Ford Motor Company

Scheduler

• Review SAP Schedule Monitor and schedule work orders to work in progress
• Coordinate with MPC operations regarding constraints, prioritization of uptime, VORs, and escalated VINs
• Coordinate with SCM regarding release variations and visibility for recalls and abnormal inbound materials
• Work with Supplier Compliance to streamline supplier issues
• Schedule inbound service parts to ensure adequate material at each packaging workstation
• Maximize output and prioritize customer-impacted items such as Vehicles Off-Road, recalls, and top fill loss
• Develop and drive processes using Power BI, AI, Alteryx, and Python
• Develop and drive metrics to meet objectives
• Maintain 98% schedule accuracy and 100% schedule adherence
• Review upcoming material releases and plan for high-impact items in advance
• Review aged ASNs, WOs, and STOs
• Coordinate with MPC operations, SCM, transportation, suppliers, and purchasing
• Respond within 48 hours to critical customer escalations
• Meet cycle-time, VOR, ageing-metric, schedule-accuracy, and schedule-adherence objectives

Production Scheduler

Engineer

• Build vehicle and subsystem models including chassis, controls, aero, tire, damper, and powertrain systems for static and dynamic analyses
• Develop MBD or lumped-parameter models for offline, lap-time simulation, or DiL use
• Work with Vehicle Dynamics, VEME, Chassis, VE, and Racing teams to define test methods, collect and analyze data, and develop well-correlated models
• Develop and document best practices for building correlated models for vehicle development
• Help create vehicle dynamics pre-program targets that define products and ensure program success
• Collaborate with Vehicle Dynamics and Program teams to set targets, cascade them to subsystems, and establish engineering roadmaps evaluated through CAE analyses
• Refine target-setting and definition processes for Ford Racing across production and racing vehicles
• Apply systems optimization tools, including DOE, regression analyses, tool creation, FEA topology, and multidisciplinary optimization tools
• Develop CAE optimization and automation processes for Ford Racing products
• Identify opportunities to apply AI/ML to analytical methods, test data, and correlation

Chassis and Advanced Systems Analytical Engineer

Application Engineer

• Implement low-voltage power supply module hardware from initial architecture design through final implementation and vehicle launch
• Drive program execution, process adherence, sign-offs, documentation, quality requirements, and functional requirements
• Own Ford’s GPDS milestone management system for Electronics Module applications and program management timelines
• Ensure Chief and Manager signoffs with TDRs at key milestones
• Identify and address complex packaging and electrical design issues
• Lead root cause analysis, define corrective actions, and oversee implementation
• Use Global 8D, 5 Why’s, and Is/Is Not quality tools to communicate status and drive resolutions
• Facilitate trade-off discussions, engineering reviews, and decision forums with stakeholders
• Collaborate with the Core Electronics Module Design Team
• Liaise with module suppliers on timing plans and projects
• Support vehicle architecture teams with packaging locations and electrical connections
• Manage requirements and follow-ups with the Core team
• Manage DCRs, To4, ESOWs, FMA documents, SCCAFs, CPAs, and other program-level deliverables
• Support vehicle-level testing, including garage testing and wind tunnel testing
• Review and establish SDS testing through FEDEDDVP
• Review and edit owner and workshop manuals
• Monitor AIMS, DURIS, and customer fleet issues and follow them to closure
• Review annual financial planning volumes and incorporate changes for low-voltage power supply hardware
• Support design efficiency and Total Value Management studies to optimize cost and performance

Applications Engineer, Low Voltage Power Supply, Project Management

Supply Chain

• Support the development and execution of comprehensive purchasing strategies for a Cockpit Commodity
• Contribute to Pulse improvement initiatives and optimize business results
• Lead sourcing activities for future vehicle programs
• Partner with Product Development during early design phases to identify capable suppliers
• Assess make-vs-buy and technology readiness
• Build competitive and resilient sourcing strategies for vehicle launches
• Cultivate and maintain relationships with strategic suppliers
• Drive supplier performance, innovation, and long-term partnerships
• Establish cross-functional relationships using Supplier Relationship Framework principles
• Identify and help mitigate supply chain risks and support continuity of supply
• Monitor supplier financial health, quality, and supply, including backup plans
• Use Supply Risk Management tools to proactively avoid supply disruptions
• Interface with Engineering, Product Development, Cost Estimating, Finance, and MP&L
• Represent Supply Chain at cross-functional program/project management and launch meetings
• Monitor industry trends, market conditions, technological advancements, and regulations
• Engage with regulatory bodies, brokers, industry experts, benchmarking companies, and industry associations
• Support development of category strategy plans and resiliency planning for Cockpit commodities
• Use dashboards, AI technology, digital transformation, and Purchasing Policy
• Ensure appropriate sign-off on contracts, risk assessments, and deviations according to Delegations of Authority

Supply Chain Buyer – Cockpit

Program Coordinator

• Oversee and manage nationwide Ford Technician Ready Accelerated Certification (TRAC) programs
• Identify prospective TRAC program locations and facilitate buy-in meetings with community colleges and Ford/Lincoln dealerships
• Lead procurement of training vehicles and Ford-specific training aids
• Guide colleges through classroom setup and assist dealerships with tooling purchases
• Support colleges in hiring TRAC instructors and provide guidance on blended ASE/Ford curriculum
• Plan and facilitate Open House and Ribbon Cutting events for new programs
• Serve as the single point of contact between Ford and TRAC programs for communication, requests, and issue resolution
• Coordinate projects, route inquiries, and track progress
• Support recruitment of TRAC Technicians for new and existing programs
• Ensure uniform standards and curriculum across participating colleges and technical schools
• Build and maintain relationships with Ford teams, educational institutions, and dealerships
• Integrate current technical curriculum and training materials into the ASSET program
• Oversee development and updating of TRAC curriculum aligned with Ford vehicle technology and training standards
• Monitor and certify new TRAC instructors
• Provide administrative support to TRAC students and maintain access to Ford systems and resources
• Ensure colleges receive required training materials, equipment, and training vehicles
• Own KPIs, evaluate program effectiveness, develop reporting metrics, and create improvement plans and corrective actions
• Forecast demand and identify locations for new programs using cross-functional input
• Build data-driven business cases for program expansion using AI and analytics tools
• Deliver data-driven presentations to internal and external stakeholders

TRAC Program Coordinator

• Document, review, and evaluate automation requirements
• Identify and select hardware and software tools supporting validation objectives
• Design, implement, validate, and maintain software-based test automation frameworks
• Procure, configure, and maintain hardware and software test assets
• Integrate automated test tools into unified, functional HIL simulation benches
• Establish and implement configuration management architectures and pipelines for test artifacts, test data, and versioning
• Identify testing lifecycle bottlenecks and drive CI/CD and automation strategies
• Improve test efficiency, test coverage, and execution speed
• Author technical documentation, user guides, and standard operating procedures
• Deliver technical training and support to validation engineering teams

HIL Engineer

Mechanical Engineer

• Design and develop novel chassis concepts involving brakes, steering, suspension, wheels, and tires
• Balance driving dynamics, vehicle mass, cost, efficiency, manufacturability, and serviceability
• Challenge legacy design requirements and define data-driven, first-principles specifications for system sizing, functional performance, and safety attributes
• Align system performance targets with regulatory standards, customer requirements, and vehicle dynamics
• Evaluate and validate manufacturing, assembly, and service feasibility in collaboration with manufacturing, service, and launch teams
• Use advanced engineering analysis tools to simulate, stress-test, and iterate designs before physical build
• Lead design, build, and validation testing at component, subsystem, and full-vehicle levels
• Conduct subjective and objective evaluations of braking, steering, ride, and handling across production vehicles, prototype test mules, and driver-in-the-loop simulators
• Analyze test data, troubleshoot root causes, iterate designs, and refine vehicle performance attributes
• Drive chassis component and subsystem development from concept through validation and production delivery
• Bridge first-principles engineering with advanced manufacturing techniques to optimize vehicle attributes for Ford’s next-generation vehicle portfolio

Senior Chassis Design Engineer

Data Engineer

• Design, develop, test, and deploy the ISDP knowledge graph from the domain event store to Production using cloud-native data pipelines
• Model and evolve graph entities and relationships as new data sources are onboarded
• Design, build, and operate the MCP server exposing the ISDP graph layer and event store as tools to consumers
• Provide GQL graph query, event-store query, and schema/DDL discovery capabilities
• Define tool contracts, context, and guardrails so agents produce grounded, accurate, non-hallucinated responses
• Ensure low-latency, secure, and cost-efficient serving for interactive and batch agent workloads
• Own monitoring and observability for the graph layer and MCP server, including data freshness, pipeline health, query latency/cost, tool-call success rates, and answer quality
• Instrument SLOs, dashboards, alerting, and tracing; drive incident response and continuous reliability improvements
• Partner with Data Engineers and Application Data Source Owners across Product Development, Manufacturing, Quality, and Supply Chain
• Ingest and validate source data into ISDP
• Establish data contracts, schema validation, and quality checks
• Support source owners through onboarding, mapping to the ISDP logical model, and troubleshooting
• Contribute to data governance, cataloging, and lineage for the graph and its sources

AI Engineer, Industrial Systems Data Platform

Systems Engineer

• Serve as the single point of contact for suspension hardpoints and the vehicle ADAMS CAE model
• Assess Chassis Systems health chart metrics at each milestone and work with component engineers to close gaps and meet requirements
• Coordinate durability vehicle preparation and testing, ensuring part pedigree matches the CAE model
• Lead problem-solving efforts for chassis component issues, translating test data into actionable engineering recommendations
• Support testing, prototype builds, launch builds, and ongoing production of Ford Racing vehicles at assembly plants and test facilities
• Set targets for vehicle ride height and alignment and evaluate status at vehicle builds
• Cascade travel and check load requirements to shock and spring suppliers
• Interface daily with a global team of D&R engineers, vehicle attribute teams, program management, suppliers, and manufacturing to ensure compliance with specifications and drive efficient critical decisions
• Support vehicle development and supplier reviews, including occasional travel as required

Chassis Systems Engineer

• Develop, implement, deploy, and maintain advanced battery cell performance and degradation models for battery, system, and vehicle simulation initiatives
• Develop and integrate battery electrical, thermal, and control models within simulation environments
• Support vehicle attribute assessments, energy analysis, controls development, and program milestones
• Calibrate and validate battery models using laboratory, supplier, vehicle, and field-representative data
• Apply battery models and expertise to answer internal customer questions and support engineering decisions
• Support battery and cell specification development through model-based analysis of usage, performance, reliability, and life requirements
• Improve battery-modeling tools, methodologies, and processes for quality, repeatability, computational efficiency, automation, and usability
• Maintain model calibration updates, documentation, and configuration practices within simulation environments
• Collaborate with battery cell engineering, battery systems, thermal, controls, test, software, vehicle attribute, supplier, BMS, and controls teams

Product Development Engineer – Battery Cell/System Modeling

Financial Planning and Analysis

• Develop detailed understanding of various technologies and architectures
• Deliver Contribution Cost and Investment Targets for program milestones through Job #1 with timely, high-quality financials
• Support cross-functional decision-making through benchmarking and futuring affordable cost
• Drive capital allocation prioritization decisions through accurate and clear business cases
• Lead ad hoc studies supporting vertical integration, global sourcing decisions, make-versus-buy scenarios, and capacity analysis
• Support on-time sourcing and program timing delivery
• Lead preparation of management slides and ad hoc financial reporting and analysis
• Support development of a platform Bill of Material
• Leverage modernization tools such as Power BI and data analytics to report program financials, identify efficiencies, drive value creation, simplify processes, and increase agility
• Partner with engineering, program management, supply chain, and tech planning teams to drive financial performance, accurate reporting, and strategic decision-making

Finance Supervisor – Program Development

• Support forward model and capacity studies for all milestones, including Direct Labor and Indirect Labor in Stamping, Body, Paint, and Final
• Lead new model labor optimization efforts through benchmarking, target setting, process-change tracking, and replication across programs
• Support cycle line layout planning, virtual build events, operator allocations, and time studies
• Work with plants to support physical build events and program launches
• Minimize or offset labor impacts through labor blitzes, plant tasks/projects, and design/process opportunities
• Assist with operator allocations, cycle line layouts, plant rebalances, line speed changes, time studies, throughput issues, and launch support
• Maintain and deliver IE documentation, including Labor Glidepath, Program 1-Pager, Labor by Department, Plant Line Speed, and APT Assessment
• Develop and document standardized methods and procedures
• Implement labor efficiency through global IE processes, tools, and standards
• Complete and evaluate plant time studies using MODAPTS
• Collaborate with manufacturing engineering, material handling, ergonomics, and plant personnel
• Travel domestically 20–25%

Global Industrial Engineer

• Develop optimized sensor subsystem functionality to improve sensor accuracy and consistency and support functional and emissions compliance
• Lead robustness studies into subsystem capability across the vehicle fleet and full useful vehicle life
• Support the Calibration technical community in reviewing future sensor implementation and ensuring proper function
• Develop requirements for development hardware interfacing with new sensors
• Implement instrumentation for special test vehicles and define special monitoring using continuous flight recorders
• Develop special testing hardware based on microprocessor and development board designs, including associated software
• Lead the Feature Expert List for sensor calibration values used in production vehicles
• Develop gasoline LEV4 exhaust sensor subsystems, focusing on sensor and subsystem life aging and accuracy improvements
• Lead studies of improved exhaust system designs for optimal emissions and sensor availability
• Support LIN-based coolant level sensors
• Lead oil level subsystem verification
• Support SENT sensor subsystem verification
• Benchmark competitors on key exhaust-sensor system attributes
• Support sensor-level problem-solving investigations on pre-production and production vehicles
• Lead system-level robustness documentation on exhaust sensors with core design and release engineers

Propulsion Domain Hardware Sub-System Engineer

Technician

• Perform detailed layout inspections and gauging on precision automotive engine components, including cylinder heads, cylinder blocks, crankshafts, camshafts, ancillary engine components, and electrification hardware
• Interpret complex engineering blueprints using GD&T principles and methods to ensure components meet design specifications
• Conduct casting and forging layout inspections to verify dimensional accuracy and manufacturing quality
• Apply metric and English measurement standards across inspection tasks
• Set up and operate Zeiss and CMM systems, Adcole, Opticline, Coherix, and Hommel surface finish and contouring instruments
• Execute component cleanliness testing and analysis in accordance with Millipore processes
• Use CATIA V5, VisMockup, and AutoCAD for inspection planning and analysis
• Communicate measurement results and findings to engineering and machining stakeholders
• Maintain inspection data records in compliance with Ford EMDO Quality Operating Systems and processes
• Use MS Office tools for reporting, documentation, and data management
• Work independently and manage priorities with minimal supervision

Layout Technician

• Lead architecture, design, development, implementation, and support of enterprise integrations across SAP IERP applications, middleware platforms, and cloud environments
• Define secure, scalable, resilient, and reusable integration patterns for global business processes and future market implementations
• Lead technical design discussions, architecture reviews, technical working sessions, release planning, go-live activities, and post-launch stabilization
• Partner with enterprise architects, SAP functional teams, business stakeholders, security teams, testing teams, and delivery partners throughout the product lifecycle
• Provide technical direction across multiple teams, global regions, and time zones
• Mentor engineers and promote knowledge sharing across SAP RAR, SAP DRC, SAP BTP, Zuora, GCP, middleware, testing, and production-support processes
• Apply SAP Clean Core principles and SAP BTP side-by-side integration approaches
• Design and implement secure APIs and middleware services using Java, Spring Boot, microservices, REST, SOAP, OData, RFCs, BAPIs, IDocs, Kafka, and Google Cloud Pub/Sub
• Develop and support SAP BTP and SAP Integration Suite solutions connecting SAP applications with billing, compliance, tax, finance, and cloud services
• Design integration solutions supporting revenue accounting, accounts receivable, sales and distribution, regulatory compliance, and invoicing
• Build reusable common-core integration designs for country and market implementations
• Develop and maintain APIs, middleware workflows, message-processing services, batch integrations, and event-driven architectures
• Support platform migrations and modernization initiatives involving GCP, S3-to-GCS migration, Microsoft Entra ID, Apigee, GitHub, PAC, PCF, OpenShift, Docker, and Kubernetes
• Lead technical integration activities for SAP Document and Reporting Compliance implementations
• Support electronic invoicing, VAT reporting, statutory compliance, invoice validation, country-specific schemas, testing, cutovers, production launches, and post-go-live stabilization
• Support and enhance GCP services including Cloud Run, Cloud Run Jobs, Cloud Scheduler, Cloud Storage, Pub/Sub, Secret Manager, IAM, and Cloud Monitoring
• Design secure authentication and authorization patterns using OIDC, OAuth, JWT, Microsoft Entra ID, TLS/SSL, and certificate management
• Develop and maintain CI/CD and DevSecOps practices
• Ensure integration solutions meet security, data-protection, compliance, auditing, and operational requirements
• Improve performance and reliability of SAP batch programs, IDoc processing, API services, middleware workflows, and high-volume revenue transactions
• Develop automation for reconciliation, data validation, error correction, failed-record reprocessing, alerting, and production support
• Implement monitoring, alerting, logging, and observability capabilities
• Lead integration, regression, performance, and end-to-end testing
• Perform root-cause analysis for complex production incidents and implement corrective and preventative actions
• Support release management, production cutovers, go-live readiness, hypercare, and post-launch stabilization
• Maintain technical documentation including solution designs, interface specifications, API contracts, operational procedures, monitoring standards, and support runbooks