capture component level requirements, provide subject matter expertise in sourcing discussions, and collect and approve Device Transmittals.
• Early phases of firmware development will focus on hardware validation, labcar testing, and setting up the automation framework for unit, SIL and HIL testing.

Staff Embedded Controls Engineer – Vehicle Motion

Full-stack Engineer

• Strategic Feature Lifecycle Management: Own and drive the end-to-end technical execution of the IVI portfolio. Ensure technical feasibility, integration, and quality across all vehicle milestones, maintaining a deep architectural understanding of system behaviors (SOA, CAN, and cloud extensions).
• High-Level Design & Traceability: Lead the translation and traceability between Product, Systems, and UX. Oversee the creation of Feature HLDs and system APIs, ensuring they align with platform constraints and vehicle configurations.
• Technical Collaboration & "Product Truth": Act as the engineering lead within the Triad partnership (Product, Design, Technical Strategy). Institutionalize architecture and design reviews to confirm specification completeness and technical alignment before implementation begins.
• Partner & Ecosystem Engineering: Serve as the executive technical liaison to external technology partners. Oversee API integration, feature contract negotiations, and compliance with internal architectural standards.
• Agile Governance & PI Planning: Lead the technical input for Program Increment (PI) Planning. Coordinate development OKRs, document engineering commitments, and ensure that technical gaps or open architecture issues are visible and tracked at the leadership level.
• Risk Engineering & Mitigation: Proactively identify and mitigate architecture-level and integration risks. Lead Change Request (CR) impact assessments, providing technical cost/timing estimates and risk analysis across affected ECUs and software layers.
• Defect Triage & Quality Strategy: Establish the strategy for defect root cause isolation. Prioritize and assign complex defects based on platform impact and customer experience, ensuring the backlog is technically scoped and prioritized for the engineering teams.
• Full-Stack Validation & Sign-Off: Accountable for the technical sign-off of feature releases. Ensure robust validation across simulated environments (HIL/SIL) and in-vehicle testing, covering everything from UI responsiveness to middleware and actuator-level outputs.
• Continuous Improvement & OTA Strategy: Lead the delivery of over-the-air (OTA) enhancements and performance improvements, utilizing platform diagnostics and customer data to drive post-launch excellence.
• Executive Visibility & Metrics: Maintain technical dashboards that track feature coverage, architecture readiness, and open risks. Report to senior leadership with a focus on engineering-level gaps and proposed technical mitigations (Sagas/Epics/Stories).

Director, IVI Systems – Software Product Engineering

Product Manager

• Define the vision and roadmap for ATP’s core data systems products, aligned to business outcomes and platform scalability.
• Build and evolve data products such as:
• - Robotics telemetry and event datasets (health, faults, tasks, utilization)
• - Fleet and site performance datasets and metrics layers
• - Vision datasets (images/video) with metadata, labeling workflows, and training-ready packaging
• - APIs and curated datasets that enable analytics and ML teams to move faster
• - Contextualization of data from the shopfloor and analytics.
• Partner with engineering, data science, and operations to define requirements for data quality, latency, reliability, and cost—especially for high-volume image/video data.
• Drive standardization across systems and suppliers by defining schemas and data contracts that work across sites and robotics platforms.
• Establish a clear approach to data access and governance across OT and IT environments (security, privacy, retention, auditability).
• Measure adoption and impact—tracking product usage, data quality and availability, and operational outcomes enabled by your data products.
• Lead cross-functional alignment and decision-making across manufacturing/operations, engineering, cybersecurity, IT, and key partners—without needing formal people leadership.

Principal Product Manager – Core Data Systems

Designer

• Manage team of 7-10 engineers, delivering C-car sized programs with primary FWD architectures, as well as the C2 platform Battery Electric Vehicles. Each will have unique launch dates for multiple assembly plants globally.
• Key technical hardware oversight of the Driveline system, including close interface with the calibration, Transmission, NVH, and chassis organizations.
• Close interface with our supply base engineering teams on key program deliverables.
• Responsible for program delivery of Quality, Cost, Weight, Function and Timing (QCWFT). From Underbody Virtual series through OKTB.
• Act as the primary interface between the vehicle program/platform and your functional team.
• Support prototype builds at the supply base for your components and vehicle prototypes.
• Manage resolution of all Driveline program issues.
• You will interact with the vehicle program team, located in multiple regions in North America, Europe and China.

Supervisor, Driveline Design – Release

Program Manager

• Author the Program Direction Letter (PDL) from PS to DCV directly in the PDO tool; post DCV: paired author PDL with MPL Codification Team
• Define Product Definition (add, delete, and revise features and timing points) via mark-ups; incorporate PDMO reports into PDO-CM PDLs
• Configure and set up PDL reports, maintain the PDL change log, and author cross-MY PDLs for current and future programs
• Review of PDO WIP reports and provide OK-to-Publish direction to codification
• Track approved assumption changes, determine change drivers and corrections; manage PDL Change Control/Verification and coordinate timing to implement changes
• Conduct PDL Change Verification for all PDL changes, ensuring stakeholder verification using the Change Connect Tool
• Lead FPD PDL sign-off and the late (post TT PDL) process
• Serve as the trusted SME for program assumptions and content, interfacing with Marketing, PMT Leaders, DR Engineers, Feature System Engineers, Engineering, CM, NMs, TVM, and Program teams
• Coordinate cross-functional meetings and lead Marketing Interface Meetings to confirm program content, assumptions, and resolve PDL and Order Guide compatibility issues
• Work closely with MPL Codification, PDO, and SOE teams to ensure PDL accuracy and resolve feature discrepancies
• Participating in decision forums (CPE DF) and supporting the development of business cases to improve revenue and program profitability
• Contribute to a community that improves process learning, applies best practices, and ensures consistent PDL execution
• Share learnings and best practices while guiding and mentoring others on program
• Provide training support for Engineers on how to read the PDL and run buildability reports
• Provide additional context to features via Author Notations and define timing points as needed
• Support program needs and career development (e.g., MIM, Export PAT, CPE DF)