Top Engineering Jobs

Develops and launches high-volume machining processes for engine cylinder blocks and heads. Responsibilities include manufacturability evaluation, process and equipment specifications, tooling and supplier coordination, equipment commissioning, production readiness, capability studies, quality improvements, and corrective actions. The role manages launch schedules, costs, risks, and cross-functional collaboration with product development, purchasing, suppliers, logistics, and plant teams. Regular travel to the Windsor Engine Plant and occasional extended assignments are required.

Trainee engineering role supporting Ford’s C2 Platform team with cost-reduction initiatives and digital tooling. Responsibilities include developing AI automations and Power Apps workflows, managing Jira tracking, building real-time dashboards, preparing executive-level reports, and collaborating with engineers, cost analysts, and platform leads. The 12-month program provides exposure to multiple business areas and is intended for students nearing completion of an engineering degree.

Design, develop, customize, and support secure, scalable Salesforce solutions on the Force.com platform. Build Apex, Lightning, Visualforce, Flow, OmniStudio, and integration solutions; create automated tests; oversee interface development; document systems; and support deployment processes. Collaborate with product and business stakeholders, provide Salesforce architecture leadership, identify technical risks, and mentor engineers while delivering CRM and workflow capabilities.

Leads the team responsible for designing, developing, testing, releasing, and supporting Ford’s ELMS web application suite. Oversees global application expansion, automation, integrations, APIs, cloud infrastructure, data repositories, system performance, security compliance, incident resolution, and AI-enabled capabilities. Partners with operations, Corporate IT, and laboratory teams to deliver reliable transactional workflows and modernize test laboratory management processes. Develops team members, establishes engineering best practices, and supports mobile and cloud-based solutions.

Leads the design, development, CAD release, validation, and improvement of automotive driveshaft and transfer case systems. Manages CAD and BOM structures, supplier data integration, feasibility analyses, testing, and change management within Ford’s PLM ecosystem. Collaborates with design, manufacturing, quality, and engineering teams to resolve complex issues, meet cost and quality targets, and support product reliability, safety, and durability.

Leads software quality assurance for automotive platforms by driving defect prevention, design and quality reviews, failure mode analysis, verification and validation improvements, and corrective actions from warranty and field data. Partners with suppliers and cross-functional teams, coaches engineers on ISO 26262 and ASPICE, and supports infotainment, connected gateway, and telematics software quality initiatives.

Leads a global team of more than 40 architects responsible for Ford’s enterprise data, AI, and analytics architecture. Defines platform strategy, standards, roadmaps, data models, integration patterns, and cloud-based systems. Advises leaders and engineering teams on reliable, secure, scalable solutions across data, applied AI, reporting, semantic layers, LLMs, and knowledge graphs. Drives technical alignment, tool selection, cybersecurity compliance, modernization priorities, and team development while collaborating with infrastructure, security, operations, product, and engineering organizations.

Assists with automotive wiring harness design, routing, industrialization, complexity analysis, material and connector selection, cost estimation, BOM audits, and troubleshooting. The role supports compliance with cost, weight, quality, and timing targets while applying FMEA, Six Sigma, and 8D methodologies. Collaboration, data management, and hands-on development of automotive electrical systems are central to the position.

Develop, program, troubleshoot, and optimize automated battery energy storage manufacturing systems. The Controls Engineer manages PLCs, HMIs, servo and robotic systems, performs root-cause analysis, improves equipment reliability, supports equipment launches and design changes, and mentors technicians. The role also contributes to controls architecture, preventive maintenance, Six Sigma initiatives, production metrics, safety compliance, and cross-functional collaboration in a startup manufacturing facility.

Own and evolve Ford’s in-vehicle OTA software update engine using production Rust. Design reliable asynchronous orchestration across download, verification, installation, and activation for vehicle ECUs. Contribute to developer tooling, CI/CD pipelines, container infrastructure, multi-target builds, testing, code reviews, and cross-functional coordination with embedded, vehicle software, and cloud teams.