Top Manufacturing Engineer Jobs

Lead capital equipment, tooling, process, automation, and new product introduction projects for high-volume dishwasher manufacturing. Improve assembly and metal fabrication processes, equipment reliability, safety, quality, throughput, labor efficiency, and OEE. Partner with engineering, operations, maintenance, suppliers, and plant teams on manufacturing readiness, equipment launches, documentation, training, and continuous improvement. Mentor engineers and provide technical leadership across cross-functional programs.

Own manufacturing readiness and productionization of advanced capital equipment, including laser powder bed fusion machines and automated assembly systems. Develop work instructions, SOPs, test procedures, and process documentation; lead troubleshooting, RCCA, corrective actions, DFM/DFA, tooling, fixture, tolerance, and cycle-time improvements. Partner with engineering, automation, software, operations, quality, supply chain, and R&D through commissioning, validation, qualification, and production handoff. Mentor engineers and technicians while supporting configuration and change management.

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 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.

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.

Manages robotics, controls, instrumentation, and capital equipment projects supporting new product introductions, cost reduction, factory capacity, and quality improvements. Responsibilities include equipment specification, supplier management, installation, qualification, process capability analysis, workstation design, safety compliance, Lean implementation, and continuous improvement. The role collaborates with plant operations, engineering, design, Lean, suppliers, and Industry 4.0 teams in a high-volume manufacturing environment.

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.

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.

Connect and troubleshoot manufacturing equipment, controls, databases, MES/SCADA, and reporting systems. Use SQL to investigate data issues, develop scripts and automations, improve traceability and production KPIs, and translate plant-floor needs into reliable digital manufacturing solutions. Collaborate with operators, Maintenance, Engineering, and IT while supporting future Smart Factory, Industry 4.0, and advanced analytics initiatives.

Develops, validates, sustains, and improves automated and manual PCBA and electronic assembly processes. Leads NPI, process validation, equipment qualification, Lean/Six Sigma improvements, automation, inspection, troubleshooting, documentation, and corrective actions. Uses manufacturing data, SPC, DOE, capability analysis, and root-cause methods to improve yield, reliability, throughput, and cost. Partners cross-functionally on equipment, suppliers, maintenance, quality, design, and production while supporting a fully on-site manufacturing operation.

Develops, qualifies, and continuously improves CNC and KUKA robotic machining processes for aerospace composite structures. Responsibilities include toolpath programming, robotic simulation, tooling and fixturing, workholding, process capability, inspection, troubleshooting, documentation, nonconformance resolution, equipment implementation, and production support. The engineer partners with design and manufacturing teams to deliver safe, high-quality, cost-effective processes meeting demanding aerospace tolerances and schedules.

Develops, validates, sustains, and improves automated and manual electronic assembly and PCBA manufacturing processes. Leads NPI, process validation, equipment qualification, documentation, Lean/Six Sigma improvements, automation, inspection, troubleshooting, and corrective actions. Uses manufacturing data and statistical methods to improve yield, quality, reliability, throughput, and cost. Collaborates with cross-functional and global teams, supports capital projects and suppliers, maintains compliance and traceability controls, and mentors engineering and production personnel in a fully onsite factory environment.

Leads complex automation and controls engineering initiatives for advanced manufacturing equipment. Responsibilities include troubleshooting industrial control systems, resolving critical escalations, improving uptime and OEE, executing retrofits, integrating PLCs, VFDs, robotics, and vision systems, managing vendors, validating pilot automation solutions, establishing technical standards, and mentoring junior engineers and maintenance technicians. The role supports scalable, reliable, and production-ready automation across extrusion, thermoforming, RF welding, and trimming operations.

Improves and standardizes manufacturing processes using statistical analysis, root cause analysis, Kaizen, and continuous improvement methods. Develops work instructions, engineering drawings, product structures, bills of materials, routings, cost estimates, and engineering documentation. Coordinates engineering change orders, construction project reporting, capital equipment evaluations, and cross-functional collaboration with engineering, production, maintenance, and purchasing teams.

Improve and support CTO processes, production facilities, and equipment for Sun server products. Responsibilities include maintaining production layouts, ordering equipment, coordinating process improvement projects, conducting capacity analyses using time studies and takt time, and supporting customer requests, tours, and audits. The role requires a bachelor’s degree in engineering and at least five years of manufacturing experience, with CTO or system integration experience preferred.

Improve and support CTO processes, production facilities, and equipment for Sun server products. Responsibilities include maintaining production line layouts, ordering and maintaining equipment, coordinating process improvement projects, conducting capacity analyses using time studies and takt time, and supporting customer requests, tours, and audits. The role requires collaboration with project managers and strong communication skills.

Provides technical leadership to design, analyze, and improve manufacturing processes, systems, workflows, and layouts. Develops labor standards, capacity models, cost estimates, and standard work documentation. Applies lean manufacturing and problem-solving methods to improve safety, quality, productivity, throughput, flow, and costs. Troubleshoots process and system issues while collaborating with operations, quality, supply chain, engineering, vendors, and customers to implement improvements.

Provide technical leadership in mechanical design, tooling, and manufacturing processes from concept through production. Create drawings/models/specs, produce cost estimates, troubleshoot production and quality issues, coordinate cross-functional teams, and implement manufacturing innovations to improve quality and efficiency.

Develops and qualifies laser-based manufacturing processes for semiconductor production. Designs optical systems and metrology tools, optimizes laser-material interactions, conducts feasibility studies, collaborates with suppliers, improves equipment and process performance, and creates technology roadmaps for high-volume manufacturing.

Support and optimize manufacturing processes by assisting in process and layout design, workflow analysis, process control, new technology implementation, quality control collaboration, and manufacturability reviews under senior engineer guidance.

Improves production quality, throughput, and manufacturing processes; troubleshoots manufacturing equipment; designs fixtures, gauges, and assembly/test equipment; supports product transfers from design engineering; trains production associates; creates operator work instructions; and evaluates equipment purchases through ROI presentations. The role requires collaboration with design and production teams, hands-on problem solving, technical drawing and tolerancing knowledge, and familiarity with automation, pneumatics, solenoids, PLCs, machining, and SolidWorks.

Manage new product introduction and production support for semiconductor products. Diagnose wafer probe and test-floor issues, analyze yields and setup failures, coordinate with product engineering, improve yield and test efficiency, qualify new test systems, and lead equipment and process introductions through manufacturing change approval.

Develops, launches, and improves manufacturing processes, equipment, layouts, tooling, and production methods. Evaluates bills of materials and engineering change notices for manufacturability and accuracy. Leads cost, quality, efficiency, and problem-solving initiatives; supports cross-functional teams; trains employees; and applies Lean principles such as standard work, flow, Kanban, SMED, and 5S.