Top Tech Jobs & Startup Jobs

Leads process controls activities for manufacturing equipment, including controls architecture and application updates, PLC/HMI integration, commissioning, safety validation, plant-floor systems, and vendor coordination. Collaborates with IT, controls engineers, and subject matter experts on planning, training, and execution. Requires up to 25% domestic travel and a hybrid schedule with three in-office days.

Integrates sensing devices into vehicle subsystems, especially exterior lighting. Maintains interface control strategies, technical specifications, and commodity documentation. Owns component development through requirements, design, validation, launch, and production support while applying DFMEA, APQP, PPAP, ECM, CAD/PLM, structural analysis, GD&T, and structured problem-solving methods.

Leads controls engineers supporting industrial automation and controls systems in casting operations. Responsibilities include PLC, HMI, drive, network, safety, and equipment troubleshooting; controls planning and commissioning; hardware and software design review; project estimation and execution; device analytics initiatives; safety compliance; statistical problem solving; and cross-functional coordination with plant teams, suppliers, contractors, and leadership.

Supports machining production by improving safety, quality, throughput, and efficiency. Responsibilities include troubleshooting downtime, eliminating waste, evaluating bottlenecks, developing processes, managing equipment installation and launches, creating PFMEAs and control plans, coordinating vendors, and applying GD&T. The role also provides technical support, develops preventive maintenance plans, coaches teams on lean manufacturing, and works with production, maintenance, and equipment suppliers in an onsite, flexible-shift environment.

Develop and lead safety-critical embedded C++ software for automotive telematics control units. Responsibilities include system architecture, requirements decomposition, implementation, testing, in-vehicle debugging, validation, anomaly investigation, root-cause analysis, corrective action, and supplier issue resolution. The engineer will work across vehicle networks, diagnostics, cellular connectivity, cloud services, and integration environments while contributing to design reviews, engineering standards, and technical direction.

Lead full-lifecycle software development integrating robots and plant-floor devices with manufacturing data systems. Build, maintain, debug, optimize, and secure production applications using C++, Java, Azure, ROS, testing, CI/CD, and agile practices. Collaborate with manufacturing, controls, OT/IT, and data teams; support on-call operations, resolve urgent production issues, mentor developers, and conduct code reviews.

Leads global sourcing, purchasing strategy, supplier negotiations, RFQs, contract and rate management, material budgets, supplier relationship initiatives, and supply disruption mitigation. Maintains sourcing documentation, benchmarking data, KPIs, and on-time metrics while identifying savings and process improvements. Collaborates with cross-functional stakeholders and suppliers across automotive-related commodities. Requires SAP familiarity, strong analytical and negotiation skills, and travel below 25%.

Design, build, and maintain customer-facing digital commerce services (checkout, billing, subscriptions, catalog, cart, orders). Use AI-assisted workflows for coding, testing, review, and documentation. Develop scalable, low-latency APIs and services, improve observability, automation, and engineering practices, and partner with cross-functional teams to deliver reliable solutions.

Supports manufacturing product launches and ongoing programs by managing product changes, launch milestones, quality, and change review boards. Coordinates launch activities using APQP, MQRR, and GM-specific processes while ensuring compliance with GMS. Develops manufacturing processes and documentation, applies problem-solving and continuous-improvement tools to reduce costs, and collaborates across teams to ensure product manufacturability. The role also involves machining and assembly process knowledge, troubleshooting, and potential capital equipment project leadership.

Develop and integrate embedded transmission control software for performance vehicles, including shift execution, torque management, diagnostics, and feature performance. Translate requirements into software designs, implementation, and verification activities. Perform coding, reviews, integration, root-cause analysis, and testing across software-in-the-loop, hardware-in-the-loop, bench, and vehicle platforms. Collaborate with systems, calibration, architecture, and integration teams while following GM engineering, quality, and change-management standards.