Top Manufacturing Engineer Jobs

Develops, implements, and improves manufacturing processes for existing and new products. Responsibilities include process optimization, equipment layout, quality testing, DFM reviews, tooling and fixture development, production troubleshooting, root cause analysis, documentation, employee training, and lean continuous improvement. The role collaborates with cross-functional teams to improve safety, quality, delivery, inventory, cost, and production efficiency.

Lead design and implementation of manufacturing processes for medical devices, drive process improvements, support new product transfers, use statistical methods (DOE, SPC), create project plans and documentation, collaborate cross-functionally, and support quality and regulatory requirements.

Evaluates and improves manufacturing processes, workflows, layouts, tooling, equipment, and work instructions. Conducts feasibility assessments, manages equipment and tooling procurement, supports product launches, addresses ergonomic concerns, and leads continuous improvement initiatives. Serves as a subject matter expert by coaching engineers, training teams, and managing complex manufacturing programs across production, assembly, welding, and low-volume manufacturing environments.

Evaluates and improves manufacturing processes, including workflow, layouts, tooling, fixtures, equipment, work instructions, and production methods. Supports feasibility assessments, equipment procurement, product launches, pilot builds, testing, process sign-offs, ergonomics, technical training, and continuous improvement. Requires an engineering degree, production-based experience, manufacturing process knowledge, time-study capability, ISO 9001 and AS9100 familiarity, strong project planning skills, and U.S. citizenship or permanent residency for ITAR compliance.

Manufacturing Engineer responsible for improving assembly processes, productivity, quality, safety, and cost performance. Designs fixtures, jigs, tooling, workholding devices, and production aids; creates 3D CAD models and engineering drawings; leads Lean, Six Sigma, Kaizen, root cause analysis, time studies, capacity analysis, and line balancing. Supports equipment installation, automation, robotics, new product introductions, process validation, tooling projects, and continuous improvement initiatives.

Develop and maintain manufacturing methods, operating sequences, and processes for semiconductor equipment components and assemblies. Coordinate product improvements and new product releases, lead DFx cost and quality initiatives, establish time standards, recommend tooling, develop test procedures, and identify root causes and corrective actions using PFMEA. Mentor junior engineers and support continuous improvement, automation, lean manufacturing, and operational excellence.

Develop and maintain manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinate product improvements, reduce manufacturing costs, improve quality, establish time standards, recommend tooling, develop test procedures, and investigate root causes. Apply lean principles, automation, DFx, and PFMEA to drive continuous improvement and operational excellence. CMP knowledge is preferred.

Develops and maintains manufacturing processes, operating sequences, and methods for parts, subassemblies, and final assemblies. Coordinates product improvements, leads DFx cost and quality initiatives, establishes time standards, develops test procedures, and performs root-cause analysis and PFMEA. The role also manages manufacturing engineering projects and mentors junior engineers. Work may occur in cleanroom environments and requires use of tools and protective equipment.

Develops and maintains manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinates product improvements, applies engineering and DFx principles to reduce costs and improve quality, establishes time standards, recommends tooling, develops test procedures, and investigates root causes through PFMEA and corrective actions. The role requires a bachelor’s degree, 2–4 years of related experience, CMP knowledge, and hands-on work in manufacturing and cleanroom environments.

Develops and maintains manufacturing methods, operating sequences, and processes for semiconductor equipment components and assemblies. Coordinates product improvements, leads DFx cost and quality initiatives, establishes time standards, recommends tooling, evaluates tests and work methods, performs PFMEA, resolves assembly and testing issues, and mentors junior engineers. CMP knowledge, lean principles, automation, and continuous improvement support operational excellence.

Design, implement, and improve assembly work instructions and manufacturing processes using digital tools. Support production readiness, troubleshoot equipment, drive ROI-based process improvements, implement shop-floor digital PM and operations solutions, and collaborate with stakeholders to ensure safety, yield, cost, and process stability.

Improve manufacturing processes, safety, throughput, layouts, and production costs. Collaborate with production, product engineering, tool and die, and maintenance teams. Lead process improvement and capital expenditure projects, analyze time studies and production capacity, support equipment upgrades, and enhance product manufacturability through engineering solutions.

Designs, optimizes, and maintains manufacturing processes for radiation monitoring products. Provides shop-floor support, creates manufacturing documentation, selects and implements equipment, performs failure analysis, designs fixturing, manages engineering changes and capital projects, conducts process audits, trains operators, and leads quality, scrap reduction, and continuous improvement initiatives.

Develops and manages manufacturing projects, budgets, timelines, equipment, and processes. Conducts testing and research, prepares corrective action recommendations, implements approved design or process changes, creates technical reports and spreadsheets, coordinates with suppliers, and trains junior engineering and technical staff. The role is fully onsite and requires a bachelor’s degree in an applied technical field.

Develops, validates, maintains, and optimizes manufacturing processes and equipment while meeting quality, delivery, cost, and customer requirements. The role creates technical and project documentation, performs process analysis and verification, supports manufacturing solutions, manages product communications, and applies statistical process control. It also requires independent work across manufacturing processes, cross-functional collaboration, customer interaction, and mentoring within the engineering discipline.

Develops, validates, and optimizes manufacturing processes while maintaining equipment, managing technical product communications, and meeting quality, delivery, and cost targets. The role creates and verifies manufacturing solutions, prepares project documentation, applies statistical process control, supports customer requirements, and mentors team members. Candidates should have strong analytical, problem-solving, communication, structured design, and cross-disciplinary collaboration skills.

The Manufacturing Engineer manages product and process design, manufacturability studies, plant layouts, capital projects, engineering documentation, and equipment improvement initiatives. Responsibilities include preparing project requests, estimating designs and costs, calculating financial justification, developing manufacturing documentation, coordinating electrical requirements, managing project timelines, and providing technical support across departments. The role requires engineering expertise, analytical problem-solving, project management, SolidWorks proficiency, and manufacturing experience.

Leads manufacturing and project-engineering activities for Gen 6 engine assembly equipment installation, integration, commissioning, production readiness, and sustained operations. Coordinates manufacturing, maintenance, controls, safety, contractors, and OEM partners; resolves installation issues, tracks milestones and risks, supports G-Comply readiness, reviews equipment layouts and safeguards, and drives corrective actions while ensuring compliance with GM standards.

Supports plant facilities, equipment maintenance, machinery and process design, equipment installation, and continuous improvement in safety, quality, and efficiency. Develops manufacturing methods, maintenance procedures, layouts, tooling, and production plans; troubleshoots equipment; manages contractors and vendors; supports CAPEX and operating budgets; and applies engineering and statistical methods to manufacturing decisions.

Define and document manufacturing processes for avionics hardware and wire harnesses, run Manufacturing Readiness Reviews, support technicians through builds, provide DFM feedback, work with supply chain and quality on component procurement and inspection, and analyze process and yield data to drive continuous improvement and capacity planning.

Lead strategic initiatives to improve production efficiency and quality, design and optimize manufacturing processes, mentor junior engineers, integrate new products with production, oversee maintenance and predictive maintenance programs, diagnose complex equipment issues, and manage projects including budgeting, scheduling, and resource allocation in an aerospace/defense manufacturing environment.

The Manufacturing Engineer improves production processes, reduces waste, applies lean manufacturing principles, and enhances efficiency, quality, and safety. Responsibilities include selecting equipment, tooling, and fixtures; maintaining process documentation; resolving production issues; supporting capital projects; and training production staff. The role collaborates with design and production teams and requires engineering experience in a manufacturing environment, CAD proficiency, and knowledge of process improvement methods.

Develop and implement manufacturing methods, tooling, build flows, and production processes for large satellite structures, avionics, harnesses, mechanisms, and electromechanical assemblies. Partner with design engineers on manufacturability, prototype advanced techniques, establish first-article production floors, improve designs, and transition flight hardware processes into production. The role also involves MES implementation, nonconformance documentation, and collaboration with technicians and advanced manufacturing engineers.

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.