Ford Motor Company

Manager

• Lead the comprehensive deployment and change management efforts for the global conversion of Ford's mainframe MRP system (CMMS) to SAP S4 Hana.
• Collaborate with IT, business stakeholders, and implementation partners to define, design, and implement optimized MP&L processes within the S4 Hana environment.
• Oversee process documentation, gap analysis, solution design, testing, training material development, and end-user training delivery.
• Manage go-live activities, hypercare support, and post-implementation optimization to ensure successful system adoption and realization of business benefits.
• Conduct in-depth analysis of current MP&L business processes, identifying inefficiencies, risks, and opportunities for improvement.
• Design and implement future-state processes that align with SAP best practices and leverage new technological capabilities.
• Establish and monitor key performance indicators (KPIs) to measure the effectiveness of new processes and systems.
• Champion continuous improvement methodologies to drive ongoing operational excellence.
• Develop and execute robust change management strategies to ensure smooth adoption of new systems and processes by end-users.
• Engage and influence diverse stakeholders across various functions (Manufacturing, Purchasing, IT, Finance, Plant Operations) and global regions.
• Facilitate workshops, presentations, and communication plans to build understanding, generate buy-in, and manage resistance.
• Lead a team of business analysts or process specialists, providing guidance, mentorship, and support.
• Act as a subject matter expert, sharing knowledge and best practices within the MP&L and IT communities.

Senior Manager, MP&L Strategy and Planning

Engineer

• Design, analyze and test drive unit components using a variety of tools, including CAD and FEA.
• Generate and update/maintain 3D and 2D CAD of designs, considering best practices for GD&T, clear and consistent notes, identification of critical and significant characteristics, etc.
• Review and update requirements, DFMEA’s, process control plans and other documentation as required during the course of hardware design and development.
• Evaluate and understand the correlation between predicted and measured results by first hand testing or collaborating closely with test engineers and reviewing data with subject matter experts.
• Support and/or conduct testing and test setup including data acquisition systems and fixture design.
• Interact with vendors and industrialization personnel to ensure high quality products arrive where they are needed in time to support the scheduled activities. Travel as required to support this.
• Propose and implement component, system and/or process improvements. Work closely with appropriate teams to verify the effectiveness of the implementation.
• Contribute to design reviews, test plans, and requirement reviews to further advance the powertrain system cross functionally.
• Develop and maintain comprehensive documentation and reports related to design and test work.
• Contribute to the continuous improvement of design processes and methodologies to enhance efficiency and effectiveness.

Senior Drive Unit Lubrication and Thermals Engineer

• Process Development & Optimization: Manage and update all related Ford Specifications/Standards. Lead PTED engineering from concept to production, creating optimized pretreatment and electrocoat systems to streamline manufacturing.
• Technology Research: Develop novel pretreatment and anti-corrosion technologies, improving equipment design, materials, and simulation methods.
• Performance Analysis: Analyze chemical consumption, heat requirements, flow rates, deposition rates, corrosion resistance, and adhesion performance.
• Simulation & Design: Use CFD software for fluid dynamics, drainage, spray coverage, throw power, and coating thickness optimization.
• Compliance & Safety: Design PTED systems compliant with safety regulations, hazard classifications, fire codes, and mechanical codes.
• Environmental Control: Specify and select filtration and ventilation systems to maintain process quality and control the environment.
• Project Management: Assist Lead Project Managers large-scale projects, including scheduling, cost analysis, risk mitigation, executive reporting, and commissioning of manufacturing lines.
• Trouble Shooting: Responsible for supporting and optimizing pretreat and e-coat processes across multiple plants, serving as a technical resource for diagnosing and resolving complex, unplanned issues.

Pretreatment & Electrocoat Manufacturing Engineer

Security Engineer

• Lead and perform Threat Analysis and Risk Assessment (TARA) for vehicle components and systems (e.g., ADAS, Infotainment, Powertrain, Connectivity) in accordance with ISO/SAE 21434.
• Define and implement robust security controls, including Secure Boot, Secure Onboard Communication (SecOC), Hardware Security Modules (HSM), and encrypted Over-the-Air (OTA) updates.
• Ensure all vehicle systems meet global regulatory requirements such as UN R155 and UN R156. Maintain alignment with industry best practices (NIST, SAE).
• Oversee penetration testing and vulnerability scanning activities. Analyze results to prioritize fixes and provide technical guidance for remediation.
• Lead the technical response to identified security incidents or newly discovered zero-day vulnerabilities affecting the fleet.
• Evaluate the cybersecurity posture of Tier 1 and Tier 2 suppliers, ensuring their components meet the company's rigorous security requirements.
• Provide technical leadership and mentorship to junior and mid-level engineers, fostering a culture of "Security by Design."

Advanced Cybersecurity Engineer – Automotive

Program Manager

• We are seeking a highly motivated and experienced Technical Program Manager with a strong focus on Release Management to join our dynamic team.
• In this role, you will be instrumental in coordinating the end-to-end software delivery lifecycle for complex projects, ensuring timely and high-quality releases for internal and external customers.
• You will leverage your expertise in program management, Agile methodologies, and cross-functional collaboration to drive successful software deployments from development to mass production and beyond.
• Develop and manage detailed schedules for major or complex software projects, outlining all activities required for successful completion and release.
• Drive on-time, high quality software delivery and readiness for mass production within the software development lifecycle.
• Collaborate closely with development, quality assurance (QA), testing teams to deliver software on time to internal and external customers, including test releases, program milestones for new model launches, and future over-the-air (OTA) update releases.

Program Manager – Release Management

• Deliver geographic gap closure actions with incremental sales accountability.
• Leverage data-driven analysis to provide strategic direction and tactical execution.
• Evaluate & Optimize the Network: Assess, review, and make critical business determinations on all WD, BOD, and National Account prospects, expansions, location changes, and terminations.
• Drive Footprint Expansion: Lead the national execution of all Market Representation actions and continue the strategic execution of the "Code Everything" initiative.
• Partner closely with Ford’s Office of General Counsel (OGC) to navigate and resolve complex Market Representation and marketing legal matters.
• Collaborate directly with the Aftermarket National Sales Manager and others to develop and execute a cohesive national business plan.
• Develop and deliver targeted training programs for the Aftermarket Field Team.
• Analyze sales and purchase data to identify growth opportunities and performance challenges.
• Manage a portfolio of Purchase Orders (POs) to fund and support the Aftermarket Team's localized marketing and sales initiatives.

Aftermarket Distribution Network Manager

Full-stack Engineer

• Develop world-class, low latency, high availability services that support internal engineering as well as millions of Ford customers; delivering technical initiatives, quickly turning concepts into functioning code
• Partner with cross functional teams to deliver functioning code against the technical vision, technical strategy
• Deliver functional capabilities that are aligned to timelines and roadmaps
• Own code quality (code reviews, testing, collaborate on solutions, application design) with focus on analyzing customer needs
• Attend standup meetings, leverage project management practices, processes and tools to help drive projects to a successful completion
• Adapt in a rapidly changing environment and drive consistency of purpose for a complex organization
• Apply previous experience in driving cross functional teams in multifaceted technical and regulatory constrained environments is essential.

Full-Stack Software Engineer – Vehicle Software Release & Deployment

• End-to-End Security Architecture & Engineering
• Lifecycle Integration: Lead and integrate cybersecurity engineering across the entire battery storage system lifecycle, including design, manufacturing, deployment, operations, and decommissioning.
• Hardware & Firmware Hardening: Define, implement, and audit security controls at the silicon, microcontroller, and firmware levels, including secure boot, cryptographic key management, secure storage, and Hardware Security Modules (HSMs).
• Technical Innovation: Develop solutions to unusually complex cyber-physical security problems that require a high degree of ingenuity and creativity. Establish engineering precedents and design patterns that will serve as the template for future product lines and support the long-term reputation of the organization.
• Threat Modeling & Offensive Security Validation
• Cyber-Physical Threat Modeling: Lead threat modeling (e.g., STRIDE) and risk assessments to resolve highly ambiguous, large-scale technical challenges across battery management systems (BMS), power conversion systems (PCS), and overall BESS architectures. Develop novel, high-performance, and resilient security frameworks under extreme hardware and operational constraints.
• Active Penetration Testing: Plan, coordinate, and execute hands-on penetration testing and vulnerability assessments on embedded hardware, firmware, and communication protocols (e.g., Modbus, CAN, DNP3, and TCP/IP).
• Governance, Compliance & Incident Management
• Standards & Framework Alignment: Align product engineering processes and security controls with relevant industry standards and frameworks (e.g., IEC 62443, ISO 21434, UL 2900, and NIST SP 800-82).
• Project Risk Governance: Establish and manage cybersecurity work packages, compile risk registers, and represent cybersecurity requirements in stage-gate reviews and engineering boards.
• Incident Response Operations: Develop and support security incident response playbooks for fielded BESS assets, and manage coordinated vulnerability disclosure for discovered firmware/hardware bugs.
• Cross-Functional Collaboration & Technical Leadership
• Consensus Building: Drive technical security direction and best practices across multiple engineering teams (hardware, firmware, cloud, and systems), building architectural consensus for end-to-end product security.
• Talent Mentorship: Actively mentor and guide peers to elevate the collective technical cybersecurity capabilities of the organization.

Product Cybersecurity Manager

Systems Engineer

• Provide manufacturing engineering leadership throughout a new model development program – from initial concept through final assembly.
• Drive lessons learned into new product; Ensure GMRs and best practices are followed; Ensure product design is robust for manufacturing; Ensure LD commonality is followed / Drive LD discipline; Drive SRI feasibility; Support structures process; Support clay feasibility; Support virtual builds; Ensure P-release quality of event; Ensure checking fixture/PCF/CMM fixture strategy support program deliverables; Ensure plant CMM/layout room will support program deliverables; Ensure measurement plan is robust
• Develop pre-launch control plan; Ensure production intent locators for DCV; Lead resolution of manufacturing AIMS issues; Utilize DCV to prove out measurement programs, handheld data and WBDM templates; Ensure closure systems studies are completed; Lead PCF process ꟷ Develop build plan ꟷ Ensure parts are ordered ꟷ Ensure PCF fixture meet timing needs ꟷ Lead execution of PCF1 build; Ensure supplier gages are correct; Drive part review and die buy-offs
• Lead launch control plan; Ensure all assy plant metrology is ready to support launch control plan; Ensure assy plant fixtures support control plan; Ensure metrology programs are ready; Ensure handheld data devices are ready; Ensure WBDM/Templates support launch needs; Lead PCF2/PCF3 build events at plant; Responsible for overall Bodyshop capability; Build event dimension summary; Ensure stamped parts are acceptable for build events and drive towards PSW; Drive sheet metal system issue resolution; Drive closing effort prove out; Drive OK to Buy dimensional and functional issue to resolution

Manufacturing Systems Engineer

Technical Program Manager

• Lead program execution - managing key partner or customer programs ensuring that all internal and external resources execute against the agreed plan
• Lead the program process/framework, as well as lead the Data Analysis/ Reporting dashboard team member
• Support Ford charging programs by identifying, structuring, communicating, and working cross functionally to execute program efficiencies
• Use operational experience and data to close feedback loops between Ford teams(HW/SW/System/App/external vendor/Customer Support/Business verticals to manage milestones on network strategy, site deployment, product introductions and ongoing operations.
• Support necessary cadences with third-party vendors necessary for releasing public charging software
• Support the team's operating rhythm by hosting standing meetings across working teams and leadership levels while managing accountability for follow-up actions.
• Growth mindset to expand program and team to deliver at scale.
• Ability to consider voice of the customer(s) in program development and execution

Product Manager

• Own the product discipline around Ford Credit’s automation program.
• Act as the "connective tissue" between the business stakeholders who originate demand and the engineering teams that deliver technical solutions.
• Shape what gets built, what gets retired, and how value is measured and reported across the enterprise.
• Focus on business value, ROI, user experience, and strategic road mapping.
• Work closely with highly technical teams to orchestrate high-impact, scalable AI and automation solutions.

Product Manager – Automation, Intelligent Workflows

• Architect, build, and maintain high-performance, enterprise-grade applications, spending the majority of your time actively writing clean, secure, and optimized code in Java (Spring Boot, JPA, Kafka) and Python (Flask, Pandas, NumPy).
• Design and build cutting-edge data science and pricing optimization dashboards using Plotly Dash, Dash Mantine Components, AG Grid, React JS, and Angular.
• Pioneer and champion the use of AI-assisted development tools (e.g., GitHub Copilot, MCP integrations, and LLM-assisted engineering) to rapidly prototype internal AI-powered tools and accelerate team-wide developer productivity.
• Apply Ford finance, pricing, and yield management domain knowledge to design systems that accurately reflect complex financial constraints and opportunities.
• Deploy, scale, and manage containerized applications on Google Cloud Platform, utilizing GCP Cloud Run, BigQuery, Docker, and OpenShift/Kubernetes.
• Define and implement robust infrastructure-as-code using Terraform and establish automated deployment pipelines utilizing Tekton or Jenkins.
• Work closely within a tight-knit, agile team of AI engineers and business stakeholders to drive immediate business value.
• Work closely with business SMEs, data scientists, and architects to define solution architectures, non-functional requirements (NFRs), and robust security integrations (including Azure AD authentication and RBAC).

Senior Specialist, Yield Management – GTM AA Software Engineer

Architect

• Lead end-to-end transformation initiatives that establish and mature business capabilities aligned to ADVEV and Ford EV objectives.
• Partner with cross-functional teams across Engineering, Manufacturing, IT, Supply Chain, Logistics, and related functions to drive process, tool, data, and organizational change.
• Define clear business problem statements, current-state assessments, and future-state operating models using structured business architecture and process-mapping techniques.
• Conduct discovery with stakeholders to identify pain points, bottlenecks, capability gaps, dependencies, and opportunities for improvement.
• Translate complex business needs into actionable strategies, requirements, roadmaps, and implementation plans.
• Drive alignment across diverse stakeholder groups, balancing competing priorities and influencing decisions without direct authority.
• Manage transformation scope, priorities, risks, dependencies, timelines, cost considerations, and quality outcomes in a dynamic environment.
• Facilitate business process validation, acceptance, and adoption to ensure sustainable implementation of new capabilities.
• Analyze the business impact of proposed changes versus inaction, and develop mitigation strategies for identified risks.
• Incorporate organizational change management practices, including communication, training, rollout planning, and stakeholder readiness.
• Promote continuous improvement by identifying opportunities to simplify, standardize, and scale processes across the enterprise.
• Maintain agility and resilience while navigating evolving priorities, ambiguity, organizational complexity, and implementation challenges.

Staff Business Architect

• Design and implement software running on a distributed embedded system with multiple microcontrollers with a focus on creating re-usable software designs / components.
• Design and implement real-time Ethernet communication.
• Develop custom serial communication protocol over UART and I2C interfaces to support reliable data exchange between the device and external components.
• Specify requirements, design, implement, and test both bare metal and RTOS low-level software for creating a scalable platform.
• Work with/resolve ambiguity in requirements/specifications/designs.
• Create elegant, efficient real-time software components and interfaces.
• Develop software component testing methodologies and implementations to ensure maturity/stability/release readiness.
• Work with hardware and debuggers at a bench and HIL level to verify software operation.
• Define system-level power / compute / communication requirements and implement solutions that allow different applications to achieve different combinations of configurations.
• Profile power / CPU / bus usage and identify opportunities for optimization on the submodule as well as system level.
• Collaborate with V&V to develop comprehensive test plans and perform thorough testing to validate firmware functionality, stability, and performance under various conditions, including low power modes.
• Interface with external vendors, including review of firmware specifications, providing design guidance, and integrating code releases.
• Maintain clear and concise documentation of design and firmware architecture

Staff Embedded Software Engineer

• Architect & Code: Design, develop, maintain, and support multiple mission-critical cloud platform components and APIs that power Ford’s connected vehicle ecosystem.
• Own End-to-End Delivery: Take ownership of software services from initial design to deployment and production operations on modern cloud infrastructure (AWS/GCP & Kubernetes).
• Scale & Optimize: Build high-performance, resilient, and event-driven microservices capable of handling massive, real-time data streams.
• Drive Engineering Excellence: Champion clean code, Test-Driven Development (TDD), robust API design, and comprehensive load/performance testing to ensure ultra-high reliability.
• Collaborate & Innovate: Partner closely with product managers, technical leaders, and cross-functional teams in an agile environment to translate complex requirements into production-ready solutions.
• Monitor & Maintain: Implement proactive monitoring, alerting, and performance-management strategies to ensure system health and adhere to strict SLAs.