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Leads global vehicle closure systems engineering strategy, design, supplier development, verification, validation, production launch, quality, and ongoing product support. Owns technical standards, design reviews, business cases, technology development, and engineering KPIs. Manages department resources, budgets, talent development, cross-functional collaboration, supplier selection, and executive communication while ensuring robust, production-feasible designs.

Leads eBeam system integration and electrified system engineering for electric and EREV vehicle architectures. Supervises technical development across vehicle programs, coordinates interfaces with vehicle engineering and controls teams, manages Tier 1 suppliers, drives DFMEA/PFMEA and systems processes, resolves engineering issues, and supports program launches. The role requires powertrain or eDrive development experience, systems engineering expertise, CAD and MBSE proficiency, and knowledge of electric motors, battery systems, vehicle dynamics, controls, and manufacturing processes.

Develops web services, webpages, APIs, and microservices using Java, Spring Boot, frontend frameworks, cloud platforms, and modern databases. Collaborates across product teams on integrations, testing, deployments, architecture, and technical design. Translates business requirements into specifications, applies software quality and DevSecOps practices, and participates in coding, pairing, code reviews, and architecture reviews within an agile environment.

Leads technical safety defect and compliance investigations for vehicle systems. Conducts engineering analysis, root-cause investigations, field surveys, special tests, and regulatory audits; collaborates with product development, manufacturing, suppliers, legal teams, and government agencies. Documents findings, prepares technical and executive presentations, supports regulatory submissions, identifies lessons learned, and helps prevent future recalls through corrective actions and product development improvements.

Leads troubleshooting and problem-solving for manufacturing tooling, equipment, conveyors, robots, automation, and control systems. Develops and implements control improvements using plant data, integrates controls with factory IT systems, reprograms equipment, maintains backups, coordinates installations, and supports root-cause analysis. The role also trains manufacturing personnel and electricians, reviews equipment performance, and supports engineering changes across assembly and machining operations.

Develop and calibrate automotive electrical charging and alternator control systems for gas, electric, and hybrid powertrains. Responsibilities include calibrating torque management, idle stability, voltage controls, and diagnostics; releasing calibration into Ford software; collecting CAN and LIN data; using modeling, testing, debugging, and code-generation tools; and supporting powertrain development trips.

Lead architecture, development, code quality, troubleshooting, and delivery for complex AEM and full-stack web applications. Design AEM components, OSGi services, Sling servlets, event-driven systems, and Spring Boot APIs. Develop React and TypeScript frontends, integrate enterprise platforms, and optimize performance, caching, and publishing. Mentor developers, establish engineering standards, review code, solve complex technical issues, and collaborate with architects, product owners, stakeholders, and engineering teams.

Lead strategy and execution for a mobile consumer AI assistant, improving task completion, response quality, adoption, engagement, and retention. Use analytics, experimentation, research, and AI evaluations to prioritize improvements. Partner with engineering, AI/ML, design, safety, and marketing to enhance grounding, latency, reliability, and safety while driving cross-functional initiatives and communicating results to senior leadership.

Design, validate, release and improve low-voltage wiring harnesses across the vehicle lifecycle. Apply robustness engineering, FMEA, Six Sigma and cost/weight optimizations; lead design reviews; manage BOMs, supplier relationships, validation testing, plant launch support and post-launch quality resolution.

Leads Ford Racing body exterior engineering from pre-program through launch. Owns foundational design decisions, system integration, verification, regulatory compliance, and production feasibility for exterior systems including hoods, fenders, fascias, grilles, spoilers, ducts, and diffusers. Builds and mentors engineering teams, collaborates with design, CAE, manufacturing, suppliers, and architecture groups, and presents technical concepts and program status to senior management.