Ford Motor Company

Robotics

• Lead and manage the onsite evaluation team, including AMR Launch Specialists, Controls Engineers, IT Integration Specialists, and Layout Engineers.
• Coordinate team activities, assign tasks, and ensure the quality and efficiency of the onsite assessment process.
• Provide technical guidance and support to team members during evaluations.
• Ensure team safety and adherence to facility protocols while onsite.
• Evaluate physical conditions such as flooring quality (levelness, cracks, expansion joints), lighting levels (impact on vision-based navigation), aisle widths, door clearances, and potential obstacles.
• Assess existing infrastructure, including Wi-Fi coverage, network drops, power availability for charging, and accessibility to elevators or ramps.
• Lead the detailed analysis of current material handling processes within the facility.
• Map existing material flow paths, identifying sources, destinations, frequencies, volumes, and types of materials moved.
• Analyze current pain points, bottlenecks, and opportunities for automation using AMRs.
• Quantify movement data (distances, times, quantities) to build a baseline for comparison.

Autonomous Robotics Launch Engineer

Human Resources

• Responsible for processing HR-related changes in the HR System, creating documentation and keeping an eye on employee satisfaction.
• Our customers can reach out to us via phone, chat and the HR Portal.

HR Associate, English-speaking

Manager

• Lead the end-to-end coordination of Engineering BoM digitization and migration initiatives across engineering, manufacturing, supply chain, IT, and program teams.
• Drive the transition from legacy BoM management systems to Teamcenter / 3DEXPERIENCE platforms for engineering product structure management.
• Coordinate integration and alignment between Engineering BoM systems and SAP for downstream manufacturing, procurement, and production processes.
• Establish governance for BoM accuracy, release and change management processes.
• Participate in cross-functional workshops to define future-state workflows, system requirements, business rules, and process harmonization.
• Ensure successful migration, validation, cleansing, and reconciliation of legacy product structure and material master data.
• Identify process gaps, system dependencies, and operational risks during transition phases and drive mitigation plans.
• Collaborate with IT, system integrators, to support testing, deployment, cutover planning, and user adoption activities.
• Monitor project timelines, milestone readiness, issue resolution, and transformation KPIs to ensure successful execution.
• Support organizational change management activities including training coordination, communication planning, and stakeholder engagement.
• Drive continuous improvement initiatives to enhance BoM release efficiency, traceability, digital integration, and data quality across enterprise systems.
• Act as the central coordination point between engineering operations, manufacturing teams, enterprise architecture, and digital transformation leadership.

Manager – PPM CoE

Mechanical Engineer

• Develop 3D CAD models and assemblies of plastic components using CATIA V5 / 3DEXPERIENCE (3DX)
• Deliver designs aligned with engineering standards and project timelines
• Capable to virtually perform both static and dynamic checks using Catia V5 & 3DX
• Ensure alignment between CAD models and BOM data
• Support design validation using inputs from CAE/CFD analysis and testing
• Proficient in deciding manufacturing feasibility, assembly feasibility and service feasibility.
• Manage design data using PLM tools (e.g., Teamcenter). Good knowledge in using vismockup tool.
• Participate in design reviews and continuous improvement initiatives
• (For senior candidates) Lead a small team by guiding and mentoring junior designers

Lead Engineer – Automotive CAD Design

Full-stack Engineer

• Write high-quality code that satisfies customer needs and strives for simplicity, clarity, and testability.
• Collaborate with stakeholders to understand functional and non-functional requirements.
• Investigate and propose business and technical solutions to development and design problems, participating in scope of work estimation and forecasting.
• Promote and investigate architecture, design, implementation, and security standards and best practices.
• Participate in code reviews or use collaborative programming techniques to promote high quality business outcomes.
• Improve performance of existing software by diagnosing and resolving critical issues across multiple skill teams.
• Follow agile development processes.
• Mentor junior software engineers.

Software Engineer

QA Engineer

• Define the E2E Validation Strategy: Architect and execute a comprehensive end-to-end system testing strategy that spans the entire connected vehicle ecosystem (Vehicle TCU/Infotainment → Cloud Platform → Mobile App + Other Devices).
• Cross-Functional Team Collaboration & Alignment: Act as the central integration hub across diverse engineering and validation organizations to ensure seamless end-to-end system readiness.
• In-Vehicle Device Testing Teams: Partner to align hardware-in-the-loop (HIL/SIL) testing, firmware release schedules, and vehicle telemetry validation (CAN/automotive Ethernet) with cloud and mobile environments.
• Mobile Test Teams: Coordinate with native iOS and Android app testing teams to align mobile release trains with E2E system validation cycles, ensuring feature parity and seamless user experiences (e.g., remote commands, vehicle status updates).
• Cloud & Electrification Test Teams: Collaborate with backend verification teams to validate cloud-native APIs, data pipelines, and electrification-specific features (such as EV charging telemetry, battery state-of-charge, and smart charging schedules).
• Test Planning & Case Management: Establish and govern test design standards within TestRail, ensuring comprehensive E2E test coverage, traceability to requirements, and organized execution runs across all collaborating teams.
• Defect Lifecycle & Triage Leadership: Lead complex, cross-domain triaging efforts to isolate and root-cause system failures across wireless networks, APIs, cloud databases, and in-vehicle modules. Own the defect lifecycle in Jira, ensuring clear reproduction steps and routing issues to the correct hardware, mobile, or cloud engineering squads.
• Team Leadership & Mentorship: Build, lead, and mentor a team of system test and validation engineers. Foster a culture of technical excellence, continuous learning, and an automation-first mindset.
• Environment & Mobile Infrastructure Ownership: Oversee the design and maintenance of end-to-end test environments, including simulated vehicle test systems, GCP staging environments, and mobile device testing configurations across native iOS and Android systems.
• Automation & Continuous Integration: Drive the transition from manual validation to robust, automated E2E test suites. Integrate E2E test execution into CI/CD pipelines to enable rapid, confident deployments.

Manager, Cloud Platform Quality Engineering

Security Engineer

• SAP Cloud Security & Governance: Design, configure, and maintain secure access controls and segregation of duties (SoD) policies using SAP Identity Access Governance (IAG) and SAP Cloud Identity Services (IAS/IPS).
• Public Cloud SAP Deployments: Partner with infrastructure and cloud engineering teams to secure SAP landscapes (such as SAP S/4HANA, BTP, and RISE with SAP) hosted on public cloud platforms.
• Identity & Access Management (IAM): Implement and optimize user provisioning, single sign-on (SSO), multi-factor authentication (MFA), and federated identity flows between SAP systems, public clouds, and enterprise identity providers (e.g., Microsoft Entra ID).
• Vulnerability & Compliance Monitoring: Conduct regular vulnerability assessments, security audits, and configuration reviews of public cloud SAP infrastructure and database layers (HANA security).
• Policy & Control Enforcement: Translate corporate cybersecurity requirements into concrete SAP security baselines, ensuring compliance with internal policies and external regulatory standards (e.g., SOC 2, ISO 27001).
• Role Design & Administration: Define, build, and audit SAP business roles, authorization objects, and emergency access management (Firefighter) procedures to maintain a least-privilege security posture.
• Incident Support & Remediation: Act as the subject matter expert for SAP-related security incidents, assisting in rapid investigation, forensic analysis, and the implementation of permanent remediation measures.
• Collaboration: Work closely with SAP functional teams, enterprise GRC analysts, cloud architecture teams, and external integration partners to ensure secure-by-design SAP deployments.

SAP Security Engineer

Civil Engineer

• Design and Release Engineering for Frame, Mounts, Spare Tire Winches, and/or Tow Hooks, responsible for forward model development, release, and through launch.
• Absolute focus on delivery of robust designs and failure mode avoidance by applying engineering disciplines including DFMEA, PFMEA, Control Plans, Perfect Drawing Plan and Engineering Specifications.
• Responsible for overall design leadership to meet vehicle attributes including package, crash, durability, commercial upfitting, and thermal management.
• Deliver prototype builds, PPAP & production launch on time with quality.
• Responsible to lead, review, and approve, Frame Structure designs to ensure delivery to component ES, and vehicle requirements.
• Responsible to resolve all durability, assembly, and functional issues identified.
• Coach, technical mentor, and guide peer engineers with regular information exchange through Technical Club forums.
• Deliver focused Material Cost Reduction, Warranty reduction, and benchmarking.

Structural Systems Engineer

Systems Engineer

• Manage Core Security Architecture: Serve as the primary security administrator for the core banking platform (Fiserv DNA) and other deposit systems, configuring role-based permissions, management of system configurations, and security group organizational levels.
• Lead System Maintenance & Configuration: Oversee and audit core business tables, global system parameters, fee schedule updates, and interest rate maintenance.
• Maintain User Lifecycle Processes: Handle onboarding, offboarding, and regular provisioning of employee user access across all integrated Fiserv applications.
• Conduct Audit & Compliance Tasks: Perform routine security access audits, verify Segregation of Duties (SoD), and draft thorough documentation in support of Bank Policies and regulatory expectations (FDIC, Utah DFI).
• Verify System Integrations & Upgrades: Partner with product owners, IT, and external vendors (including Fiserv) to test and implement system parameter adjustments, software patches, and table configurations in non-production environments prior to release.
• Troubleshoot Technical Configurations: Act as a Tier 2/3 technical escalation point for core access, application settings, and table mapping discrepancies.

FCB Administrator, Systems Analyst

General

• Acts as a Global lead for Assembly manufacturing processes.
• Drives Prevent Recurrence by deploying Ford manufacturing process standards, lessons learned, best practices, and technical innovations related to Assembly.
• Leads Manufacturing Risk Assessment and supports the industrialization of New Technologies within Assembly processes, utilizing the GTDS process.
• Drives the regional business plan for their special manufacturing process area (Assembly).
• Conducts manufacturing process assessments specifically for Assembly, driven by a priority model.
• Keeps abreast of technical developments in Assembly manufacturing technologies through benchmarking processes, methods, and equipment.
• Develops and delivers technical training materials and plans for Assembly standards, assessments, and advanced/new technologies.
• Demonstrates special process technical problem-solving for significant quality issues (e.g., Stop Ships, Field Actions), production supply, or warranty concerns (aligned with the Balanced Single Agenda for Quality) pertaining to Assembly.
• Interfaces with Product Development to provide design for manufacturing feasibility input for Assembly.
• Travels throughout the region, and globally as necessary, to support responsibilities.

Assembly Technical Specialist

• Serve as the primary cybersecurity point of contact and trusted advisor to Ford Credit business and technology leadership.
• Influence cybersecurity strategies to ensure they are aligned with Ford Credit's critical business processes and customer experiences.
• Evaluate, advise, and partner with business teams on key initiatives, integrating cybersecurity proactively during the idea phase rather than as an afterthought.
• Provide holistic cybersecurity risk metrics, reporting, and strategic timelines to business leadership to set expectations and demonstrate security as a business enabler.
• Drive business cybersecurity accountability by identifying, defining, and supporting the management of cyber-risks specific to Ford Credit.
• Coordinate seamlessly with IT, risk, and compliance teams to ensure your organization effectively executes second line of defense responsibilities, providing robust monitoring, oversight, and independent challenge to Ford Credit’s first-line technology and business operations.
• Conduct oversight over projects and portfolios at a strategic level, consulting on risk exceptions, threat modeling, and vulnerability management.
• Partner with third-party risk management teams to assess and manage the security risks of external vendors, suppliers, and partners accessing Ford Credit’s sensitive data.
• Collaborate with legal and compliance teams to ensure the cybersecurity program complies with relevant financial industry regulations and data protection laws (e.g., OCC GLBA, NYDFS, GDPR, CCPA, DORA).

Director, Business Information Security Officer

Backend Engineer

• Architect Scalable Platform Solutions: Design, build, and govern highly performant, distributed data solutions on GCP, leveraging BigQuery, Dataproc, Dataflow, BigTable, Cloud Storage, Cloud Run, Pub/Sub, and Vertex AI to support global analytical, operational, and real-time streaming use cases.
• Lead Cloud Data Integration & Streaming: Design and implement high-volume, event-driven streaming pipelines using GCP Pub/Sub, Apache Beam, and Apache Kafka. Build real-time stream processing systems to ingest and land high-volume events into optimized BigQuery analytical layers and low-latency BigTable operational stores.
• Design & Productize APIs: Architect and implement secure, versioned, and highly performant RESTful and gRPC APIs that expose platform services and data products to internal and external consumers. Define API contracts, versioning strategies, and authentication/authorization patterns (OAuth, mTLS) to enable reliable self-service access.
• Enforce Schema-First Governance: Champion data contract standardizations and shift-left data quality practices. Define and enforce data schemas using Protobuf and centralized Schema Registries, ensuring robust boundaries, backward compatibility, and semantic alignment across distributed producer and consumer teams.
• Build Reusable Platform Frameworks: Design opinionated, extensible frameworks and libraries that abstract underlying infrastructure complexity. Enable product engineering teams to easily bootstrap and scaffold production-ready data pipelines and microservices through standardized templates, configuration-driven workflows, and automated code generation using Python and Jinja templating.
• Drive Platform and Data Strategy: Collaborate with business, product, and engineering leaders to translate organizational objectives into executable architectural roadmaps. Establish clear, clean boundaries between core platform responsibilities and feature-team domain boundaries.
• Automate Infrastructure-as-Code (IaC): Lead the GitOps lifecycle by designing and maintaining Terraform (HCL) configurations and automated CI/CD pipelines (GitHub Actions, Tekton) to ensure consistent, secure, and rapid infrastructure deployments across Dev, QA, and Production environments.
• Model and Transform Data: Design and govern modern data modeling patterns (such as dimensional modeling, Data Vault, and event-based streaming schemas) across analytical tables, relational databases, and flat-file stores. Orchestrate distributed Spark batch processing, complex SQL transformations, and ML training pipelines using Apache Airflow.
• Operate Containerized Services: Build, publish, and secure container images using Buildah and Docker, managing deployments to Cloud Run and Google Kubernetes Engine (GKE). Automate container image promotion, environment progression, and artifact registry security through dedicated CI/CD pipelines.
• Technical Leadership & Enablement: Provide hands-on mentorship and architectural guidance to data engineering teams. Establish best practices, design patterns, and style guides, while building developer-enablement tooling that minimizes onboarding friction and accelerates time-to-market.

Staff Data Platform and Products Architect

Buyer

• Lead sourcing strategy, commercial negotiations, and supplier management for critical engine components commodity
• Develop and execute commodity sourcing strategies and lead commercial negotiations
• Establish and strengthen global supplier relationships while aligning supplier technology roadmaps with Ford's business objectives
• Lead program sourcing activities to support vehicle launches and achieve cost, quality, and timing targets
• Drive Best Cost at Job 1 (J1) through sourcing, cost optimization, design competitions, and Total Value Management (TVM) initiatives
• Provide market intelligence, cost analysis, and competitive benchmarking to support sourcing decisions
• Partner cross-functionally with Product Development, Finance, Supplier Technical Assistance (STA), and Manufacturing
• Manage supplier performance, including cost, quality, delivery, and risk mitigation, while supporting the transition from ICE to BEV programs.

Buyer, Category Implementation – Castings

Operations

• Establish and govern a predictable software release operating model, including go/no-go processes, release calendars, and delivery rituals.
• Lead release preparation, deployment readiness activities, and early warranty/hyper-care support while driving long-term automation of these workflows.
• Define operational standards for reliability, security, scalability, and delivery consistency across engineering teams.
• Partner with engineering leaders and product managers to align delivery capacity, roadmap timing, and market commitments.
• Translate technical issues, delivery risks, and environment instability into clear business impacts for executive stakeholders.
• Develop investment strategies for infrastructure, tooling, and vendor partnerships, including buy-versus-build decisions and ROI cases.
• Monitor and improve software factory performance through metrics such as deployment health, uptime, cost efficiency, and DORA performance.
• Identify bottlenecks and sources of manual toil across the delivery lifecycle, then drive process improvement and automation.
• Lead operational reviews using data to assess system health, release performance, and budget adherence.
• Build and scale a high-performing team to support release operations, operational governance, and analytics.

Director, Strategy & Operations

Data Engineer

• Provide consultation and data-strategy support for IS initiatives.
• Run EA IS Data Strategy Office Hours and provide guidance on data challenges.
• Partners closely with the EDP team—understand their roadmap and share relevant updates with IS EA architects.
• Design and develop information/data models (enterprise, conceptual, logical, and physical) for Industrial Systems; manage and maintain models in a Power Designer repository.
• Map applications to the conceptual data model, business processes, and business capabilities.
• Support product-team intake: translate use cases into data requirements and provide expert architecture guidance and designs.
• Lead discovery, onboarding, and analysis of sources into Industrial Systems Data Platform (ISDP); build deep understanding of the data landscape and enable integration of diverse sources into ISDP.
• Lead conceptual discussions to understand the data landscape; identify and evaluate candidate data sources; maintain data models and data dictionaries for identified source systems; and develop canonical domain models.
• Profile source-system data; define data-quality requirements, dimensions, and metrics; and guide monitoring, measurement, reporting, and issue remediation.
• Establish data-architecture principles, standards, best practices, and guidelines for the data platform (catalog, lineage, observability, security, interoperability).
• Perform proof-of-concepts and guide product teams in designing and developing solutions using GCP data-engineering technologies and tools.