Top Engineering Jobs

Develops and validates traction inverters for electric vehicles. Responsibilities include schematic and PCB design, circuit, thermal, and control analysis, prototype bring-up, characterization, troubleshooting, failure analysis, high-voltage testing, and design validation. The engineer supports end-of-line test specifications and collaborates with mechanical, software, systems, project management, and supply chain teams. Experience with EMI troubleshooting, three-phase inverters, motor control, safety-critical automotive hardware, and relevant standards is preferred.

Own global systems engineering for vehicle connectivity settings and FordPass activation. Lead embedded-to-cloud integration, define requirements and specifications, develop failure-mode documentation and verification plans, and ensure performance, safety, and cybersecurity compliance. Coordinate with software, hardware, cybersecurity, cloud, and external partners while resolving interfaces, conducting feasibility and benchmarking studies, shaping architecture strategy, representing Ford externally, and training engineers on connectivity and data protection.

Leads the architectural vision and hands-on development of Ford Pro Intelligence’s large-scale SaaS platforms, APIs, data pipelines, and web applications for fleet telematics. The role provides technical leadership across teams, mentors engineers, translates business needs into scalable designs, scopes enterprise initiatives, improves engineering standards, and serves as the technical escalation point for critical incidents. Key technologies include Kotlin, Spring Boot, React, PostgreSQL, Redis, and GCP services.

Own the architecture, requirements, verification strategy, interfaces, and safety concepts for high-voltage battery management systems across multiple programs. Define functional partitioning, fault handling, communications, measurement accuracy, and verification methods. Maintain traceability, review supplier evidence, lead technical design reviews, resolve cross-domain issues, and provide technical direction to hardware, software, controls, and validation teams. The role also develops ISO 26262 functional safety and ISO/SAE 21434 cybersecurity requirements and presents technical risks to senior management.

Lead Ford Racing's Performance Engineering team overseeing vehicle dynamics, aerodynamics, simulation, trackside engineering, and data analysis. Drive race-to-road technology transfer, manage budgets and resources, coordinate cross-functional vehicle systems (powertrain, eDrive, chassis), direct CFD and wind-tunnel development, and lead DiL, lap time simulation, and telemetry-driven performance strategies to maximize competitiveness.

Own end-to-end delivery of robotics programs, including planning, milestones, quality, integration, testing, reliability, and deployment. Build and scale engineering teams, establish operational cadence, manage hiring and performance, coordinate hardware, software, product, QA, and field teams, and oversee capacity, resources, and budgets. Partner with the Technical Director to convert technical strategy into executable roadmaps while reporting delivery health and removing execution risks.

Lead hub and chassis dynamometer testing and validation for EV range and performance, develop SOPs and test cells, instrument vehicles, analyze large datasets to extract efficiency maps, and collaborate with powertrain, controls, thermal, and vehicle dynamics teams to meet certification and performance targets.

Leads a multidisciplinary engineering team supporting automated BESS manufacturing. Responsibilities include engineering approvals, process and equipment design, FMEA, equipment validation, commissioning, issue resolution, plant layout optimization, safety and quality compliance, continuous improvement, and cross-functional integration. The role manages team development, vendor training, production performance, and technical execution across a 24/7 manufacturing environment.

Lead design, development, and maintenance of automated tests and system-level HIL test benches for automotive embedded software. Define requirements, author specifications, create V&V and regression test plans, execute Python-driven automation, collaborate with cross-functional teams, debug integrations, and ensure feature validation across connectivity, multimedia, infotainment, and power domains.

Apply engineering and analytical methods to improve manufacturing processes and product quality. Lead corrective actions (8D), manage statistical process control, perform measurement systems and variable data analysis, identify variation sources, set tolerance and quality targets, specify inspection equipment, and work with production and suppliers to resolve quality concerns and implement containment and corrective actions.