Top Manufacturing Engineer Jobs

Provides hands-on production-floor engineering support by troubleshooting manufacturing defects, process variation, material issues, tooling, and mechanical assemblies. Investigates root causes, evaluates materials and specialized processes, implements corrective actions, improves yield and quality, develops process documentation, supports qualifications and audits, and collaborates with Quality, Product Engineering, Purchasing, suppliers, operators, and technicians on manufacturing improvement projects.

Own vehicle and engine hardware through build, test, and delivery. Develop build flows, work instructions, and test procedures; support first-article builds; resolve manufacturing issues and non-conformances; perform root cause analysis; and drive process improvements. Coordinate design, supply chain, production, and test teams while contributing to tooling, ERP/MES workflows, production documentation, and scalable manufacturing systems.

Supports manufacturing operations for filtration products by improving safety, ergonomics, productivity, quality, and process efficiency. Leads continuous improvement initiatives, develops production and testing procedures, interprets engineering drawings and P&IDs, reduces variation and waste, creates standard work, and optimizes cell design. Collaborates with project management, operations, quality, and safety teams. Requires an engineering degree and at least three years of professional engineering experience.

Manufacturing Engineer supporting off-highway equipment assembly operations. Responsibilities include developing assembly routings, methods, layouts, quality plans, labor standards, and cost documentation; troubleshooting production issues; analyzing data; improving cost, quality, safety, ergonomics, material flow, and efficiency; implementing lean manufacturing initiatives; and conducting time studies. The role requires an engineering or industrial technology degree, mechanical aptitude, Lean and Six Sigma familiarity, communication skills, and a valid driver’s license.

Leads optical and photonics manufacturing engineering initiatives, including team development, equipment and facility expansion, process capability monitoring, production issue resolution, design-for-manufacturing improvements, product characterization, cost and cycle-time reduction, and manufacturing readiness. The role supports optics and mechanical assemblies, negotiates specifications, drives continuous improvement, and collaborates with design and engineering teams.

Drive development, implementation, and optimization of manufacturing processes for aerospace components. Collaborate with design, operations, and quality to transition prototypes to production, perform capability studies, root cause analyses, and risk evaluations, develop process documentation, lead automation initiatives, mentor staff, and ensure safety and regulatory compliance.

Support electronics product engineering through manufacturing problem solving, process failure investigations, corrective actions, Lean implementation, standard work development, manufacturing cell design, statistical process control, and new product development. Collaborate with production operators, quality inspectors, and supervisors while gaining hands-on experience during a 12-week summer internship.

Improve assembly processes, efficiency, quality, safety, and material flow through Lean and Toyota Production System principles. Track process KPIs, investigate downtime, recommend capital equipment, implement process controls, and lead continuous improvement initiatives. The role requires hands-on troubleshooting, cross-functional collaboration, environmental compliance awareness, and technical expertise within a manufacturing support area.

Supports manufacturing engineering through new product introduction, engineering change management, CAD print creation, BOM and routing setup, labeling, validation, documentation, equipment troubleshooting, work instructions, and process improvement. The role works closely with production personnel, technicians, vendors, and internal customers while maintaining accurate engineering controls and manufacturing documentation.

Develop and implement advanced manufacturing processes, automation solutions, tooling, and electro-mechanical systems. Improve quality, efficiency, and costs through process optimization, Lean manufacturing, time studies, and continuous improvement. Manage equipment and capital projects, support supplier selection and feasibility studies, resolve manufacturing issues, and ensure safety, quality, and compliance while collaborating across engineering and operations teams.

Leads the detailed design, integration, commissioning, validation, and production deployment of automation solutions across manufacturing operations. Troubleshoots controls, robotics, vision, and system integration issues; coordinates Operations, Maintenance, IT, Facilities, EHS, and vendors; develops validation plans, documentation, procedures, and deployment standards; supports go-live, hypercare, operational handoff, and technical knowledge transfer.

Leads advanced manufacturing process development and implementation in an automotive production environment. Responsibilities include manufacturing feasibility, process flows, plant layouts, tooling and capital equipment, equipment installation, product launches, run-at-rate activities, ergonomic improvements, continuous improvement, and cross-functional coordination with suppliers and plant teams. The role also supports automation, injection molding, quality, productivity, and data-driven process optimization.

Develops and improves manufacturing processes, product quality, equipment, tooling, layouts, and production systems. Coordinates new product introductions, facility transformation, technology transfer, process documentation, and continuous improvement initiatives. Collaborates with shop-floor personnel and cross-functional teams to improve efficiency, quality, flow, and customer fulfillment. Responsibilities include PLC programming, CAD-based equipment and tooling design, lean process implementation, and operational excellence across varied production environments.

Supports manufacturing engineering activities for assigned product accounts, including engineering change orders, BOMs, production documentation, process validation, PFMEAs, risk analyses, troubleshooting, lean manufacturing, equipment updates, and continuous improvement. Collaborates with program management, quality, operations, customers, and suppliers to implement compliant production processes, resolve issues, train personnel, and support product launches and transfers.

Develops manufacturing processes, tooling, fixtures, workstations, documentation, and time standards for electric vehicle production. Partners with production, quality, and engineering teams to improve safety, capacity, yield, and quality through Lean and Six Sigma methods. Responsibilities include equipment procurement, process troubleshooting, corrective actions, line balancing, cost estimation, production readiness, and launch support.

Develop and optimize manufacturing processes, equipment, and tooling for efficient, cost-effective, high-quality production. Responsibilities include root cause analysis, corrective actions, process documentation, new product introduction support, capacity analysis, lean and Six Sigma initiatives, safety and quality compliance, and production personnel training. The role collaborates with engineering, quality, and production teams to resolve issues and improve manufacturing performance.

Leads advanced manufacturing process development for complex aerospace systems, including DFM/DFA strategy, cross-functional design reviews, tooling lifecycle management, process validation, root cause analysis, corrective actions, and continuous improvement. The role mentors junior engineers and works with multidisciplinary teams to optimize manufacturing performance, quality, and cost. An active Secret clearance and U.S. citizenship are required.

Provides engineering support for manufacturing and automation, including equipment design, setup, programming, troubleshooting, preventative maintenance, and process improvement. Manages filament-wound tank equipment, develops procedures and testing protocols, supports quality and safety initiatives, and trains production staff on robotics and equipment operation. Requires collaboration across production, purchasing, engineering, suppliers, and customers.

Develop and optimize manufacturing processes, equipment, and tooling for complex products in a high-volume production environment. Lead process validation, continuous improvement, root cause analysis, CAPA, troubleshooting, documentation, and capital equipment projects. Collaborate with design, quality, production, and suppliers to improve efficiency, yield, quality, and cost. Provide technical mentorship and training while applying Lean, Six Sigma, SPC, CAD, automation, and robotics expertise.

Leads manufacturability, tooling, process development, prototype builds, test articles, and production-flow optimization for spacecraft mechanisms. Develops advanced manufacturing techniques for actuators, separation mechanisms, gimbals, and reaction wheel assemblies; provides DFX guidance; supports qualification testing; scales processes to high-rate flight-hardware production; and mentors engineers and technicians.

Lead manufacturability, tooling, assembly methods, build flows, and production transition for spacecraft mechanisms including actuators, gimbals, separation mechanisms, and reaction wheels. Establish manufacturing standards, mitigate process risks, develop automation and MES tools, support prototype and qualification testing, scale advanced techniques to high-rate flight hardware production, and mentor manufacturing engineers and technicians.

Lead manufacturing engineering for spacecraft electronic assemblies, including PCBAs, wire harnesses, avionics, electromechanical assemblies, and machined components. Develop manufacturing methods, tooling, build flows, MES processes, and DFX guidance; prototype and transition designs from first article to high-rate production. Lead manufacturability reviews, improve production efficiency, mentor junior engineers and technicians, and apply aerospace workmanship, inspection, conformal coating, and GD&T standards.

Develops manufacturing methods, tooling, build flows, and production processes for spacecraft mechanisms and electromechanical assemblies. Partners with design engineers on DFX and manufacturability, builds prototypes and test articles, supports qualification campaigns, establishes first-article production floors, and transitions advanced manufacturing techniques to high-rate flight-hardware production. The role also involves MES implementation, mechanical assembly, wire harness manufacturing, tooling, process improvement, and aerospace standards compliance.

Develops and scales manufacturing processes for spacecraft electronic and electromechanical assemblies. Responsibilities include design-for-excellence guidance, prototype and flight hardware builds, tooling and fixturing, manufacturing flow development, MES implementation, PCBA and harness manufacturing, conformal coating, and production process optimization. The engineer collaborates with electrical, mechanical, and design teams to establish manufacturability and support high-rate satellite production.

Lead and mentor manufacturing engineers in producing flight-ready mechanisms, coordinate cross-functional builds, and provide technical leadership in a rapidly evolving environment.