Top Engineering Jobs

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.

Lead requirements, architecture, safety, validation, and roadmap development for Ford’s rear-view and surround-view camera features. Ensure FMVSS 111 and ISO 26262 compliance, conduct failure-mode analyses, coordinate cross-domain engineering, perform HIL/SIL/vehicle validation, investigate root causes, and present solutions to leadership. Collaborate with product and digital design teams to define camera experience features.

Leads architecture, development, integration, security, DevOps, and governance for complex Salesforce solutions supporting CRM, partner enablement, service operations, and energy programs. Designs integrations with SAP and data warehouses, drives technical strategy, resolves high-severity production issues, evaluates Salesforce capabilities, and mentors engineers. The role partners with business and architecture stakeholders to translate requirements into scalable systems while ensuring reliability, compliance, privacy, and data integrity.

Leads technical strategy, architecture, and execution for Ford Pro’s large-scale fleet management platform. Oversees micro frontends, backend modernization, cloud-native distributed systems, multi-tenant scalability, partner integrations, APIs, security, observability, and data enablement. Provides engineering leadership, mentorship, governance, and cross-functional collaboration while supporting telemetry ingestion, analytics, and customer-facing insights.

Design and integrate vehicle electrical wire harnesses from concept through production launch. Develop 3D CAD designs, optimize routing and packaging, resolve EMI, thermal, durability, and sealing issues, and execute validation plans. Support manufacturing lines, suppliers, vehicle bring-up, documentation, and prototype troubleshooting while collaborating cross-functionally on electrical architecture, components, manufacturability, and advanced wiring technologies.

Owns vehicle electrical wire harness design from concept through production launch. Responsibilities include 3D routing and physical integration, electrical and mechanical issue resolution, DVP&R validation, component and complexity strategy, manufacturing support, supplier documentation, and prototype vehicle troubleshooting. The role collaborates across engineering and manufacturing teams while optimizing harness mass, cost, durability, manufacturability, environmental sealing, and electrical performance.

Manage and improve material flow through manufacturing and warehousing facilities. Design material flow processes, equipment, storage layouts, call systems, and handling areas; conduct space, safety, congestion, and equipment analyses; support Lean manufacturing and inventory control. Coordinate with production, supply chain, quality, vendors, and engineering teams; develop project plans, schedules, labor and equipment requirements, cost evaluations, procedures, training, and performance metrics.

Design and develop thermal hardware for electric vehicles, including coolant loops, refrigeration and heat-pump circuits, and HVAC systems. Responsibilities include 3D CAD design, vehicle packaging and routing, performance-driven geometry, DFM/DFA, GD&T, tolerance analysis, design robustness, engineering documentation, and supplier collaboration. The role supports thermal, structural, flow, and durability analysis while coordinating with systems, controls, testing, and manufacturing teams through production release.