Ford Motor Company

Full-stack Engineer

• Leads team delivery by architecting solutions, managing the completion of critical and often ambiguous tasks.
• Takes responsibility for reviews, ensuring they are aligned with goals, facilitates productive discussions, and make decisions to resolve issues.
• Leads the technical direction of the team, providing guidance to team members and setting an example of excellence. Collaborates with other teams to ensure technical alignment.
• Leads efforts to implement process improvements, driving enhancements in productivity and quality of output through collaboration and innovation.
• Mentors junior and mid-level engineers while also sponsoring emerging leaders, advocating for their growth and helping them navigate career paths

Lead Software Engineer

Operations

• to be replaced with previous job description
• to be replaced with previous job description
• to be replaced with previous job description
• to be replaced with previous job description

Operations Supervisor, App Host

Learning and Development

• Assist in creating interactive eLearning modules, videos, simulations, and performance support tools for technical and non-technical audiences.
• Develop and publish digital training content using Articulate Rise, or other similar programs.
• Create and edit graphics, animations, and video content using the Adobe Creative Suite (Photoshop, Illustrator, Premiere Pro, etc.).
• Apply adult learning principles and instructional design methodologies (e.g., ADDIE, SAM) to ensure training is engaging and effective.
• Partner with subject matter experts (SMEs), engineers, content team members and business owners to gather content and validate accuracy.
• Review and test learning products to ensure usability, functionality, and brand consistency.
• Assist in uploading, tracking, and maintaining learning content within the LMS.
• Stay current on instructional technology trends and training innovations.

Instructional Designer

Marketing Analyst

• Cross-Functional Strategy & Alignment: Own the Marketing Roadmap for In Vehicle Infotainment, drive strategic alignment, and foster seamless execution by partnering with Product, Engineering, Marketing, and Sales, ensuring product marketing initiatives integrate with roadmaps and campaigns for shared objectives.
• Product Positioning & Narrative Development: Strategically define, craft, and ensure consistent messaging for compelling product positioning and narratives across all channels to drive user understanding and adoption.
• Internal & Partner Enablement: Champion our digital products internally by developing comprehensive enablement materials and training for relevant stakeholders (e.g., Customer Service, Dealership Support), empowering them to effectively support and advocate for our products.
• Market & Competitive Intelligence: Conduct comprehensive market and competitive intelligence, identifying emerging trends, customer needs, and competitive positioning to ensure informed and differentiated product marketing strategies.
• User Engagement & Lifecycle Strategy: Develop and implement data-driven strategies to enhance user engagement, retention, and loyalty, leveraging to drive feature adoption.
• Reporting & Storytelling: Prepare and present compelling, strategic performance reports to leadership, communicating key metrics, analyzing trends, and articulating actionable recommendations to influence product and marketing decisions.

Digital Product Marketing Analyst

Analyst

• Function as a subject matter expert on vehicle order replication process involving Legacy systems and SAP S4 HANA
• Handle user queries related to S4 system functionality of Vehicle Management System module
• Monitoring daily, weekly batch jobs within S4 and ensure the errors are fixed on time
• Monitoring the upstream feeds to S4 VMS from various legacy systems such as Global Order Bank, Vehicle Invoicing & Drafting, etc. and ensure the interface issues are fixed on time
• Monitor the customer master interface from GOLDD to S4 and ensure the data in S4 matches with the source. Also, ensure the sales area and finance area are updated in S4 for new customers to facilitate vehicle billing
• Monitor the vehicle master interface from PDO to S4 and ensure the errors are fixed on time

IERP Product Costing Analyst

Mechanical Engineer

• Lead Product Design: Own the end-to-end design of radar brackets or other mounting interface using CATIA V6/V5, moving from initial concept through to SOP (Start of Production).
• Material Selection: Determine the best material applications (e.g., glass-filled polymers, stamped steel) based on weight, cost, durability and performance over the life of the product.
• Structural Analysis: perform FEA (Finite Element Analysis) to predict modal frequencies and vibration targets to ensure the bracket doesn't resonate with engine or road frequencies and withstand long-Term "Creep" and Heavy-Duty Life Cycles.
• Advanced GD&T: Apply advanced Geometric Dimensioning and Tolerancing to ensure sensor alignment remains within the required degrees from vehicle centerline.
• Statistical Knowledge: Utilize Design for Six Sigma (DFSS) principals to conduct complex 3D tolerance stack-ups. This includes managing Critical-to-Quality (CTQ) dimensional capability metrics (e.g., SPC and PIST) and defining gauge expectations to ensure high-volume production parts meet strict tolerances.
• Cross-Functional Collaboration: Partner with radar supplier and ADAS core teams to apply performance/functional requirements to the bracket design considerations
• Tooling & DFM: Lead Tooling Design Reviews (TDR) with injection molding suppliers. Drive optimization of gate locations, parting lines, and draft angles to minimize warpage—critical for maintaining radar boresight accuracy.
• Supplier Technical Management (Build-to-Print): Act as the primary technical lead for manufacturing partners. You will manage the hand-off of engineering CAD data and drawings to suppliers and ensure they execute the design to exact specifications.
• Manufacturing Readiness & PPAP: Facilitate and oversee the Production Part Approval Process (PPAP). Review supplier submissions, including Dimensional Results, Control Plans, and PFMEAs, to ensure the manufacturing process is capable of producing parts that meet design intent.
• Radar Performance Integrity: Ensure the bracket maintains precise boresight alignment and limits "sensor jitter" to within specified tolerances (e.g., of deflection).
• Interface & Packaging Management: Collaborate with Studio (Styling) and Body Engineering to package sensors behind fascias or grilles. Ensure "keep-out" zones and Field of View (FOV) requirements are met. Account for harness routing, connector "click-space," and strain relief to support long-term mounting durability.
• Validation Oversight: Define and lead DV/PV (Design Verification/Production Verification) testing with buy-in from radar core stakeholders. Ensure parts pass all environmental, thermal, and mechanical shock tests required for the segment.

Product Design Engineer – ADAS Radar Mounting Solutions

Accounting Manager

• Perform various aspects of our accounting and financial reporting processes
• Support the delivery of accounting-related tasks and projects
• Research, interpret, and document technical accounting guidance
• Create and implement ideas for automation using data analytics tools
• Serve as an accounting subject matter expert on a variety of cross-functional activities
• Support internal corporate audits, external audits, and statutory examinations
• Facilitate compliance with corporate, financial, regulatory, and other policies
• Support and ensure adherence to financial control processes and statutory reporting
• Collaborate with team members throughout our global organization

Senior Accounting Policy Analyst

Systems Engineer

• Develop Electrified Powertrain Control System work products that coordinate actions and functions between modules and subsystems to meet vehicle level and Feature attributes such as:
• Functional requirements
• Quality Documents (Boundary Diagrams, FMEA, P-Diagram, Interface Matrix)
• Design Validation Method (DVM) – Test Specification
• Design Validation Plan and Report (DVP&R) – Test Report
• Perform System level testing in vehicle, on breadboard or using Software/Hardware in the Loop
• Analyze vehicle CAN communication data and ECU diagnostics
• Submit CAN Network Interface Design (NID) requests to identify CAN signals transmitted and received by the Hybrid Powertrain Control Modules (HPCM)
• Support Functional Safety tasks where necessary
• Support/Drive control system quality/field issue root cause investigation and issue resolution
• The engineer will join a diverse team of subject matter experts in analyzing the functional design, failure modes, error states, noises and control factors for Hybrid and Electric powertrains.
• Review software implementation code
• Additional Growth Opportunities:
• Perform system simulation modeling
• Software in the Loop (SIL) testing and functional validation
• Leverage Connected Vehicle data for product improvement insight and issue resolution.
• Submit Invention Disclosures
• Leverage Ford Large Language Model tools for task acceleration

Electrified Powertrain Control Systems Engineer

Engineer

• Interpret electrical controls prints and support 50% and 100% electrical design reviews.
• Support end-to-end IIoT replications through device management and deployments.
• Work cross functionally with Manufacturing Technology Development, IT Manufacturing, OEMs, integrators, manufacturing plants, and safety.
• Write purchase orders as requisitioner to support and project manage program deliverables.
• Implement and document lessons learned and plan for nonrecurrences.
• Lead stamping new programs implementation and controls migration efforts through budgetary, engineering reviews and implementation.
• Support and enforce the use of Ford safety processes during program launches and equipment upgrades.
• Contribute to Controls Software Specification as new OEM standard for PLCs and HMIs globalization.
• Support virtual engineering initiatives to eliminate programming errors before onsite commissioning phase.
• Planned obsolescence management for Industrial Controls Systems through periodic Approved Component List assessments.
• Drive NFPA and NEC adherence to ensure electrical equipment panels are UL-compliant.

Senior Stamping Controls Engineer

• Develop and deliver on-board diagnostic (OBD) solutions for powertrain technologies needed to meet global diagnostic regulatory requirements.
• Perform/oversee HIL, on-road, and dynamometer data collection to calibrate and validate sensor performance and diagnostic monitoring capability of new powertrain technologies.
• Collaborate with cross-functional teams to manage the design, development, and validation of engine diagnostic software.
• Lead and resolve software and calibration OBD issues with internal and external stakeholders in a timely manner.
• Author scripts using Matlab, Python and/or other scripting languages to analyze system/diagnostic behavior and support the calibration process.
• Write calibration guides, regulatory required documentations, and co-author Work Shop Manuals.

Powertrain and Electrified OBD Subsystem Engineer

• The successful manufacturing software developer candidate will work on device-side code to support two areas of responsibility related to hardware testing.
• The candidate will have the opportunity to work with local and remote team members and other Ford groups who can share knowledge and insights and help educate the new team members on the products we work on, the software architecture, and implementation.
• Utilizing Design Thinking and User Experience methods, you will work to deliver breakthrough products and services that delight our customers.

Embedded Software Engineer

• Trial Activity Oversight: Directly oversee and manage all trial-related activities within the assembly plant and bodyshop areas, ensuring trials are conducted efficiently and according to established protocols.
• Process Validation & Tracking: Meticulously track trial parts through the assembly process, validating critical manufacturing steps such as hemming, clinches, dimensional accuracy, and various joining technologies.
• Sub-Assembly Coordination: Coordinate the seamless integration and submission of Knock-Down (KD) kits or sub-assemblies into the main bodyshop line for trial purposes.
• CMM Shipment Management: Manage and coordinate the shipment of sub-assemblies to the Coordinate Measuring Machine (CMM) for precise dimensional analysis and validation.
• Destructive Testing Follow-up: Follow up on and analyze results from destructive testing when required, providing insights into material and joint integrity.
• CID Number Capture: Ensure that Critical Identification (CID) numbers are accurately captured during the assembly process for all trial materials, facilitating effective communication and traceability for Production Validation Team (PVT).

Material Trial Engineer – Stamping & Assembly

• Trial Activity Oversight: Directly oversee and manage all trial-related activities within the assembly plant and bodyshop areas, ensuring trials are conducted efficiently and according to established protocols.
• Process Validation & Tracking: Meticulously track trial parts through the assembly process, validating critical manufacturing steps such as hemming, clinches, dimensional accuracy, and various joining technologies.
• Sub-Assembly Coordination: Coordinate the seamless integration and submission of Knock-Down (KD) kits or sub-assemblies into the main bodyshop line for trial purposes.
• CMM Shipment Management: Manage and coordinate the shipment of sub-assemblies to the Coordinate Measuring Machine (CMM) for precise dimensional analysis and validation.
• Destructive Testing Follow-up: Follow up on and analyze results from destructive testing when required, providing insights into material and joint integrity.
• CID Number Capture: Ensure that Critical Identification (CID) numbers are accurately captured during the assembly process for all trial materials, facilitating effective communication and traceability for Production Validation Team (PVT).
• Cross-Functional Coordination: Coordinate closely with Paint Engineers, the Production Validation Team (PVT), and Manufacturing Engineers (MEs) to gather and provide essential feedback regarding paint quality and overall Vehicle on Wheels performance during trials.
• Reporting & Communication: Attend and report out on assembly plant trial status to the BCSE (Body & Chassis Stamping Engineering) Trial Specialist on a monthly or bi-weekly basis.

Manufacturing Material Alert Engineer

Director

• Define and evangelize a multi-year digital product strategy for the Build Domain, balancing the distinct needs of "Build Personal" (retail) and "Build Business" (fleet) customers.
• Leverage deep knowledge of the truck, van, and fleet industries to solve segment-specific challenges.
• Develop and own the product roadmap by making rigorous, data-driven trade-offs to ensure resources are focused on high-value initiatives.
• Cultivate deep customer empathy and lead discovery efforts to transform the requirements of truck and van users into high-impact digital solutions.
• Apply a sophisticated product sense to balance "utility-first" requirements for commercial operators (uptime, cost, safety, productivity) with "experience-first" expectations for retail buyers (lifestyle, premium experiences, aesthetics).
• Drive the full product lifecycle from initial concept and prototyping to global launch, establishing "North Star" metrics to measure success and ROI.
• Partner with Engineering, Design, Strategy, and Studio teams to ensure digital products are intuitively integrated into the physical vehicle environment (e.g., in-vehicle screens and controls).
• Collaborate with senior leadership across the enterprise to manage dependencies, remove roadblocks, and ensure total alignment on Build Domain objectives.
• Foster a culture of excellence by mentoring product managers and lead teams to reach their full potential.

Director of Digital Product – Build

• Lead the development and integration of Functional Safety work products on vehicle program applications for Advanced Driver Assistance Systems (ADAS) features like BlueCruise and Pro-Trailer Hitch Assist
• Develop and maintain Hazard Analysis and Risk Assessments (HARA), Functional Safety Concepts (FSC), and Technical Safety Concepts (TSC).
• Produce safety analysis (DFMEA, FTA, DFA, per ISO 26262)
• Support the planning of Safety Verification & Validation activities at different levels of system abstraction
• Support the creation of test cases (DVP), their execution and evaluation of the results
• Contribute to the safety audits and assessments
• Collaborate cross-functionally with systems, hardware, software, and V&V stakeholders to deliver a safe product with a comprehensive safety case