Top Engineering Jobs

Lead global engineering process improvement to standardize DFSS, requirements traceability, FMEA, and digital engineering. Drive AI-enabled tools adoption, streamline workflows, track engineering metrics, and collaborate with cross-functional leaders to improve productivity, quality, and product reliability across product lines.

Drive manufacturing quality and process capability in assembly: lead corrective actions (8D/5Why), process audits, SPC, launch readiness, lean and variability reduction, supplier process reviews, and throughput/efficiency improvements.

Lead dimensional control and quality initiatives on the production floor. Manage scheduling, containment, 8D/PPAP processes, measurement systems, statistical process control, cross-functional corrective actions, and metrology tools to achieve zero defects.

Support manufacturing test systems by troubleshooting machinery, automation and controls; monitor and reprogram test equipment; update backups; analyze test data; address rejects; read and modify prints/schematics; ensure spare parts availability to improve manufacturing test processes.

Lead safety research and architecture for pre-production electrified vehicle systems. Perform HARA, FTA, STPA, and FMEA analyses; develop Functional and Technical Safety Concepts; build SysML MBSE models; translate safety requirements into engineering artifacts and validate dependability technologies across multidisciplinary teams.

Lead electrical hardware architecture, schematic and PCB layout for EV platform boards. Drive bring-up, validation, rapid prototyping, and system integration. Guide JDM/OEM execution, influence electrical architecture, and collaborate across teams to deliver production-ready designs.

Lead E2E system testing and validation for a connected vehicle ecosystem spanning vehicle hardware, cloud backend, and mobile apps. Define validation strategy, build automated E2E test suites, own test environments (simulated vehicles, GCP staging, mobile device farms), manage test cases in TestRail, triage defects in Jira, and mentor a team of system test and validation engineers while integrating tests into CI/CD pipelines.

Lead and mentor a team delivering body exterior design, development, validation and certification for Ford Racing vehicles. Own component and system design decisions, integrate with CAE and cross-functional teams, optimize designs via analysis and testing, manage suppliers, ensure regulatory conformance, and deliver QCWFT (quality, cost, weight, function, timing) from pre-program through launch.

Apply engineering and analytical methods to develop and improve manufacturing joining processes. Lead corrective actions (8D), SPC, MSA, and root-cause analysis. Design and verify weld equipment and guns, implement joining control plans and certification strategies, and collaborate with quality, production, and suppliers to resolve production concerns and maintain process capability.

Lead a software engineering team to deliver FordPay payment capabilities (card authorization, capture, refunds) with PSP integrations (Stripe), cloud-native architecture, high availability, PCI-compliant security, AI-enabled development/QA/AIOps adoption, incident management, telemetry, Agile practices, and coaching/mentoring of engineers.

Lead a prototype engineering design team to create high-fidelity vehicle prototypes (show, concept, pre-production). Manage prototype build plans, timelines, budgets, and cross-functional alignment. Apply automotive systems knowledge to identify feasibility issues and develop robust solutions, improve processes, and keep prototypes current with industry trends and technologies.

Oversee production controls and automation in manufacturing plants; supervise electrical trades; perform robot and controls programming and logic changes; analyze downtime root causes; improve equipment performance; support new program launches and maintenance planning; work rotating shifts and weekends; collaborate with skilled trades to implement modern automation solutions.

Provide expert guidance on containerizing, building, deploying, running, and monitoring cloud-native, legacy, and COTS applications on Kubernetes and GCP Cloud Run. Evaluate and adopt container/cloud technologies; create guides, patterns, sample code, pipelines, and training materials; and troubleshoot complex production and CI/CD pipeline issues, diving into application code as needed.

Troubleshoot and resolve tooling, equipment, conveyor, and automation issues; program and maintain PLCs, robots, vision systems, and networked controls; perform backups, risk assessments, train staff, and support installations and continuous improvement.

Coordinate technical work across application, platform, infrastructure, data, security, and vendor teams. Troubleshoot issues, support design reviews, validate non-functional requirements, and drive technical dependency and risk closure. Assist AI use case intake, evaluate feasibility and data readiness, ensure governance compliance, support testing/UAT, and maintain technical documentation.

Lead and execute QA testing for complex software, develop test strategies, identify and track defects, collaborate with product and dev teams to improve quality practices, and mentor junior QA engineers.

Participate in a 12-week, full-time, on-site RD&E internship focused on formulation development, test method development and validation, design of experiments, process development/scale-up, claims validation, and data analysis. Work cross-functionally in Racine, WI, complete hands-on project work, receive mentoring and training, and be considered for full-time roles after graduation.

Lead advanced pipe stress analyses and design verification using CAESAR II and FEA methods. Ensure piping integrity and code compliance (ASME, ASCE, API), develop stress deliverables, coordinate across disciplines, support FEED-to-construction phases, mentor junior engineers, and resolve field and vendor issues. Work is onsite in the client office full time.

Lead and grow engineering teams responsible for the Akamai Compute integration layer. Define strategy and roadmap for customer-facing APIs and backend orchestration, drive architecture shifts to container orchestration and modular designs, improve SDLC, reliability, observability, and security, and partner with product, SRE, and cross-functional teams to deliver scalable, secure platform services.

Design, build, and maintain integrations between Flow and customer systems (PLM/ALM, requirements, issue trackers, VCS). Implement reliable data sync, APIs, and webhooks; operate integrations in production and work directly with customer engineering teams to scope and deploy integrations.

Design, develop, and maintain scalable, high-performance microservices using modern engineering practices. Drive trunk-based development, CI/CD, TDD/BDD, secure coding, and automation. Collaborate with architects, DevOps, and cross-functional teams, perform code reviews, respond as L3 support, and promote observability and production resilience.

Support the Industrial Engineering team by assisting with layout and process changes, updating the IEDB, creating production visuals, ordering and validating tooling, standardizing processes, and maintaining data integrity to support lean improvements.

Support the Industrial Engineering team by assisting with layout and process changes, maintaining the IEDB and production visuals, ordering and validating tooling, standardizing processes, and supporting Lean and process improvement efforts while ensuring data integrity and compliance.

Lead engineering teams building analyzers and debuggers (e.g., Intel System Debugger, VTune) to enable observability, profiling, and performance analysis. Define strategy, collaborate across HW/SW, drive technical excellence, mentor engineers, and deliver products for AI/HPC and developer communities.

The Senior Engineering Manager will lead multiple engineering teams, driving technical strategy and software development in a healthcare setting, ensuring compliance and operational excellence.