Ford Motor Company

Product Manager

• Develop and articulate the AI product vision with business partners, aligning it with Ford’s digital transformation goals
• Understand target audiences and personas to define problems to solve with AI
• Define and drive product roadmaps
• Prioritize product features and enhancements using customer feedback, data-driven insights, and business impact
• Define quantitative and qualitative success measures
• Collaborate with stakeholders across business units and translate needs into product features
• Manage stakeholder relationships and provide progress, challenge, and opportunity updates
• Liaise between technical teams and business units to align goals
• Champion iterative development, MVP delivery, and continuous improvement
• Lead cross-functional AI product teams through design, development, and deployment
• Prioritize, plan, and deliver scalable, secure, reliable AI solutions
• Drive AI/ML integration into customer- and business-facing applications
• Define specifications, requirements, and acceptance criteria
• Create discovery, scoping, PRD, journey map, opportunity tree, and user story assets
• Maintain an actionable development backlog
• Track and analyze product metrics and KPIs
• Design onboarding and training programs to increase adoption
• Gather and analyze user feedback, conduct experiments and interviews, and validate product insights
• Develop documentation, guides, and best practices
• Monitor AI and cloud computing trends and foster continuous improvement
• Participate in the Product Management Community of Practice and improve agile PM processes

AI Product Manager – Sales & Services

Human Resources

• Lead the design, implementation, and execution of the organization’s HR strategy and overall HR program delivery
• Drive HR strategy toward a culture of excellence and prepare leaders and teams to embrace organizational change
• Collaborate with HR and business leaders to ensure employee engagement and results
• Consult with senior business leaders to enhance organizational design and effectiveness and drive employee engagement
• Translate company-wide objectives and initiatives into tailored strategies for the organization, technical leaders, and employees
• Lead large-scale change management planning and execution impacting hundreds to thousands of employees
• Implement organizational structures that improve individual and organizational performance while minimizing business disruption
• Develop and implement organization-specific people and workforce plans and roadmaps aligned with business needs
• Drive strategies to attract, engage, and retain world-class talent
• Own execution of the talent management lifecycle, including talent acquisition, talent integration, performance management, total rewards management, employee engagement, and retention
• Potentially lead a team of HR Business Partners

Director, Human Resources Business Partner

Platform Engineer

• Understand new SAP BI technologies including SAP Datasphere, SAP Analytics Cloud (SAC), and SAP Business Data Cloud
• Support current development in FCSD Europe and North America
• Receive knowledge transfer from the FCSD EU development team to support the Datasphere production environment during mid-2026
• Apply BI and Analytics experience to expand the team’s footprint across SAP landscapes in North America
• Collaborate with dedicated SAP Security and Basis teams to coordinate BI activities
• Use managerial and communication skills to assist the SAP Mexico team with task coordination and reporting to the local People Leader

SAP Basis/HANA Platform Engineer

Architect

• Develop, maintain, and track comprehensive program timing plans for advanced chassis architecture initiatives
• Identify potential timing risks and implement mitigation strategies
• Lead cross-functional timing reviews, communicating status, issues, and recovery plans to stakeholders and senior management
• Drive adherence to program timing within the chassis engineering team
• Manage and monitor material cost, investment, and financial targets for advanced chassis programs
• Collaborate with purchasing, finance, and engineering teams to identify cost reduction opportunities and cost-efficient design and manufacturing solutions
• Prepare and present financial reports, forecasts, and variance analyses to program leadership
• Facilitate trade-off discussions balancing weight, cost, performance, and chassis system requirements
• Represent chassis in cross-functional vehicle architectural development forums
• Communicate chassis requirements, constraints, and opportunities
• Develop and deliver presentations to engineering teams, program leadership, and executive management
• Manage product release CAD and BOM structures, assembly positioning, and mass attribute analysis
• Facilitate supplier data integration and develop CAD studies supporting design improvements
• Perform CAD feasibility analyses, including draft angle analysis, undercut detection, minimum bend radius validation, and clearance checks

Product Development Engineer – Chassis Architecture

Engineer

• Design and Release Engineering for frames, mounts, spare tire winches, and/or tow hooks through forward-model development, release, and launch
• Apply DFMEA, PFMEA, Control Plans, Perfect Drawing Plan, and Engineering Specifications to deliver robust designs and avoid failure modes
• Lead overall design to meet package, crash, durability, commercial upfitting, and thermal management vehicle attributes
• Lead, review, and approve frame structure designs against component engineering specifications and vehicle requirements
• Resolve durability, assembly, and functional issues
• Coach, technically mentor, and guide peer engineers through Technical Club forums
• Deliver material cost reduction, warranty reduction, and benchmarking initiatives

Product Development Engineer – Frames & Structures

• Perform systems engineering for Exterior Lighting
• Generate and execute technical solutions for Exterior Lighting components supporting new vehicle programs
• Perform complex engineering evaluation analysis
• Develop early CAD design proposals and full CAD models
• Work cross-functionally to implement cost savings and product improvements
• Support prototype and production build activities
• Balance cost, weight, complexity, and timing attributes
• Produce release documentation for Exterior Lighting systems, subsystems, components, and features
• Develop core requirements and technologies
• Communicate information between internal and external organizations
• Lead meetings with suppliers, designers, engineers, manufacturing, and supplier quality teams
• Travel as required, including internationally

Product Development Engineer – Exterior Lighting

Buyer

• Execute timely Recall launch plans
• Identify cost reduction opportunities
• Mitigate supplier cost uplift requests
• Drive service supply improvements
• Ensure superior delivery performance from the supply base
• Support adherence to supplier quality process requirements
• Execute timely new part sourcing
• Lead supplier management and engagement
• Drive Recall Process Improvement
• Collaborate with marketing and sales, supply chain, engineering, implementation, and finance teams to align process improvements with company objectives and business needs
• Link with other functional areas to launch Recall Programs in a timely manner
• Review supplier shipping plans with Supply Chain to identify delivery opportunities aligned with the Program Implementation Plan
• Lead commercial negotiations for FSA programs, support critical supply issues, and manage material costs for suppliers related to Recall Programs
• Support supplier management strategies and ensure compliance with company standards

Analyst

• Analyze and decision automotive loan applications submitted to Ford Credit
• Understand divisional financing plans, programs, and requirements and adhere to policy and procedure
• Analyze applications to determine investigation needs, including potential fraud or misrepresentation
• Promote Ford Motor Company and Ford Credit products and services
• Leverage relationships to maintain consistent decisioning standards based on credit indicators and key business metrics
• Maintain a sales and relationship mindset to ensure high dealer and customer satisfaction
• Drive Dealer Satisfaction and Net Promoter Score (NPS) initiatives
• Support diversity initiatives
• Assist team efforts during busy periods, holidays, and sales events
• Participate in coaching and learning opportunities to improve skills
• Handle calls and collaborate on loan applications with Ford dealers and Lincoln retailers

Dealer Services Analyst

Designer

• Design, develop and release systems, subsystems, and components meeting program requirements and timing in accordance with Ford GPDS milestones
• Lead or support resolution of design, manufacturing, quality, and launch issues
• Translate customer, regulatory, and product requirements into engineering targets, drawings, and specifications
• Plan, coordinate, execute, and analyze verification testing against established targets
• Direct and guide suppliers through effective CPMT meetings to ensure program objectives are met
• Analyze customer feedback on system or component performance, identify improvements, and implement measures to prevent recurrence
• Lead or support TVM cost reduction activities
• Travel as necessary to Ford assembly plants, facilities, and supplier/sub-supplier sites for issue resolution and build support

Product Development Engineer – Engine Design

Systems Engineer

• Engineer and manage algorithms that automatically analyze vehicle data streams to identify, predict, and determine root causes of systemic issues in integrated electronic and software systems
• Analyze system behaviors and potential failure modes to define and document data acquisition requirements for onboard vehicle modules
• Ensure necessary vehicle data is captured for effective analysis and diagnostics
• Develop Python scripts for automated querying, collection, and categorization of data from AWS and Google Cloud repositories
• Analyze vehicle CAN communication logs to diagnose complex behavioral faults and performance anomalies
• Execute complex queries and advanced analytical techniques on massive vehicle-fleet datasets
• Identify statistical patterns, correlations, and unexpected behavioral trends
• Design, implement, and maintain cloud-native tools and analytical platforms
• Enable engineering and quality teams to perform rapid root cause analysis, reducing diagnostic time and improving product quality

Diagnostics & Data Systems Engineer

• Architect, develop, and maintain scalable data pipelines and microservices supporting real-time and batch processing on GCP
• Design and implement service-oriented and microservices-based architectures
• Integrate front-end and back-end components for robust data access and UI-driven data exploration
• Lead ingestion and integration of data from various sources into the data platform
• Standardize and optimize data for analytics
• Utilize GCP services such as BigQuery, Dataflow, Pub/Sub, and Cloud Functions to build and manage data platforms
• Implement and manage data governance, access controls, and security best practices
• Leverage GCP row- and column-level security features
• Monitor and improve performance, scalability, and efficiency of data pipelines and storage solutions
• Collaborate with data architects, software engineers, and cross-functional teams to define best practices, design patterns, and frameworks
• Automate data platform processes to improve reliability, reduce manual intervention, and increase operational efficiency

Software Engineer, Platform Systems – SDV/FNV

Cloud Engineer

• Directly manage, mentor, and inspire Infrastructure, Cloud, and Solution Architects
• Handle talent acquisition, career development, performance management, and resource allocation
• Establish and lead an Architecture Center of Excellence
• Design, document, and publish reusable architectural patterns, reference architectures, and deployment blueprints
• Research emerging technology and author white papers, strategy documents, and engineering blogs
• Translate technical engineering concepts into business strategies and deliver architectural decision records to executives and review boards
• Lead datacenter strategy, capacity planning, hardware lifecycle, storage, and compute architecture
• Manage VMware environments and lead migration to OpenShift Virtualization
• Design integrations between microservices and legacy IBM z/OS, DB2, and CICS systems
• Architect hybrid cloud ecosystems spanning datacenters, GCP, AWS, and Azure
• Build and test infrastructure automation frameworks using Terraform, Ansible, PowerShell, Python, and Bash
• Architect and maintain CI/CD pipelines with testing, security scanning, and policy-as-code validation
• Administer Windows Server, Active Directory, GPO, WSUS/SCCM, Linux, RHEL/RHCOS, and kernel tuning
• Implement GitOps-based application and infrastructure delivery using ArgoCD, Flux, Helm, and Kustomize
• Govern large-scale cloud migration programs
• Design AI/ML infrastructure, GPU-accelerated node pools, AI storage, and MLOps platforms

Senior Hybrid Cloud Architect – Data Center

• Design and implement robust, secure, and scalable end-to-end applications using Java/Spring Boot for the back end and Angular (v14+) for the front end
• Utilize Python to develop automation scripts, data processing pipelines, or lightweight microservices
• Architect and maintain RESTful APIs and microservices supporting Ford’s global digital ecosystem
• Design optimized database schemas and manage data integrity across PostgreSQL, MySQL, and NoSQL environments
• Lead adoption of AI-assisted coding tools such as GitHub Copilot and Cursor
• Explore integration of LLMs or Machine Learning APIs to enhance product features
• Write comprehensive unit and integration tests using JUnit, Mockito, Jasmine/Karma, or PyTest
• Conduct code reviews and mentor junior developers in best practices, design patterns, and modern DevOps workflows

Junior Engineer

• Lead new model labor optimization efforts to achieve labor targets through benchmarking, target setting, process-change tracking, and replication across programs and plants
• Support cycle line layout planning and virtual build events with future-model operator allocations and time studies
• Work with plants to support physical build events and program launches
• Minimize or offset labor impacts through Kaizen, plant tasks/projects, and design/process opportunities
• Support STP labor SAR items
• Assist with operator allocations, cycle line layouts, plant rebalances, line speed changes, time studies, throughput issues, and launch support
• Maintain and deliver Machining META and Gear & PCA dotmaps
• Support IE documentation including Labor Glidepath, PHM, Program 1-Pager, Plant Line Speed, and APT Assessment
• Complete and evaluate time studies using MODAPTS for work standards
• Collaborate with industrial engineering, manufacturing engineering, material handling, ergonomics, and plant personnel
• Align with plants on reported capacity, operating patterns, and labor to support the get-ready capacity statement
• Support Sharonville Transmission Plant programs and Powertrain facilities across North America, potentially including Assembly, Machining, Gears, and other Powertrain plants

Industrial Engineer

• Perform linear and nonlinear finite element analysis on automotive body structures, chassis components, and subsystems to evaluate strength, stiffness, durability, NVH, and crashworthiness performance
• Apply CAE tools throughout the design cycle to support design decisions, identify potential structural issues early, and recommend design improvements
• Conduct structural topology, topography, size, and shape optimization studies to achieve mass reduction targets while meeting performance and manufacturing constraints
• Build and refine finite element models, including meshing, material assignment, boundary conditions, and load cases, for complex structural assemblies
• Utilize multi-disciplinary optimization processes to balance mass, stiffness, durability, and cost
• Correlate CAE predictions with physical test data and refine modeling methods and assumptions to improve simulation accuracy
• Collaborate with design engineers, test engineers, and program managers to communicate analysis results and recommendations
• Document analysis methodologies, assumptions, and results in technical reports and design review presentations
• Support root-cause investigations for structural performance issues identified during testing or field use
• Stay current with industry best practices, emerging simulation methods, and software capabilities in structural CAE and optimization