Ford Motor Company

General

• Develop effective, efficient, and risk-based internal control processes for Ford Pro's commercial vehicle, fleet management, dealer/commercial operations, and service businesses
• Work with global partners to establish strong internal control processes consistently across regions
• Lead Ford Pro Internal Control governance discussions and develop materials for governance forums
• Partner with Corporate Internal Control on control improvement initiatives and remediation of control issues
• Develop controls for new and evolving Ford Pro businesses and service offerings
• Perform risk assessments as necessary
• Lead Ford Pro control improvement activities globally and partner with regional operations on control-related matters
• Raise and manage Open Item Corrections (OICs) as needed
• Manage the annual controls testing plan, Certification and Representation (CaR) process, and Management Certification process for Ford Pro
• Support Internal Audit global audit engagements, key process initiatives, and complementary control activities with PwC and Internal Audit
• Interact with Ford Pro operational functions, Corporate and Regional Internal Control, Internal Audit, cross-functional support teams, Information Security, and compliance teams supporting ISO 27001 certification activities

Global Internal Control Lead

Systems Engineer

• Architect and own the software update strategy for the ADAS system
• Define system requirements from concept through production using systems engineering principles
• Ensure alignment with the team's functional strategy and architecture
• Ensure ADAS systems meet corporate software update specifications, architecture requirements, networking standards, and diagnostic standards such as UDS (ISO 14229)
• Evaluate corporate specifications and architecture and identify further specification needs based on system architecture and ECU design
• Author specifications and behavioral models, including state diagrams and sequence diagrams
• Translate system-level use cases into implementable requirements for software and hardware teams
• Communicate technical requirements to D&R engineers, suppliers, Cloud Operations, and Systems teams
• Partner with software engineers to guide implementation and resolve design questions
• Lead or support anomaly investigations, identify root causes, and feed findings into architecture and specifications
• Define validation criteria for authored specifications
• Manage software update issue triage across the product lifecycle
• Collaborate with cybersecurity and functional safety counterparts to ensure rollback, integrity checks, and authentication meet ADAS safety and security requirements
• Maintain documentation of architecture decisions, specifications, and validation outcomes for traceability and knowledge transfer

ADAS Software Update Systems Engineer

Full-stack Engineer

• Manage the SET zone for pickup-truck and SUV vehicle subsystems through Systems Design methodology
• Deliver cost and weight efficiencies, component part reductions, quality improvements, labor savings, and service efficiency
• Develop and maintain relationships with Tier 1 suppliers and understand their technical capabilities
• Lead data-driven trade-off discussions and co-lead content and attribute proposals with Program Chief Engineering and Vehicle Engineering
• Lead SET zone target setting through benchmarking and Core Engineering opportunities/technology
• Collaborate with team members and external partners on packaging, weight, cost, labor, timing, and systems integration
• Lead Systems Technical Design and Compatibility Reviews to optimize designs, resolve issues, and deliver program milestones on time and on target
• Drive adherence to Systems Engineering Operating Principles
• Drive cross-functional issue resolution across program, finance, quality, manufacturing, suppliers, and other functions
• Support escalation when needed
• Collaborate on System Level Engineering Sign-Off and handover to Hardware Integration and Application Engineering teams

Systems Engineering Team Lead

Designer

• Support the design of novel experience solutions to meaningful customer problems
• Identify design opportunities and actionable concepts aligned with user needs, business goals, design principles, and technical capabilities
• Develop rough prototyping and design visualization skills, with emphasis on physical enablers
• Iterate on design solutions using customer, user, and system feedback under senior team guidance
• Translate customer and user insights into desirable and feasible product concepts
• Participate across the full design process, from inspiration and research through prototyping and vision communication
• Contribute to integrated digital-physical experience design across brands, products, and services
• Apply systems thinking to physical experience design and service-journey touchpoints
• Collaborate with engineering, planning, and research teammates
• Support experience concept design and iteration while confirming feasibility within program constraints

Junior Designer

Analytics Engineer

• Analyze warranty, connected-vehicle, diagnostic, and other quality data to identify emerging defect trends, potential quality escapes, and leading indicators
• Partner with Product Development, Design and Release Engineering, Powerpack Quality Engineering, and other IPTSE teams on root-cause investigations and corrective actions
• Develop processes, tools, and methods to collect, manipulate, unify, and analyze large connected-vehicle data sets
• Promote and apply Agile Data Collection methods and tools, including RDR, PARSED, CARMon, ADC Lua scripting, Data Canvas, Alteryx, and macros
• Automate end-to-end data flows for collection, anomaly detection, transformation, manipulation, and quality-metric delivery
• Build dashboards, automated trend reports, executive-level presentations, and clear data visualizations
• Classify warranty claims by failure mode
• Summarize customer verbatims
• Identify emerging defect trends and potential quality escapes
• Support AI-assisted root-cause investigation summaries
• Apply natural-language-processing techniques to predictive modeling
• Develop and document data, AI, and analytics practices
• Support Six Sigma, 8D, DMAIC, CPR, and other corrective-action processes
• Modernize Quality Methods documentation and coach Powerpack Quality Engineers
• Serve as a key point of contact for Cloud-Assisted Diagnostics and ATIS/HTIS end-to-end integration activities
• Transfer identified data issues, opportunities, and system improvements to appropriate teams
• Build relationships with business partners across Ford North American organizations

Quality Analytics Engineer

Procurement

• Support analysis of supply consolidation to leverage negotiations and productivity while reducing current complexity
• Analyze annual cost savings goals to identify commercial leverage, design efficiencies, and end-to-end supply chain improvements
• Analyze multiple potential scenarios and business plans
• Review existing processes and identify improvement opportunities
• Support Operational and Category Implementation Buyers on sourcing, resourcing, banking, and operations activities
• Work with Product Development, Quality, Finance, and suppliers
• Support the Purchasing Team with supply-base cost structure analysis, supplier negotiations, and Ford spend optimization

Purchasing Trainee

Engineer

• Support development of product propositions and prioritized customer experiences
• Support identification of winning aspirations and profitability objectives
• Translate customer priorities into actionable items and drive feature creation and prioritization
• Support customer research events
• Support development of cost targets aligned with profitability and revenue strategies
• Lead business case analyses of program choices and optimize corporate financial targets
• Support definition of FAR business strategy using design thinking and strategic choice cascades
• Drive ecosystem business model development
• Support development of prioritized portfolio investment proposals
• Lead strategic deep dives and explore white-space innovation opportunities
• Ensure robust business case development for Global Cycle Plan actions
• Analyze and manipulate data from various sources
• Support development of project plans
• Apply AI and ML technology under guidance
• Assist in visualizing data and interpreting results
• Participate in communicating results to different audiences

PD Engineer, Intern

Learning and Development

• Negotiate discount agreements with universities and language schools as part of continuous education strategies
• Follow up Talent Development metrics
• Design and deploy learning strategies and training programs addressing employees' training needs
• Conduct training needs analysis to design programs for acquiring new skills and knowledge
• Assess deployed programs and improve them as necessary
• Lead internal communication strategy related to training programs

Talent Development Trainee

Buyer

• Release purchase orders and tool orders while meeting all assigned KPI targets
• Negotiate and implement engineering changes with suppliers and internal stakeholders
• Support annual cost reduction initiatives and identify cost-saving opportunities
• Develop and implement capacity plans to support vehicle and powertrain production demand
• Identify and mitigate supply chain risks to ensure continuity of supply
• Manage supplier claims and support resolution of obsolescence, warranty recovery, and end-of-program settlements
• Build and maintain effective relationships with suppliers and internal teams
• Collaborate with engineering, manufacturing, finance, and supply chain teams to support business objectives

Operational Buyer – Powertrain & Engine Components

• Provide manufacturing engineering leadership throughout a new model development program through Ok to Buy + 45 days
• Implement new or modified tooling and facilities based on product and process changes
• Lead manufacturing assembly builds in Canada, Mexico, and US assembly plants
• Identify and drive resolution of manufacturing-related issues
• Collaborate with multifunctional teams including PD, STA, MP&L, NMP, and MTDC
• Write, modify, and maintain process sheets after Final Design Judgement
• Write tooling design, build, and installation scopes of work
• Lead assembly tooling installation, start-up, and commissioning at assembly sites
• Support tooling design and buy-off at vendor facilities
• Drive quality, cost, and labor improvements
• Develop plant layouts and drive cycle line layouts
• Lead/manage VME areas for upfront feasibility during GPDS phases
• Prepare and lead management presentations through Ok to Buy
• Support Program Cost Study responses and cross-functional alignment
• Support resolution of major architecture and high-investment plant issues to mitigate launch risks
• Document and present lessons learned to create or update manufacturing standards

Manufacturing Engineer

Product Designer

• Collaborate with domain, program, and platform cross-functional teams to deploy approved cabin control strategies
• Advocate for the integrated physical/digital strategy
• Champion glidepaths for component strategies aligned with current platform assumptions and long-term goals
• Review customer feedback and use insights to drive iterative improvements
• Benchmark competitive cabin control strategies for digital and physical executions
• Use AI tools to synthesize data and inform insights where appropriate
• Review cabin control strategies across domains for extensibility and capture issues, gaps, and alignment opportunities
• Support 3-D prototyping and collaborate with prototyping teams to develop concepts
• Validate display visibility and contrast through digital UI bench tests and vehicle assessments in the VPEL lab
• Document findings and collaborate with design teams to resolve issues
• Flash software on benches and vehicles to support quality evaluations involving human factors and driver distractions
• Develop new tools and processes to improve the efficiency and accuracy of quality assessments
• Leverage AI tools to enhance tool capabilities

UX Quality Specialist

AI Engineer

• Develop and maintain enterprise architecture strategies aligned to supply chain business objectives and transformation priorities.
• Define future-state business capabilities, operating models, information architectures, and technology roadmaps.
• Lead architecture governance and solution reviews.
• Partner with business leaders on modernization, simplification, automation, and innovation.
• Advise on technology investments, architecture decisions, and transformation initiatives.
• Architect AI-enabled supply chain solutions for sensing, prediction, recommendation, and autonomous action.
• Integrate operational systems, enterprise data platforms, analytics, machine learning, generative AI, and agentic AI capabilities.
• Define AI-powered approaches for planning, inventory optimization, logistics visibility, supplier collaboration, risk management, and decision support.
• Lead architecture for data products, semantic models, integration platforms, APIs, event-driven architectures, and analytical ecosystems.
• Connect SAP S/4HANA, Blue Yonder, manufacturing systems, cloud services, and enterprise data platforms.
• Improve end-to-end visibility, data quality, governance, and business insights.
• Partner with product, engineering, data, analytics, and platform teams to solve complex challenges.
• Lead architecture reviews and technical decision-making across scalability, performance, maintainability, security, and cost.
• Prototype and evaluate emerging technologies and architecture patterns.
• Provide technical leadership from proof of value through production deployment.
• Mentor architects and engineers through design reviews, coaching, and collaborative problem-solving.
• Define cloud-native architecture strategies leveraging Azure and Google Cloud Platform.
• Establish patterns for APIs, microservices, event-driven solutions, data pipelines, analytics platforms, and AI workloads.
• Promote modern engineering practices, automation, and DevSecOps.
• Ensure alignment with security, privacy, regulatory, and compliance requirements.
• Embed security-by-design and responsible AI principles.
• Promote architecture standards, governance processes, and reusable patterns.

Consulting Architect, AI-Enabled Supply Chain

Data Analyst

• Establish foundational data architecture for sourcing, connecting and maintaining Ford Racing customer knowledge
• Create and maintain a single source of truth for customer data across vehicle sales, parts, services, merchandise, experiences and events
• Partner cross-functionally with GDIA, FCSD, Connected Vehicle, Quality, Marketing and Sales within enterprise platforms and governance
• Identify, evaluate and manage third-party data partnerships that extend Ford Racing customer knowledge
• Frame customer-related questions from internal teams and assess internal and external data for existing answers
• Build new integrated data solutions where applicable
• Synthesize findings as narrated conclusions with clear implications supported by data
• Establish and maintain a Ford Racing customer knowledge repository cataloguing existing and future studies and findings
• Own privacy consent compliance for Ford Racing customer data, including third-party sources

Customer Data and Analytics Manager

Manager

• Lead all aspects of BMS technology development and program delivery for Ford Energy’s BESS products from architecture and roadmap through validation, industrialization, launch, and field support
• Own end-to-end delivery of BMS hardware, software, and system architecture from concept through design release, validation, launch, and production stabilization
• Lead BMS hardware design covering voltage/current/temperature sensing, isolation monitoring, contactor control, cell balancing, communication interfaces, and interfaces to EMS/PCS/SCADA systems
• Own integrated program timing, scope, risk, issue resolution, and action tracking across internal teams and suppliers
• Develop BMS technology roadmaps and cost models and lead design optimization
• Lead advanced diagnostics and prognostics, including SOC/SOH estimation, fault detection, degradation, and remaining-useful-life prediction
• Use field data analytics, edge/cloud algorithms, and digital-twin approaches for predictive maintenance and fleet health management
• Drive secure BMS architecture, communications, OTA updates, threat modeling, and cybersecurity assessments
• Serve as the primary BMS interface across engineering, manufacturing, quality, purchasing, planning, supply chain, Ford Auto Engineering, and suppliers
• Lead competitor benchmarking, teardowns, functional safety processes, and advanced BMS technology development
• Lead engineering documentation, manufacturability assessments, root-cause investigations, robustness activities, requirements validation, and regulatory processes
• Prepare executive-level updates for the Chief Engineer and leadership
• Lead the BMS department through engineering leads/supervisors across hardware, embedded software/platform, and controls/diagnostics
• Own headcount planning, resource and budget allocation, employee objectives, development planning, and team capability building

Manager, Battery Management Systems

• Develop, execute, and maintain test plans and validation strategies for mechanical, electrical, and control/software interactions in mechatronic systems
• Conduct bench, rig, HIL, SIL, and full-vehicle testing to verify system-level requirements
• Evaluate interactions between mechanical components, sensors/actuators, embedded control units, and software algorithms to identify integration risks
• Analyze test data and lead root-cause investigations with mechanical, electrical, and software engineering teams
• Own and drive formal system-level sign-off for mechatronic subsystems at program gateways such as DV and PV
• Prepare DVP&R documentation, test evidence, and risk assessments; present sign-off recommendations
• Track and resolve open issues, non-conformance, and engineering waivers before sign-off
• Maintain requirements traceability across mechanical, electrical/electronic, and control software requirements
• Act as the technical integration point between mechanical, electrical/electronic, controls/software, and quality teams
• Collaborate with suppliers on mechatronic component and system-level validation
• Support DFMEA/PFMEA reviews
• Communicate sign-off status, technical risks, and mitigation plans to engineering management and program stakeholders
• Ensure compliance with ISO 26262, IATF 16949, ASPICE, and SAE standards
• Maintain audit-ready test, calibration, and sign-off documentation
• Contribute to continuous improvement of test rigs, HIL environments, and sign-off methodologies