Top Manufacturing Engineer Jobs

Improve and support production of linear motion products by refining workflows and layouts, designing/installing/testing equipment, driving continuous improvement, troubleshooting root causes, analyzing production metrics, ensuring safety and quality, supporting new product introductions, and maintaining technical documentation while collaborating cross-functionally.

Develop, validate, and maintain CNC programs, machine setups, fixtures, and tooling for wood operations. Lead continuous improvement to boost quality and productivity, coordinate design-to-production handoffs, document setups and tooling, troubleshoot CNC and operator issues, and implement stable, repeatable machining solutions.

Manages capital and expense improvement projects at a specialty elastomers manufacturing plant, overseeing scoping, cost justification, funding, design, procurement, contracting, installation, commissioning, and handover. Coordinates internal teams, vendors, contractors, and subject matter experts while ensuring projects meet cost, schedule, safety, quality, engineering, statutory, and management-of-change requirements. Supports capital forecasting and annual planning, maintains vendor relationships, and applies manufacturing best practices to improve facility and process performance.

Lead development, design, and optimization of manufacturing processes and equipment. Drive continuous improvement, cost-savings, process characterization (DESIGN OF EXPERIMENTS), troubleshoot equipment/process issues, coordinate installations and maintenance, and provide project leadership within a plant manufacturing environment.

Support plant manufacturing and technical operations by developing, optimizing, and troubleshooting manufacturing processes. Use DOE, Lean Six Sigma, root cause analysis, and cross-functional coordination to improve quality, efficiency, and cost. Drive new process development, install process changes, and provide hands-on support to production, maintenance, QA, and vendors. Provide 24/5+ line support and manage multiple projects to implement cost-effective solutions.

Design, develop and install manufacturing methods, tooling, and work area layouts to improve efficiency and meet quality standards. Create work instructions, process flow charts, and spaghetti diagrams; estimate production times and costs; liaise with vendors and staff; apply statistical methods and ensure compliance with safety and regulatory standards.

Lead manufacturing cost modeling, process optimization, and continuous improvement for high-volume production. Provide production support, tooling and equipment evaluation, cross-functional cost validation, and implement automotive-grade problem-solving to reduce waste and improve efficiency.

Lead transition of photonic products from design to low-rate production: plan production, set up and qualify workstations, author work instructions, procure fixtures, oversee lab technicians, coordinate across design, supply chain, test, and quality, and support customer audits and quality compliance.

Plans, develops, and improves manufacturing processes and layouts to maximize efficiency and quality. Collaborates with design, vendors, and management to specify tooling and equipment, estimate production costs and staffing, apply statistical methods, and ensure regulatory compliance. Manages multiple projects, prepares reports, and supports maintenance and testing to maintain production capabilities.

Drive new product introduction by optimizing part designs for manufacturability, developing assembly processes, documenting BOMs/SOPs, supporting facility infrastructure and maintenance, analyzing production KPIs, and collaborating with design and production teams to implement continuous improvements.

Manufacturing Engineer responsible for resolving tooling and production issues, improving machining processes, conducting tool trials, updating technical documentation, and delivering cost, safety, quality, and throughput improvements. The role manages tooling spend, develops reconditioning systems, supports cross-functional plant teams, and implements improved tooling designs and cost-reduction plans.

The Manufacturing Process Engineer improves roasting plant performance by eliminating waste, reducing costs and variability, and increasing throughput, quality, safety, and reliability. Responsibilities include leading Lean and Kaizen events, conducting root-cause analysis, analyzing process data, implementing standard work, documenting improvements, measuring financial impact, supporting new equipment and processes, and training frontline teams in problem-solving methods.

Leads development and scale-up of microarray patch manufacturing processes for biopharmaceutical combination products. Responsibilities include modeling process parameters and quality attributes, designing experiments, improving unit operations, assessing automated equipment and analytical technologies, supporting GMP technical operations and regulatory filings, and managing engineers and technicians. The role establishes lab and pilot-scale processes, develops operating ranges, leads technology transfers, and mentors technical staff.

Lead manufacturing engineering projects from concept through completion including equipment acquisition, facility expansions, and process improvements. Manage vendors, develop layouts and engineering documentation, implement new equipment/technology, apply LEAN principles, support commissioning and testing, analyze root causes, and coordinate cross-functional teams to improve reliability, maintainability, and production metrics.

Hands-on Manufacturing Engineer supporting shop-floor continuous improvement, equipment reliability, process standardization, layout optimization, preventative maintenance, troubleshooting, and documentation. Collaborates with engineering, operations, and maintenance to implement lean principles, support new equipment installations, and ensure safety and quality compliance.

Hands-on manufacturing engineer supporting shop-floor operations: drive continuous improvement using lean principles, troubleshoot equipment, support new equipment installations, develop preventative maintenance programs, standardize processes and documentation, and ensure safety and production alignment.

Provide engineering support for manufacturing processes, equipment, tooling, and production systems. Coordinate cross-functionally to improve equipment reliability, safety, quality, and productivity. Support installation, qualification, and ramp-up of new equipment; design jigs/fixtures using CAD; apply lean methods and SPC; troubleshoot equipment and support automation adjustments. Maintain documentation, present technical updates, and participate in audits and continuous improvement activities.

Provide engineering support for manufacturing processes, equipment, tooling, and production systems. Support equipment installation, qualification, ramp-up, troubleshooting, and process improvements using lean methods. Design tooling and fixtures with CAD, collaborate cross-functionally, maintain documentation, and present technical updates to leadership while supporting reliability and productivity initiatives.

Develop and control manufacturing processes and tooling for foam/plastic products. Plan production procedures, lead process improvements, prepare cost analyses and project estimates, support tooling programs, coordinate with manufacturing and quality, and train staff.

Designs, integrates, and scales shipyard manufacturing processes and equipment. Onboards automated assets, performs equipment repair and maintenance planning, reads blueprints, enforces quality/compliance paperwork, trains staff, and collaborates with software and production engineering to improve production systems while following shipyard safety protocols.

Responsible for optimizing assembly manufacturing processes (manual and automated), managing medium-to-large machine projects, designing efficient shop layouts, estimating production staffing/costs, developing tooling with Autodesk, leading PFMEA and root-cause problem solving (Six Sigma/8D/Kaizen), and ensuring equipment capability and quality.

Design and plan manufacturing layouts and processes for composite layup, cure, machining, bonding, painting and assembly. Develop production procedures, root cause corrective actions, nonconformance disposition (MRB), and support new product development and cross-functional teams.

Lead commissioning and scale-up of liquid metal thermal interface manufacturing from pre-pilot to low-volume production. Own line readiness, SOPs, preventive maintenance, QA/QC flows, root-cause investigations, equipment qualification, and continuous improvement to meet aggressive ramp targets.

The Manufacturing Engineer III develops and enhances manufacturing methods for aerospace components, ensuring safety and quality, and participates in process improvements and validations.

The Manufacturing Engineer supports process improvement and optimization in manufacturing, develops processes, troubleshoots equipment issues, and coordinates project activities with various departments.