Top Tech Jobs & Startup Jobs

Manages metal stamping tooling and equipment procurement, design, installation, qualification, budgets, schedules, quality, reliability, and productivity targets. Leads NPI and product cost-reduction projects, coordinates suppliers and cross-functional teams, applies lean manufacturing, DFMA, 3P, ergonomics, TPM, and EHS standards, and develops manufacturing control plans. Mentors tooling engineers and partners with plant operations to ensure robust, safe, cost-effective tooling and processes.

Leads global advanced manufacturing engineering and CapEx projects for coating and finishing operations. Develops equipment specifications, qualifies materials and suppliers, improves coating processes, establishes quality controls, resolves defects, and drives cost reduction. Partners with factories, suppliers, sourcing, technology, quality, EHS, and manufacturing teams in a global matrix environment. Supports finishes strategy, technical audits, scorecards, process standards, corrective actions, and continuous improvement across internal and external operations.

Manage capital equipment procurement and manufacturing process projects supporting new product introductions, cost reduction, and plant improvements. Responsibilities include equipment specification, supplier selection, technical reviews, laboratory layouts, installation, qualification, budgeting, process integration, safety coordination, and equipment validation. The role partners with engineering and operations teams, trains operators and technicians, and supports quality, maintenance, and tool crib capabilities in a high-volume manufacturing environment.

Leads the planning, design, specification, deployment, and scaling of advanced electrical, instrumentation, and automated test systems across manufacturing and laboratory environments. Coordinates equipment teams and test platform developers, evaluates sensors and technologies, supports NPI and DFMA/DFT initiatives, and converts test data into operational insights. Provides technical leadership, mentoring, troubleshooting, procurement support, and cross-functional program ownership while applying networking, software, data analysis, lean manufacturing, and Industry 4.0 technologies.

Leads the design, implementation, and improvement of advanced conveyance and sortation systems connecting manufacturing facilities with warehouses. Manages capital equipment projects, including budgets, timelines, vendor selection, system analysis, simulation, safety compliance, and continuous improvement. Collaborates with operations, maintenance, logistics, IT, and simulation teams to optimize product flow, handling efficiency, reliability, and system integration.

Develops and manages capital equipment and high-volume manufacturing process projects for new product introduction, cost reduction, and plant productivity. Responsibilities include equipment specification, supplier selection, factory layout, installation, qualification, lean process design, design for manufacturability, compliance, metrics ownership, and cross-functional collaboration. The role also mentors engineers and uses emerging digital and AI-assisted tools for documentation and process standardization. Up to 10% domestic or international travel is required.

Lead the development and implementation of automated manufacturing equipment from concept through production launch. Provide controls engineering support across automation, conveyance, packaging, fabrication, plastics, and robotics applications. Review supplier designs, ensure machine-safety compliance, collaborate with cross-functional teams, support equipment installation and troubleshooting, and continuously improve factory systems.

Develop discrete-event and physics-based 3D simulation models to optimize manufacturing and warehouse operations. Program automation, robotics, and conveyance systems using custom scripts; analyze simulation data with statistical methods; collaborate with Lean and project teams; and lead Run the Plant and New Product Introduction initiatives that improve productivity, quality, workflows, and costs.

Leads the design, programming, and implementation of industrial control systems for metal stamping presses and automated manufacturing equipment. Architects PLC, HMI, and network solutions, improves manufacturing processes, integrates automation and robotics, performs machine safety assessments, ensures standards compliance, troubleshoots complex systems, and mentors engineering teams. The role requires cross-functional leadership, project delivery, and approximately 25% travel.

Leads the Advanced Manufacturing Engineering Chief Engineering Office for GE Appliances’ North American manufacturing footprint. Oversees technical standards, manufacturing processes, equipment, tooling, facilities, safety, and independent engineering governance. Directs engineers across process expertise, project execution, standards, and digital technologies; develops technical capabilities and career paths; evaluates innovative manufacturing technologies; and ensures operational excellence, quality, efficiency, and successful new product implementation.