Top Manufacturing Engineer Jobs

Lead manufacturing engineering for satellite subsystems from concept through production ramp. Responsibilities include DFM, prototype and first-article builds, scalable production flows, tooling and automation, production readiness, capacity modeling, process improvement, flight hardware integration, and mentoring engineers and technicians.

Lead end-to-end manufacturing strategy for satellite subsystems from concept through production ramp. Partner with design engineering on DFM, architect scalable production flows, develop tooling and automation, establish production readiness plans, lead first-article builds and flight-hardware integration, model capacity and rate ramps, drive continuous improvement, and mentor manufacturing engineers and technicians.

Leads manufacturing engineering and continuous improvement projects focused on safety, quality, cost, capacity, productivity, and equipment reliability. Troubleshoots downtime and process variation, performs root cause analysis, implements sustainable solutions, and maintains manufacturing documentation. The role supports daily operations, coordinates with cross-functional teams, communicates technical direction, and may optimize plant utilities. It is on-site in Indianapolis with up to 5% domestic travel.

Develops and improves manufacturing processes, equipment, tooling, and automated production solutions. Responsibilities include creating specifications, validation plans, project schedules, budgets, and supplier partnerships; leading kaizen and continuous improvement initiatives; reducing waste, cost, and lead time; and supporting cross-functional projects. The role also involves equipment validation, mechanical design, technical drawing interpretation, mentoring, and occasional travel to support equipment validation.

Designs fixtures, tooling, workholding, and CNC programs for manufacturing operations. Maintains standard work instructions and control plans, improves layouts and material flow using Lean and 5S, supports production troubleshooting, and analyzes MES, warranty, cycle-time, and OEE data. Partners with design and production teams on manufacturability, process improvement, and line-down support. This onsite role requires hands-on shop-floor work and a mechanical engineering background.

Owns and improves manufacturing processes for component parts, including process design, tooling, workstations, operating instructions, FMEA, control plans, and lean initiatives. Collaborates with engineering, quality, maintenance, operations, customers, and leadership to improve safety, quality, productivity, yield, throughput, and cost. Leads root-cause analysis, process validation, PPAP submissions, new product launches, capital planning, troubleshooting, training, and implementation of best practices across the manufacturing enterprise.

Provide manufacturing engineering support for turbomachinery component production: develop manufacturing plans, design tooling/fixtures, implement inspection (3D scan/CMM), lead quality investigations using SPC/GR&R/Cpk, support new product manufacturability, implement MES, and identify automation/AI improvements.

Plans, designs, and improves medical device assembly processes. Maximizes productivity through equipment, workforce, workstation, administrative, and internal supply chain optimization. Leads process improvement projects, uses change control and validation systems, coordinates with operational departments, communicates with customers and vendors, and applies problem-solving methods to address deficiencies. Works across production-floor and office environments while maintaining safety and quality compliance.

Develops, improves, and sustains manufacturing processes across machining, fabrication, assembly, testing, and packaging. Provides hands-on technical support, designs tooling and fixtures, supports CNC operations, applies Lean and statistical methods, manages process documentation and validation, and leads equipment, automation, tooling, and capital projects. Partners with production, quality, maintenance, suppliers, and EHS to improve safety, quality, productivity, cost, and process capability. The role is onsite in Woodland, California, with occasional travel.

Leads manufacturing process development and improvement for medical device and data center contract manufacturing. Responsibilities include lean process implementation, root cause analysis, CAPA management, new product launches, tooling and fixture development, engineering documentation, validation protocols, design-for-manufacturability reviews, and process technology development. The role collaborates with cross-functional teams, customers, suppliers, machinists, and programmers to improve quality, delivery, cost, safety, and productivity.

Develops and improves manufacturing methods, equipment layouts, workflows, tooling, and production processes. Analyzes staffing, space, production times, costs, quality standards, and material requirements. Coordinates with vendors, evaluates products, communicates production information, and recommends improvements while supporting efficient and compliant manufacturing operations.

Manufacturing Engineering Interns support plant efficiency, process optimization, layout planning, data analysis, time studies, continuous improvement, and quality initiatives. Responsibilities include creating CAD layouts, analyzing material flow and operational data, developing manufacturing processes and documentation, investigating yield loss, conducting optimization experiments, and collaborating with maintenance and cross-functional teams. The role is full-time and on-site in Blytheville, Arkansas, from May 24 through August 13, 2027.

Designs and improves manufacturing processes, production layouts, work sequences, tooling, and equipment integration for launch systems. Develops MES work instructions, supports DFM, incorporates inspection and testing requirements, investigates manufacturing issues, and implements corrective actions. Ensures processes comply with regulations and quality standards while collaborating with cross-functional engineering teams. The role is fully onsite in Chandler, Arizona, requires eligibility for a U.S. Secret clearance, and includes approximately 10% travel.

Develops and improves manufacturing processes, equipment, tooling, workflows, and procedures for high-speed machining operations. Responsibilities include CNC programming, cost reduction, quality testing, data analysis, SOP development, FMEA/DOE-based continuous improvement, equipment maintenance coordination, and staff mentoring. The role requires collaboration with vendors, operators, engineering, manufacturing, and quality teams while ensuring regulatory compliance and manufacturing efficiency.

Responsible for commercializing new products and features into volume manufacturing: reviewing and modifying designs for manufacturability, creating and implementing engineering change orders and SMBOM releases, maintaining CAD models and product structure in UG/NX and Teamcenter, engaging suppliers to resolve manufacturing issues, applying DFx and root-cause analysis, and supporting NPI to volume transitions.

Develops and maintains manufacturing methods, operation sequences, and production processes for parts, components, subassemblies, and final assemblies. Coordinates new product releases with design engineering, estimates manufacturing costs, establishes time standards, recommends tooling and process requirements, and maintains manufacturing operations records and reports.

Leads hands-on fluid-processing engineering across mixing, blending, pasteurization, filtration, and separation on the plant floor. Improves yield, throughput, cycle times, capability, and food safety while troubleshooting production equipment and processes. Supports equipment installations, modifications, commissioning, capital projects, documentation, and cross-functional product launches. Partners with Operations, Production, Quality Assurance, R&D, and maintenance to implement process improvements and manage manufacturing risk.

Develops and implements manufacturing processes, equipment, tooling, and automation to improve throughput and efficiency. Evaluates equipment and vendors, prepares cost projections, oversees installations, designs equipment modifications, maintains process integrity, trains operators, and resolves manufacturability and production-readiness issues. The role also supports lean manufacturing, control charting, process capability analysis, and adoption of robotics and new production technologies.

Leads a manufacturing engineering team and provides hands-on technical direction for electronics, PCB/PCBA, electromechanical fixtures, test equipment, validation, production support, and documentation. Oversees manufacturing deliverables across new product introduction and sustaining programs, ensures quality and regulatory compliance, drives continuous improvement, and partners cross-functionally on equipment, process, and manufacturing readiness. The role is fully onsite in San Jose and includes up to 10% travel.

Develops and improves manufacturing processes, equipment, tooling, and production systems. Leads Lean Manufacturing, Kaizen, continuous improvement, cost reduction, time and motion studies, and process compliance initiatives. Evaluates materials and designs, supports new program launches, analyzes process data, interprets technical drawings, and resolves equipment or system issues. Works hands-on with production teams, management, vendors, and customers in a plant environment.

Supports fiberglass pipe manufacturing by designing and improving processes, work instructions, tooling, equipment, and production methods. Leads Lean and Six Sigma initiatives, analyzes workflows and production data, resolves root causes and nonconformances, supports NPI and equipment validation, maintains SOPs, ensures regulatory compliance, trains production staff, and drives cost, waste, quality, and cycle-time improvements.

Develops and improves manufacturing processes, production methods, equipment, tooling, and controls. Coordinates new product launches, manages manufacturing routings and work instructions, performs cost and quality improvements, supports CMM/CNC programming, trains employees, and leads cross-functional manufacturing initiatives. The role requires interpreting technical drawings, applying lean principles, resolving production issues, and working with shop personnel and external technical support in a factory environment.

Lead regional automation efforts by researching and implementing manufacturing technologies, designing and prototyping automated systems, performing tests and troubleshooting, standardizing equipment, ensuring functional safety and environmental compliance, documenting and training teams, and managing projects within timelines and budgets. Requires frequent regional travel.

Plans and designs complex manufacturing processes, investigates production issues, evaluates manufacturing data, and recommends process improvements. Leads automation, capital improvement, equipment installation, new product, line layout, and shopfloor projects. Coordinates engineering changes, manufacturing methods, corrective and preventive actions, and technical personnel while improving efficiency, quality, throughput, and cost savings.

Supports the introduction and improvement of manufacturing processes, tooling, fixtures, equipment, and production documentation. Develops cost estimates, process instructions, PFMEAs, capital requests, and manufacturing changes. Troubleshoots production, equipment, and quality issues while collaborating with Quality, Manufacturing, Maintenance, and suppliers. Provides process training, supports safety and ergonomics initiatives, participates in Kaizen and value engineering activities, and assists with drawings, specifications, and technical documentation.