Top Engineering Jobs

Optimizes manufacturing processes using GMS and lean principles, conducts PFMEA, cycle-time, process-flow, and bottleneck analyses, and improves uptime, throughput, and efficiency. The role implements manufacturing processes, equipment, and tooling; collaborates with production, quality, and maintenance teams to resolve issues; and leads continuous improvement initiatives in a unionized, onsite environment.

Leads and develops a team of software integration engineers supporting End-of-Line testing, vehicle flashing, and manufacturing software across automotive plants and launches. Drives process improvements, plant and cross-functional alignment, issue resolution, software deployment, launch readiness, throughput, quality, and electrical defect prevention. Coaches employees, builds organizational capability, and develops strategic relationships with software, manufacturing, IT, product, and program management teams. The role is onsite in Warren, Michigan, with travel up to 25%.

Provides global technical leadership for HVAC modules and cabin air filters, establishing subsystem strategies, standards, BOMs, specifications, and roadmaps. Leads design integration, validation, release, supplier development, issue resolution, engineering changes, and continuous improvement across vehicle programs. Influences architects, engineers, suppliers, manufacturing, quality, and senior leadership while coaching technical specialists and applying DFSS, DRBFM, DFMEA, PFMEA, GD&T, CFD, and engineering analytics.

Develop and calibrate battery cell electrochemical, thermal, mechanical, safety, and molecular dynamics models. Use simulation, data analytics, machine learning, and automation to optimize battery performance, charging, aging, and vehicle integration. Collaborate with testing teams, develop material test methods, maintain parameter databases, document models, and release models for vehicle co-simulation, diagnostics, controls, state estimation, and warranty applications.

Provides technical leadership for automotive door modules, window regulators, and door glass across vehicle programs. Defines requirements, reviews designs, leads supplier engineering, validation, root-cause investigations, risk mitigation, production readiness, and launch support. The role integrates mechanical, electrical, sealing, structural, manufacturing, quality, and vehicle systems while communicating technical decisions across cross-functional teams and mentoring engineers.

Leads the design, integration, validation, and production launch of controls for high-voltage power electronics, including converters, inverters, and onboard chargers. Responsibilities include controls architecture, embedded software and hardware integration, diagnostics, calibration, simulation, laboratory and vehicle testing, root-cause analysis, supplier direction, and cross-functional technical leadership. The role requires translating system requirements into controls and verification plans while ensuring performance, safety, robustness, and launch readiness.

Leads the design, development, integration, validation, and optimization of complex automotive seat structures and systems. Coordinates tradeoffs involving performance, crashworthiness, cost, mass, quality, and comfort; manages supplier, tooling, launch, and issue-resolution activities; and supports program milestones. The role provides technical leadership to DREs and cross-functional engineering teams, drives innovation and lessons learned, coaches technical staff, and ensures robust product development using DFSS and DFMEA methodologies.

Leads a team developing, validating, and publishing mechanical vehicle service information across the vehicle lifecycle. Responsibilities include people leadership, technical direction, vehicle launch support, warranty reduction, authoring-system transition, process improvement, and evaluation of AI, automation, and analytics. The role partners across engineering, aftersales, warranty, quality, and related organizations to improve service content accuracy, usability, and efficiency.

Designs, sources, builds, qualifies, and implements assembly machinery, tooling, equipment, and processes for transmission and drive unit manufacturing. Leads equipment integration, plant installation, launch, supplier oversight, cost estimation, and schedule management. Develops manufacturing documentation, applies GD&T, implements advanced technologies, and supports safety, quality, efficiency, and launch readiness. Requires hands-on plant-floor experience and 8+ years of assembly or machining process development.

Develops and calibrates physics-based battery cell models covering electrochemical, thermal, mechanical, safety, aging, and performance behaviors. Uses COMSOL, MATLAB/Simulink, SABER, Python, and PyBaMM to support battery design optimization, vehicle co-simulation, calibration, diagnostics, state estimation, controls development, and warranty analysis. The role also documents model assumptions and collaborates cross-functionally on electric vehicle execution.