Top Engineering Jobs

Leads the strategy, architecture, governance, and ongoing development of Ford Credit Europe’s Anaplan platform. Designs and enhances models for forecasting, budgeting, reporting, and portfolio analysis; manages integrations, testing, deployment, access, and data quality. Leads complex initiatives from requirements through training, partners with Finance and business stakeholders, supports European markets, and mentors Anaplan developers. The role also drives automation, model optimization, regulatory alignment, and continuous improvement.

Develop, deploy, and support cloud-native Java microservices for Ford’s vehicle diagnostics platform. Build REST services on Google Cloud, manage database integrations, automate CI/CD, apply secure testing and code-quality practices, monitor production systems, troubleshoot complex incidents, and improve reliability, scalability, performance, and security. Collaborate with product, business, infrastructure, security, and operations teams in an Agile delivery environment.

Lead functional safety engineering for complex automotive electronic control and autonomous systems from concept through production. Perform HARA, FMEA, FTA, and other safety analyses; define safety requirements, concepts, architectures, and safety cases; assess hardware metrics and quantitative risk; and ensure ISO 26262 compliance. Collaborate with hardware and system engineers, manage safety readiness across projects, support technical reviews, promote safety culture, and mentor junior engineers.

Develop and maintain enterprise web applications using Adobe Experience Manager, React, Java or related backend technologies. Design AEM components, APIs, services, integrations, and scalable frameworks; participate in architecture, agile ceremonies, code reviews, testing, and production support. Collaborate with product owners, architects, designers, and business stakeholders to deliver features, troubleshoot issues, support cloud migrations, and improve application quality, performance, and reliability.

Lead conceptual layout and delivery of complete high-performance powertrain systems from concept through production. Manage program delivery for quality, cost, weight, function and timing; coordinate external engineering resources and manufacturing; provide technical leadership for prototypes, problem resolution, and system interfaces. Ensure alignment with program management and Ford GPDS deliverables.

Design, build, deploy, and operate scalable cloud-native microservices and APIs (Java/Spring Boot) on AWS/GCP and Kubernetes. Build event-driven systems with Kafka, ensure reliability via TDD, CI/CD, monitoring, and performance testing, and collaborate with cross-functional teams to deliver production services at global scale.

Improves battery production capacity and equipment efficiency through capacity-loss, line-balance, OEE, coating-speed, and lean analysis. Plans tooling and auxiliary facilities, leads Gemba and improvement activities, coordinates production resources, and supports new-line construction, equipment installation, and commissioning. Requires flexibility across day, night, weekend, holiday, and rotational shifts.

Lead and develop mobile engineering teams building Ford’s customer-facing app. Provide technical direction across product development and production, review architectures and designs, establish engineering standards for documentation, code quality, testing, and operational excellence, evaluate mobile technologies, and partner with product, design, and engineering leaders to deliver reliable, scalable experiences.

Design and develop core Android framework components, system-level libraries, HALs, AIDL interfaces, and Android services for Ford’s in-vehicle infotainment platform. Responsibilities include improving performance, reliability, and security; troubleshooting system issues; collaborating with product, UX, and hardware teams; conducting code reviews; and maintaining technical documentation.

Design and develop automotive electronic hardware for Ford’s electric vehicle programs. Responsibilities include requirements capture, schematic design, component selection, power electronics implementation, worst-case and thermal analysis, PCB layout reviews, functional safety support, hardware bring-up, troubleshooting, failure analysis, and validation test definition. The role collaborates across engineering teams to deliver production-ready designs and requires hands-on automotive electronics experience.