Ford Motor Company

Attorney

• Gestionar procesos para lograr métricas de recuperación con abogados externos.
• Realizar auditorías in situ de firmas de abogados.
• Analizar resultados comerciales diarios, semanales y mensuales y determinar acciones generales con las Firmas de Abogados Externos.
• Implementar nuevas estrategias para aumentar la recuperación.
• Rastrear depósitos diarios, reposiciones vehiculares, remesas semanales, tarifas cobradas, costos judiciales pagados/reembolsados y pagos para asegurar el cumplimiento con los Estándares y Procedimientos de Rendimiento de FCM.
• Mantener reuniones regulares con los abogados para compartir información, capacitar y revisar su desempeño.
• Reunirse con abogados externos para discutir oportunidades, nuevas estrategias y evaluar lo que está haciendo la competencia en términos de procesos de cobro.
• Revisar informes de abogados y determinar cualquier acción a tomar.
• Revisar la cartera de cobro del abogado para su depuración oportuna (cuentas cerradas, cuentas con una imposibilidad práctica de cobro).

Legal Representative

Full-stack Engineer

• Develop, maintain and verify brake based control algorithms written primarily in C-Hand code
• Develop requirements and design verification plans for motion control features and functions
• Perform software functional MIL/SIL testing, working closely with chassis controls analytical method test engineers to prove out functions
• Use simulation, unit testing and vehicle testing to verify algorithm updates, improvements and tuning strategies
• Collaborate with feature and system engineers to develop new SW functions to improve experiences for our customers
• Work with calibration teams to understand and tune control algorithms in vehicle

Chassis Software Engineer – Stability Controls, Off-Road Features Development

• Develop and gather requirements for customer-interfacing features and technologies by working with a multi-functional team.
• Translate requirements into control system designs to achieve program targets.
• Design and validate control algorithms to meet functional, regulatory, safety requirements, and functional safety requirements (ISO 26262).
• Develop and apply vehicle control system software validation test methods, tools, and processes to ensure system functionality and robustness.
• Develop system plant models and HIL/SIL/MIL validation infrastructure to support vehicle program plans and quality objectives.
• Troubleshoot vehicle system functional and diagnostic issues; resolve and validate corrective actions and preventive measures.
• Lead control system project planning and program management to meet functional, quality, and timing objectives.

Controls Software Engineer

Engineer

• Lead on eDrive unit/Generator Industrialization, control cost, timing, weight for each milestone/gateway
• Manage milestone cadence within Global Product Development System parameters
• Lead and manage SSSOS (Sub-System Sign-off Sheet) for each milestone deliverables
• Lead milestone deliverable assessments, report-outs (up to Director level), and papers
• Engage in new business proposals & business cases
• Develop & maintain project schedules
• Lead or support the Transmission/Generator Product Management Team for your commodity
• Act as transmission/generator lead in Vehicle Program meeting
• Lead and drive supplier for Design Change Request NTE and quote back, work with Cost Estimator to get OCE for each DCR
• Manage FEDE BOM for end items, cost/weight, lead 2-pager/CMF approval for DCR
• Lead supplier development timing to meet program key milestone
• Provide Finance team support
• Coordinate with Team of Four (PD, Purchasing, Finance & Cost Ops) groups
• Manage TPV and DCV phase parts order and make sure supplier deliver on time
• Support part release

eDrive Unit Industrialization Engineer

Developer Relations

• Own the technical vision, architecture, and roadmap for Developer Experience platforms, including:
• Developer portals and internal platform products
• CI/CD pipelines and code delivery systems
• Container-based developer and runtime environments, including orchestration and lifecycle management
• API platforms, service templates, and established “golden paths”
• Observability, reliability, and operational tooling
• Lead ****DevX**** platforms as products, with:
• Clear ownership and accountability
• Roadmaps informed by real developer needs
• Defined reliability, security, and service expectations
• Act as a hands-on technical leader:
• Review architecture, designs, and system patterns
• Apply practical engineering judgment to platform and tooling decisions
• Make informed trade-offs across scalability, security, reliability, and usability
• Provide deep technical leadership across polyglot engineering environments, spanning modern backend, frontend, mobile, data, and distributed systems technologies
• Apply strong understanding of multiple programming paradigms (object-oriented, functional, reactive, event-driven) to ensure DevX initiatives align with how engineers actually write and maintain code.
• Be accountable for core repository strategy and health, including:
• Code organization and modularization
• Dependency, version, and release management
• Shared libraries, frameworks, and reuse patterns
• Secure, compliant contribution and governance models
• Define and own a multi-year Developer Experience strategy aligned with:
• Automotive and industrial software delivery constraints
• Safety, security, and regulatory requirements
• Operating at scale across global regions, time zones, and organizational boundaries
• A broad and evolving technology landscape, spanning legacy systems through modern and emerging (“bleeding-edge”) platforms
• Ensure DevX initiatives reflect real developer workflows, operational constraints, and production realities
• Balance standardization and autonomy through well-designed paved paths that support consistency while enabling innovation
• Define, own, and continuously evolve Developer Experience KPIs that measure productivity, reliability, code quality, delivery performance, and developer sentiment
• Establish a ****DevX**** measurement framework that combines:
• Quantitative engineering metrics (e.g., lead time, deployment frequency, change failure rate, recovery time)
• Platform usage, adoption, and reliability signals
• Regular developer surveys and qualitative feedback mechanisms to identify friction and unmet needs.

Senior Director, Developer Experience, Platform Engineering

Director

• Serve as the single-threaded leader for the unified Program and Platform Interface organization, managing four LL5 senior leaders to drive seamless integration between product development, platform architecture, and vehicle program execution.
• Orchestrate the end-to-end interface with the TPP team to ensure experiences and PRDs are delivered on schedule and successfully landed within the platform and program Bill of Features.
• Direct the standardization of IS Hardware across all programs, ensuring rigorous compliance and the delivery of key financial milestones while tracking and achieving cost-reduction targets and securing sign-off at key GPDS milestones.
• Act as a single point of contact to support the delivery of IS goals across programs and regions.
• Act as the primary bridge between IS, Product, Platform, and Program teams.

Director, Product Platform Integration

Android Engineer

• Develop mobile app software from conception to production for millions of drivers and vehicles around the world.
• Actively participate in reviewing, evaluating, and providing feedback on product designs and architectures with a software engineering focus.
• Evaluate and recommend new and emerging products and technologies.
• Write and contribute to high-quality documentation for software engineers.
• Work effectively with product managers, product designers and other technical experts.

Staff Engineer, Android

DevOps Engineer

• Handle software (SW) and calibration delivery management (e.g. Timing, Coordination with builds and OTA software updates, Change Mgmt, etc)
• Guide supplier partners thru the Ford Global Product Development System (GPDS)
• Support driver assist features
• Deliver software work packages of the software change management process (e.g. release documentation, functional validation, OTA software updates, etc.)
• Work with Cross-Module network communication implementation (e.g. OTA, CS, MA, E2E, PARSED, etc.)
• Investigate Diagnostic Trouble Code (DTC) issues including Quality Early Detection (QED)
• Support service manual development
• Support the Breadboard/HiL (e.g. issue resolution, software updates, etc.)
• Support prototype vehicle builds (e.g. root cause issues, flashing software, etc.)
• Release diagnostics specifications
• Ensure compliance to Central SW requirements
• Lead SW Technical Design Reviews (TDRs)
• Support assembly plant End-of-line (EOL) setup and issue resolution
• Learn and participate in SW AGILE processes
• Support Chassis Controls requirement development
• Evaluate new software development toolchains and processes

Chassis Controls Software Engineer

IT Support

• Understand business drivers and business capabilities (future and current state) and determines corresponding enterprise system designs and change requirements to drive the organization's targeted business outcomes.
• Understand emerging technology trends and disruptions and the practical application of existing, new, and emerging technologies to enable new and evolving business and operating models.
• Work closely with the product owners and product managers to ensure a robust architectural runway that can support future business requirements throughout the product lifecycle.
• Define the principles, guidelines, standards, and solution patterns to ensure solution decisions are aligned with the enterprise's future-state architecture vision.
• Translate business and technical requirements into an architectural blueprint to achieve business objectives and documents all solution architecture design and analysis work.
• Analyze the business-IT environment (run, grow and transform the business) to detect critical deficiencies, legacy, and technical debt, and recommends solutions for improvement
• Support product managers in EOL (end of life) product decisions to maintain, refresh or retire products, services, or systems (including applications, technologies, processes, and information).
• Manage and develop the architecture for a broader scope of projects or products
• Provide architecture solution to modernize existing on-prem system and promote cloud migration
• Articulate new ideas and concepts to technical and nontechnical audiences
• Translate future-state business capabilities and requirements into solution architecture requirements
• Work creatively and analytically to solve business problems and propose solutions

Enterprise Architect

Backend Engineer

• Design and implement schemas, resolvers and directives using Java with Spring GraphQL.
• Integrate GraphQL APIs with existing RESTful APIs and NoSQL databases.
• Deliver connected back-end services that support Web Clients/Mobile clients.
• Build and manage APIs (Application Programming Interfaces) using languages including Java, Python, C#, Go, or Node.js to help customers understand, manage, and control their fleets of vehicles via a web application.
• Design and build robust and efficient APIs to connect Java applications to legacy mainframe systems.
• Develop and maintain UI (User Interface) and single page applications using React framework.
• Participate in peer code reviews to ensure code quality and maintainability.
• Write unit tests, integration tests, performance tests.
• Includes using Cucumber tool to write BDD tests and Apache JMeter for load tests.
• Develop dashboards and alerts to monitor KPIs.
• Participate in and/or lead the development of requirements, features, user stories, use cases, and test cases.
• Follow and participate in all Agile ceremonies, including process, technical design and support documents.
• Work collaboratively with other engineers, designers, product managers, and stakeholders throughout the software development lifecycle.

Senior Software Engineer – Full Stack, Java

• Develop and maintain calibration DVM’s and DVP&R using in vehicle or dynamometer calibration data as appropriate.
• Provide leadership to vehicle programs for the resolution of transmission calibration issues.
• Assist in the development of software, control system requirements, and strategies.
• Support for quality investigations.
• Experience using/interpreting C based software.
• Experience with automotive CAN communication networks and analysis.
• Collaborate with engineers to develop control systems and calibration approaches for future programs, including new hybrid architectures.
• Perform analysis of quality data (warranty and customer satisfaction surveys) and connected vehicle information to drive quality improvements for current and future products.

Product Development Engineer – Automatic Transmission Calibration

Data Engineer

• Build and operate end-to-end data pipelines (ETL/ELT) that ingest and process large-scale vehicle telemetry, including GPS, speed, and engine diagnostics.
• Implement and maintain integrations with Google Maps APIs for geocoding, snap-to-road functionality, and distance calculations.
• Develop and optimize data models in BigQuery using GEOGRAPHY types and spatial indexing (e.g., S2 or H3 cells) for efficient geospatial querying.
• Maintain data flowing through Bronze, Silver, and Gold layers to support trip reconstruction and reporting.
• Build and manage pipeline orchestration using Airflow/Astronomer and ensure deployments follow CI/CD standards using Terraform and Git.
• Implement automated checks to detect GPS drift, signal loss, or data inconsistencies using tools like Splunk, Grafana, or Looker.
• Apply data governance and compliance controls, ensuring the protection of sensitive location data and PII.
• Monitor GCP resource usage (BigQuery, Dataflow, GCS) to ensure cost-effective processing of high-frequency telematics data.
• Participate in on-call rotations and incident response to maintain the reliability of data services.

Telematics Data Engineer

Analyst

• Develop & implement part availability strategies to satisfy launch requirements
• Translate data provided by upstream functions into forecasts that can be used to develop an appropriate inventory plan for the program
• Coordinate with other PS&L activities (FCSD Purchasing, Product Analyst, STA, etc.) to ensure that appropriate functions are completed to address issues proactively
• Obtain and communicate plans from suppliers to upstream functions, enabling a coordinated launch effort
• Communicate with PS&L operations and other stakeholders to ensure there is alignment on the launch/deployment of programs
• Work to ensure that appropriate part supply is maintained after program launch

Field Service Action Analyst

Supply Chain

• Develop and execute comprehensive purchasing category strategies, ensuring alignment with overall company objectives and financial targets.
• Oversee and optimize annual billion dollar spend, identifying and implementing opportunities for cost reduction, value creation, and process improvements.
• Lead, mentor, and develop a high-performing team of buyers, fostering a culture of excellence, collaboration, and continuous improvement.
• Cultivate and maintain robust relationships with key strategic suppliers, driving performance, innovation, and long-term partnerships.
• Lead and execute complex contract negotiations, ensuring favorable terms, that mitigate risk and deliver maximum value to Ford.
• Implement and champion best practices in sourcing processes, supplier selection, and performance management to enhance operational efficiency and effectiveness.
• Serve as a key interface and trusted partner to various internal skill teams, including Product Development, ensuring purchasing strategies support their objectives.
• Proactively identify and mitigate supply chain risks, ensuring continuity of supply and building resilient supplier networks.

Supply Chain Manager – Frames and Battery Trays

Systems Engineer

• Coordinate software development efforts to ensure alignment with defined requirements and seamless integration with other system components (Charge port, OBC, DC/DC, Inverter etc.).
• Design, development, and testing embedded software components for adhering to coding standards and industry best practices such as MISRA C and V-cycle development.
• Develop software for safety-critical components, including battery protections.
• Enforce quality by helping define test cases with the test team by providing detailed requirements and supporting documentation when needed.
• Contribute to algorithms and controls development for the battery management system, including state of charge estimation, state of health assessment, and cell balancing etc.
• Verify the performance and reliability of the BMS algorithms by testing them using battery packs and battery cyclers.
• Document findings and report to battery algorithms teams.
• Extract and document detailed component-level requirements for battery management systems and power electronics, collaborating closely with cross-functional teams (hardware, firmware, systems engineering) to ensure alignment with overall vehicle objectives.
• Actively participate in review processes for firmware, hardware, system, and functional safety teams.
• Collaborate with mechanical, hardware, and system teams for seamless integration of hardware and software components.
• Develop and optimize calibration parameters to enhance safety, improve performance, and deliver exceptional user experiences.
• Participate in functional safety and failure avoidance analysis of complex electrical and software vehicle subsystems (HARA, FMEAs, etc.).
• Help the battery manufacturing team troubleshoot build issues by providing troubleshooting instructions, implementing software diagnostics, and proposing setup changes.