Top Manufacturing Engineer Jobs

Designs and improves production methods, machines, tooling, automation and processes for wire and cable manufacturing. Conducts engineering studies, cost-reduction analyses, feasibility studies, equipment acquisition, plant layout, and process documentation. Works with Quality, Production, Maintenance and vendors to implement improvements, support trial runs, and ensure safety and specification control.

Lead continuous improvement and process optimization for high-volume food and beverage production. Collaborate with Operations, Maintenance, and Quality to reduce downtime, improve throughput, support capital projects and new product scale-up, troubleshoot equipment, monitor KPIs, and ensure safety and regulatory compliance.

Support production by installing and sequencing equipment, analyzing processes and cycle times, recommending design and tooling changes for manufacturability, performing inspections, and working with design and manufacturing teams to resolve production issues and improve efficiency.

Support production by installing and sequencing equipment, analyzing manufacturing methods and process data, recommending design-for-manufacturability changes, conducting inspections, and assisting cross-functional teams to optimize efficiency, quality, and cost.

Lead and develop a team of Manufacturing Process Engineers to improve safety, quality, productivity, and operational performance. Design and optimize processes, tooling, fixtures, and workstations; lead pFMEA, root cause analysis, corrective actions, and DFMA feedback for NPI. Apply Lean and Six Sigma methods, evaluate and implement manufacturing equipment/technologies, create technology roadmaps, and manage cross-functional projects, budgets, and schedules while mentoring engineers and partnering with Quality to drive continuous improvement.

Owns the lifecycle of manufacturing equipment, fixtures, tooling, and inspection systems. Responsibilities include equipment documentation, preventive maintenance programs, metrology equipment specification and qualification, validation support, Gage R&R studies, sustaining backlog management, and root-cause investigations. The role partners with technicians, Quality, vendors, and Manufacturing Engineering in a regulated manufacturing environment, supporting medical-device equipment and process controls.

Support and improve manufacturing operations by driving continuous improvement, process optimization, and quality initiatives. Lead NPI support, tooling and work instruction development, project management, and day-to-day production troubleshooting. Collaborate with Production, Quality, Supply Chain, Product Development, and Maintenance to increase efficiency, reduce costs, and ensure safe, scalable processes.

Support production by developing and implementing manufacturing processes, maintaining BOMs and routings, sourcing machines, optimizing product/manufacturing efficiency, documenting quality layouts, participating in Kaizen events, resolving product/process/design issues, and collaborating across departments.

The Manufacturing Engineer will develop manufacturing processes for nuclear reactor sub-systems, focusing on parts manufacturability, process qualifications, and collaboration across teams for design improvements.

The Manufacturing Engineer works on surface mount technology processes, ensuring production quality, developing processes, and leading a team of operators.

The Manufacturing Engineer will assist in SMT processes, inspect products, ensure quality, and lead process improvements.

The Manufacturing Engineer will manage the transition of hardware products from design to production, focusing on manufacturability, build processes, and quality systems, while collaborating with engineers and suppliers.

Lead process development and continuous improvement for large-format steel and medical device manufacturing. Develop tooling/fixtures, implement lean methods, perform root cause analysis, manage CAPAs, create standard work and validation protocols, support new product launches, quote new business, and collaborate cross-functionally to improve quality, cost, delivery and safety.

Designs and improves electronic manufacturing methods, tooling, and layouts; investigates root causes and implements corrective actions; evaluates design changes; develops work instructions and metrics; supports MRB and cost analyses; coordinates with production, vendors and customers; leads training and productivity/capital proposals.

Support manufacturing and assembly for engines, powertrain, cast components, and heavy equipment. Develop processes, enable production readiness and NPI, lead root-cause investigations, support APQP/PFMEA/control plans, drive continuous improvement with Lean/Six Sigma, collaborate with engineering, quality, supply chain, and suppliers, and troubleshoot production issues. Up to 10% travel.

The Manufacturing Engineer is responsible for optimizing manufacturing processes, driving Continuous Improvement projects, and supporting new product introductions while ensuring safety, quality, and cost efficiency.

As a Manufacturing Engineer, you will lead Lean Six Sigma teams, improve manufacturing processes, troubleshoot defects, and communicate changes organization-wide.

The Electrical Manufacturing Engineer optimizes automated equipment and processes, leads reliability projects, provides technical support, and improves manufacturing operations.

The Manufacturing Engineer will design tooling, collaborate with software engineers, develop new manufacturing methods, and improve production capabilities in composites.

The Manufacturing Engineer Intern will design molds and tools, assist with production cost strategies, and engage in hands-on production problem solving.

The Manufacturing Engineer will develop and maintain manufacturing methods, interface with design engineering, evaluate product designs, estimate costs, and report to the Manufacturing Engineer Manager.

Lead manufacturing engineering for BE-7 and Blue Thrusters, set production standards, drive DFM and NPI readiness, architect scalable production and automation, deploy AI-assisted inspection and analytics, mentor engineers, and lead root-cause failure analysis and process controls to support transition to medium-rate production.

The Manufacturing Engineer will design, develop, and implement process improvements for metal surface finishing systems, collaborating with various teams to enhance manufacturing efficiency and maintain compliance with regulations.

Design, troubleshoot, and improve manufacturing fixtures, tooling, and processes. Lead continuous improvement, develop standardized work, perform root cause analysis, support new product commercialization, justify capital equipment, and drive safety, quality, delivery, and cost improvements.

The Senior Manufacturing Engineer manages manufacturing processes, leads automation projects, optimizes systems, mentors junior staff, and drives digital transformation initiatives.