Ford Motor Company

Security Engineer

• Architect and implement production-ready security mitigations within Classic AUTOSAR.
• Maintain a high level of hands-on involvement by writing and reviewing complex embedded code in C and C++.
• Partner with and guide Embedded Security Engineers (GSR) to execute technical roadmaps and deliver robust, reusable software components.
• Drive creation of reusable deliverables (source libraries, prebuilt artifacts, and test suites) with clear APIs, versioning strategy, and integration guidance for ECU teams.
• Own the full software development lifecycle (SDLC) for mitigation implementations.
• Ensure implementations align with ISO/SAE 21434 cybersecurity engineering needs.
• Use GitHub for version control, pull requests, and code reviews.
• Manage technical debt, feature backlogs, and sprint planning productively within Jira.
• Coordinate with systems engineering, validation, and platform teams to enable seamless integration of security controls across a diverse set of ECUs.
• Collaborate with Verification & Validation teams to develop and execute security focused test plans.

Cybersecurity Architect – Embedded Security Mitigations

Full-stack Engineer

• Execute a comprehensive Systems Engineering approach to new capabilities/API design, ensuring alignment with evolving customer needs and strategic objectives.
• Lead the development of system functional capabilities, including feature/functional/implementation specifications, detailed Failure Mode Avoidance (FMA) documentation, robust function verification test plans, functional safety assessments, and cybersecurity assessment & mitigation strategies to achieve use case attribute targets.
• Design feature systems utilizing Model Based Systems Engineering (MBSE), SysML (MagicDraw), and advanced software development techniques (Python, C, JSON, YAML, ARXML) with requirements defined in EARS, INCOSE, or Gherkins formats.
• Develop high-level network, wiring, and power distribution topologies, schematics, and system boundary diagrams.
• Strategically suggest and help allocate system functions across electronic modules and subsystems to meet aggressive cost, quality, and performance targets.
• Review existing system designs to identify new opportunities for optimization, cost reduction, or quality improvement.
• Collaborate extensively with program teams, core engineers, and cross-functional areas to create balanced solutions that address competing requirements.
• Cultivate strong relationships with cross-functional teams and the supply base to stay abreast of the latest technologies and identify viable integration possibilities.
• Analyze complex cross-functional vehicle systems and implement innovative, scalable solutions.
• Lead critical trade-off discussions with diverse cross-functional teams, driving consensus and optimal outcomes.
• Communicate complex technical systems, issues, and resolutions in a clear, concise, and impactful manner to various stakeholders.
• Utilize connected data and advanced analytics to develop a deep understanding of customer behavior and needs.
• Lead the development and testing of end-to-end system behaviors against requirements on SIL (Software-in-the-Loop), HIL (Hardware-in-the-Loop), and Breadboards.

Software Engineer, Platform Systems

Human Resources

• Support the full employee journey from recruitment through separation by administering hourly recruiting coordination, new employee onboarding, promotions, internal transfers, and movements with accuracy and compliance
• Coordinate employee onboarding and orientation activities, ensuring new hires have seamless entry experience and all necessary documentation, system access, and initial training
• Administer employee departures including retirements, voluntary separations, and staffing level adjustments such as layoffs, with sensitivity, accuracy, and adherence to company policy
• Facilitate external employee transfers between plants, ensuring accurate transfer of personnel records, disciplinary and attendance histories, and processing of relocation assistance where applicable
• Manage employee reinstatements following leaves or absences, ensuring all necessary records, system access, and work assignments are accurately updated and compliant
• Coordinate vacation shutdown activities in partnership with operations to support workforce planning requirements and vacation pay administration
• Administer position management changes and coordinate internal employee movements and job postings to support talent optimization
• Administer wage changes with precision, including apprentice wage progressions, job reclassifications, and skill-based pay adjustments
• Conduct regular wage and position management audits to ensure data integrity, identify discrepancies, and implement opportunities for process standardization
• Process pay discrepancies in accordance with contractual agreements, ensuring compliance and accuracy while documenting trends for continuous improvement
• Provide comprehensive coordination for employee leaves of absence, including medical, FMLA, and other extended leaves, partnering with employees, HR colleagues, and external benefit administrators to ensure seamless administration
• Ensure adherence to all relevant labor laws, company policies, and collective bargaining agreements through diligent process administration and documentation.

HR Coordinator

DevOps Engineer

• Delivering and integrating TCU software into FNV2, FNV3, and FNV3.x vehicles. This includes overseeing technical execution, meeting deadlines, and adhering to project requirements.
• Provide leadership and support for the successful launch of new vehicles by ensuring timely integration and functionality of TCU software. Manage ongoing improvements and software maintenance to address post-launch issues.
• Facilitate effective collaboration between program teams and the internal software development team. Champion agile methodologies to ensure efficient and timely software delivery across multiple vehicle programs.
• Promote a team environment that fosters innovation, problem-solving, and continuous improvement. Encourage exploration of new solutions and strategies to enhance TCU software.
• Partner with software development program management teams to define and implement processes that guarantee the on-time delivery of software, aligned with established vehicle program requirements.
• Advocate for and utilize connected vehicle data to support engineering problem-solving and data-driven decision-making processes.
• Provide on-site support to troubleshoot, flash, test and validate TCU SW at system level (Breadboard or vehicle) to help collect data required to improve SW quality.
• Apply project management best practices by proactively identifying potential project risks associated with software development and integration. Develop mitigation strategies or escalate critical risks for timely resolution.

Design & Release Engineer – Telematics Control Unit, TCU

Engineer

• Outline strategy and engineering targets, timelines, and deliverables for future Ford Racing sportscar programs.
• Lead Homologation process for new programs, ensuring accurate documentation, and alignment with category and series rules and requirements.
• Work with existing partners, race teams, and customers to collect feedback on current programs, translating real-world insights into actionable engineering feedback for future vehicle design, development, and homologation.
• Develop and implement tools and processes to streamline and enhance the efficiency of vehicle development, testing, and homologation workflows for engineering teams and external partners.
• Support engineering development and testing activities as required.
• Conduct comprehensive data analysis, including End-of-Lap (EoL), Diagnostics, Timing & Scoring, and Balance of Performance (BoP) analysis.
• Represent Ford Racing Motorsports at sports car events throughout the US, Europe, and Australia.
• Develop and manage strong relationships with racing teams, series organizers, and key stakeholders to expand Ford Racing motorsports presence.
• Provide program management support, ensuring strategic alignment of activities with future product launches and homologation timelines.
• Represent Ford Racing with proactive engagement in GT3 Technical Working Groups (TWGs) and Series Homologation meetings to help shape future regulations to align with Ford's strategic motorsport goals.
• Interpret, disseminate, and advise on evolving homologation requirements and technical regulations, ensuring future vehicle designs are compliant and competitive.

Motorsports Sportscar Program Development Engineer

Technical Program Manager

• Interface and Support with the Design & Release Engineer (D&R) to deliver a quality product on time
• Project management interfacing and working closely with the Body Controls team and suppliers
• Provide project management and technical leadership to the Body Controls team
• Lead a Program Action Team (PAT) meeting with a weekly cadence
• Maintain lists of deliverables, software releases and issues
• Drive items on the list to closure in a timely manner meeting Ford milestones
• Track software through cradle to grave life cycle
• Report out to management as necessary possibly explaining multiple solutions and the pros/cons of each solution
• Develop/Review Supplier deliverables
• Project work plans
• Track supplier manpower for Software Development, Systems Integration and Validation. Identify resource inconsistencies
• Provide estimates and review actuals for cost and timing of making software changes
• Ensure Software development plans meet Ford timing
• Schedule software releases to meet Ford timing and are delivered accordingly
• Drive the Requirement Traceability Matrix (RTM), Design Validation Plan & Report (DVP&R), and Non-Testable Matrix (NTM)
• Drive Functional Safety (if applicable)
• Support the following tasks
• Work with the Full Service Supplier (FSS) software team explaining software requirements.
• Schedule Software design reviews with Suppliers
• Software Change Management

Body Control Release Train Engineer – Engineering Program Manager

Software Engineer

• Collaborate with engineers in vehicle dynamics, aerodynamics, powertrain, and chassis design, focusing on optimizing vehicle performance for the Ford LMDh program.
• Responsible for applying technical solutions to total vehicle performance through car build, integration, setup, simulation and race strategy.
• Focus on driving continuous improvement of performance specifically for the Ford Racing LMDh program and contribute to building a team to achieve industry leading performance across all Ford Racing disciplines.
• Lead development and implementation of methodologies, and processes to enhance performance for LMDh.
• Take primary responsibility for the testing and optimization of the LMDh vehicle, while supporting similar efforts for other concurrent programs, ensuring all projects are delivered on time and exceed performance expectations.
• Analyze test and race data from all technical disciplines, (aero, vehdyn, powertrain), and provide recommendations to optimize performance.
• Provide data backed recommendations using knowledge of racing performance to optimize systems and resolve issues.

Racing Performance Engineering Technical Specialist

• Design, develop, and test robust, high-availability camera software for Ford's In-Vehicle Infotainment (IVI) systems.
• Implement and optimize software for embedded platforms, ensuring reliability and real-time performance in compute-constrained ECU environment.
• Lead the integration of camera systems, including capturing, processing, and streaming video feeds to vehicle displays.
• Collaborate with hardware, software platform engineering teams, and external partners to define requirements and ensure seamless system integration.
• Debug and troubleshoot complex software issues on target embedded hardware, utilizing various debugging tools and techniques.
• Contribute to architectural decisions and drive best practices for software development, code quality, and maintainability.
• Stay current with emerging technologies in camera systems, video processing, and embedded software development.

Staff Software Engineer – IVI Camera Software

• Complete engineering deliverables throughout the complete GPDS (Global Product Development Process) on time with high quality for all gateways/milestones, from Product definition, Target setting, Supplier sourcing, Engineering development, Validation, and testing, and up to Launch and production stages.
• Lead issue resolution to ensure deliverables are met throughout the various GPDS milestones.
• Lead financial status-to-target for the seat system.
• Lead execution of Target Delivery and Target Confirmation for cost, weight, and quality.
• Lead/support cost process to deliver sourcing packages to the supply base.
• Manage tools and processes to track and follow up engineering and program delivery.
• Provide on-site support for all prototype and pre-production build phases.
• Provide on-site support for vehicle launch through Ok to Buy at Final Vehicle Assembly Plant.
• Lead resolution of prototype and final assembly build issues.

Design Release Engineer – Seat Complete

• Work with Ford Global Laboratories to ensure that robust emissions/fuel economy measurement strategies are in place to develop and certify the diverse range of products in Ford's plan (including gasoline, diesel, and electrified products)
• Conduct onsite emissions laboratory assessments and sign-offs of Ford and contract facilities to ensure conformance to corporate guidelines and regulatory requirements.
• Provide ongoing support to vehicle programs and laboratory personnel with respect to regulatory interpretations, measurement analysis and laboratory assessments.
• Review and interpret new regulations for emissions and fuel economy testing. Provide direction to laboratories to ensure compliance with new regulations.
• Participate in different Government/Industry forums to collaborate on best practices and run special test programs.
• Carry out test programs to evaluate new measurement equipment and/or vehicle technologies.
• Generate assessment and sign-off reports documenting laboratory status.
• Develop test procedures and local assessment procedures based on regulations and Ford best practices.

Product Environmental Engineer

Solutions Engineer

• Serve as a technical anchor for the Thermal Subsystem (HVAC & Powertrain Thermal), bridging mechanical, electrical, and software disciplines.
• Define and drive the development roadmap for application logic, component controls, and diagnostics.
• Orchestrate the development workflow (Sprint planning, JIRA), ensuring technical risks are identified and eliminated early.
• Lead the selection and integration of new hardware, authoring precise interface requirements for suppliers and internal controls teams.
• Collaborate with control algorithm engineers to optimize system performance and efficiency.
• Negotiate interfaces and behaviors with cross-functional teams (e.g., Infotainment, Powertrain) to ensure a seamless customer experience.
• Design and execute comprehensive pre-merge verification plans to ensure software robustness.
• Conduct hands-on validation using bench setups and vehicle assets, utilizing advanced debugging tools to root-cause complex integration issues.
• Review code (C/C++) and sign off on software releases, maintaining a high standard for code quality and system safety.

Thermal System Firmware Integration Engineer

Systems Engineer

• The Releasing Analyst is responsible for managing the interface between our supply base and the various Parts Supply and Logistics (PS&L)/Supply Chain Management (SCM) systems (SAP/SNC, MMP, SDS, Super-G), ensuring our suppliers adhere to our established processes and ship to the schedules provided.
• Hold reoccurring meetings with high VOR/backorder/behind schedule/poor performing suppliers to obtain promise ship dates at the part level and drive overall supplier improvement and development
• Identify and implement opportunities for process improvement through data analysis
• Escalate supplier issues cross-functionally (e.g. Production/Service Purchasing, Product Analysis, Quality, Engineering, Material Planning & Logistics, etc.)
• Support Sales & Marketing, CX (Customer Experience) initiatives, and other FCSD Transformation projects while working with Ford/Lincoln dealers, as required.

Systems Analyst

Analyst

• Leverage detailed data analysis, storytelling, and collaboration skills with numerous cross-functional stakeholders to identify and mitigate capacity constraints.
• Own capacities for your plants and programs, leading initiatives to align plant capabilities with sales requirements in the near and far time horizons.

Capacity Planning Analyst

Cloud Engineer

• Campaign Development & Automation: Developing and implementing integrated marketing automation solutions, including complex customer journeys using Journey Builder and automated workflows via Automation Studio.
• Data Management & Analytics: Ensuring data integrity by creating, managing, and optimizing Data Extensions, audience segments, and data flows.
• API Integrations & Customizations: Building custom integrations between Salesforce Marketing Cloud and various external systems, including Salesforce CRM, databases, and other marketing tools, using REST and SOAP APIs.
• Email & Landing Page Development: Designing, developing, and deploying responsive, dynamic, and personalized email templates and landing pages using HTML, CSS, and AMPscript.
• Troubleshooting & Optimization: Monitoring and analyzing campaign performance metrics, providing insights and recommendations for optimization.

Salesforce Marketing Cloud Developer

Architect

• Innovate Power Net Architecture Design: Develop cutting-edge power supply hardware architectures (12V and 48V) and advanced power distribution concepts for new vehicle platforms.
• Lead Systems Engineering: Apply a comprehensive systems engineering methodology to deeply understand vehicle-level requirements and use cases. Derive robust power supply hardware architecture requirements, cascading them effectively to individual power supply components and subsystems.
• Ensure Functional Safety: Implement functional safety for power supply architectures, meticulously following the ISO 26262 approach and its disciplines to mitigate risks and ensure vehicle safety.
• Drive Cross-Functional Integration: Act as a key interface with power supply controls to ensure seamless operation of 12V and 48V power management on the hardware architecture. Provide critical support to component engineers and suppliers in developing, integrating, and validating high-performance power components.
• Collaborate on Vehicle Integration: Support the holistic integration of the low voltage power net architecture into the complete vehicle, working closely with various engineering domains to achieve optimal system performance and packaging.