Top Manufacturing Engineer Jobs

Own and improve manufacturing execution for low-rate, complex aircraft production: work with mechanics to solve build issues, redesign sequences and tooling, perform DFM using CAD/GD&T, author manufacturing prints, align ERP (eBOM/mBOM) and reduce labor, rework, and bottlenecks.

Plans and improves manufacturing processes, transitions products from design to production, optimizes layouts and production flow, and leads CAPEX projects. Responsibilities include PLC and HMI programming, industrial automation support, root-cause problem solving, production cost and staffing analysis, process documentation, project scheduling, budgeting, equipment procurement, commissioning, and coordination with Operations, Maintenance, Quality, Safety, Engineering, vendors, and contractors.

Supports electronic assembly and test operations through PCBA troubleshooting, nonconformance resolution, corrective actions, process and tooling development, and new product introduction. Drives cost reduction, quality improvement, lead-time reduction, Lean and Six Sigma initiatives, supplier development, documentation, and data-driven process improvements while collaborating with Engineering, Quality, Supply Chain, and Operations.

Supports daily manufacturing operations through process troubleshooting, corrective actions, standard work development, tooling and equipment improvements, production data analysis, root cause analysis, Lean and Six Sigma initiatives, and new product introduction. Collaborates with operators, technicians, quality engineers, and leadership to improve safety, quality, throughput, compliance, and operational efficiency.

Develops and improves manufacturing processes for aerospace systems. Responsibilities include guiding design-for-manufacturability decisions, reviewing tooling designs, defining build operations, addressing nonconforming products, and improving production efficiency, affordability, and producibility. The role requires hands-on technical problem solving, collaboration with engineering and production teams, and on-site support in Melbourne, Florida. The position works a Monday–Thursday 4/10 schedule and requires an active Secret clearance and Special Program Access.

Supports optical fabrication, metrology, assembly, and manufacturing process development. Assists with troubleshooting production, quality, yield, and equipment issues; conducts experiments, capability studies, and process qualifications; operates precision optical test equipment; updates process documentation; and contributes to corrective actions and continuous improvement initiatives.

Supports motors production and outsource vendors by developing manufacturing processes, tooling, work instructions, labor standards, facility layouts, quotes, and continuous improvements. Conducts manufacturability reviews, supports supplier technical discussions, prepares performance reports, and ensures compliance with policies and ITAR requirements. The role is onsite in Blacksburg, Virginia, includes domestic and international travel, and involves collaboration with engineering, production, suppliers, and global teams.

Provides quality engineering oversight in manufacturing, including process monitoring, defect and non-conformance analysis, CAPA implementation, process validation, PFMEA assessment, quality system maintenance, supplier quality support, and new product introduction or product transfer activities.

Lead development and improvement of manufacturing processes, equipment, and tooling. Perform process capability studies, root cause analysis, and implement corrective actions. Drive safety, productivity, lean initiatives, capital requests, plant layout, installations, validations, and preventative maintenance while ensuring EH&S compliance and cross-functional collaboration.

Leads the design, optimization, automation, validation, and continuous improvement of manufacturing processes and production systems. Drives Lean, Six Sigma, Industry 4.0, kaizen, root-cause analysis, CAPA, process documentation, line-layout optimization, KPI improvement, capital equipment projects, and regulatory compliance. Partners cross-functionally with operations, quality, R&D, and supply chain while mentoring engineers and supporting a new manufacturing plant.

Evaluates and improves manufacturing processes through feasibility assessments, workflow and line-layout planning, tooling and equipment development, work instructions, ergonomic reviews, and continuous improvement. Manages equipment and tooling procurement, product development launch requirements, facility implementation, technical training, pilot testing, and production sign-offs. Requires an engineering degree, no prior experience, ITAR eligibility, manufacturing-process knowledge, workflow analysis skills, and proficiency with Microsoft Office.

Develops and documents manufacturing processes for aerospace and industrial valves, actuators, parts, and assemblies in a high-mix, low-volume environment. Leads productivity and continuous improvement initiatives, cost-saving projects, process automation, tooling and fixture design, manufacturability reviews, and production support. Collaborates with engineering, purchasing, supply chain, and operations teams while mentoring junior engineers and promoting process standardization.

Lead end-to-end manufacturing process and capital projects, implement lean/Six Sigma improvements, optimize CNC metal cutting processes, troubleshoot production issues, mentor engineers/technicians, and drive safety, quality, cost, and delivery performance.

Develop, implement, document, and improve manufacturing processes, equipment, tooling, and layouts. Analyze quality, cost, throughput, and process data; lead lean and continuous-improvement initiatives; support troubleshooting, corrective actions, training, and production scale-up. Collaborate with Engineering, Manufacturing, Quality, Supply Chain, IT, and vendors while using SQL, visualization tools, SolidWorks, or AutoCAD to improve factory efficiency and enable digital processes.

Designs and improves manufacturing processes, production layouts, tooling, assembly procedures, and inspection requirements for wire harness and PCB-related production. Troubleshoots equipment and product issues, supports shop-floor assemblers, applies Lean and statistical process control, resolves corrective actions, estimates production costs and schedules, and ensures regulatory compliance. The role collaborates with engineering, operations, and suppliers, supports continuous improvement, and requires onsite work, U.S. citizenship, and the ability to obtain and maintain a Secret clearance.

Designs and improves manufacturing processes, production layouts, workstations, material handling systems, and wire harness assembly operations. Analyzes workflow, cycle time, throughput, bottlenecks, and labor standards; supports shop-floor assemblers; resolves corrective actions; ensures quality and regulatory compliance; and drives continuous improvement. The role is onsite in Charlottesville, Virginia, starts at 6:00 AM, requires occasional supplier travel, and may support either Manufacturing Engineer or Principal Manufacturing Engineer responsibilities.

Develop and execute advanced manufacturing and prototype projects for medical device customers, optimizing precision manufacturing processes and parameters. Lead projects through production readiness, troubleshoot equipment and measurement systems, generate quotes and technical documentation, and ensure compliance with quality systems. Collaborate with customers and cross-functional teams, manage multiple projects, support validation and process improvement activities, and mentor technicians and engineers. The role requires expertise in engineering drawings, GD&T, metrology, manufacturing equipment, and medical device production processes.

Leads manufacturing engineering initiatives for Class 2 and 3 medical devices and catheter sub-assemblies. Manages new product introduction, process development, qualification, validation, continuous improvement, and production readiness. Investigates complex manufacturing issues, develops compliant solutions, supports quality-system documentation, and transfers products and processes across sites. Serves as a technical subject matter expert, mentors junior engineers and technicians, leads cross-functional teams, and ensures safety and regulatory compliance.

Improve manufacturing processes, equipment, automation, safety, quality, and cost performance from scrap melting through finished products. Lead technology implementation and equipment projects, collaborate with facilities, maintenance, operations, and controls teams, analyze process data, troubleshoot control issues, and manage projects through installation and commissioning. The role requires strong PLC, HMI, and control-system expertise in an industrial manufacturing environment, with minimal site travel.

Provide engineering support to design and manufacture fixtures, machines, and tools while ensuring ergonomic, safety, and regulatory compliance. Conduct plant hazard surveys, assist with FMEA, and support OSHA, ISO 14001, quality, environmental, and material management systems. Promote safety and continuous improvement across manufacturing processes.

Develop and document robust high-pressure die-cast finishing processes, manage timelines and issue resolution, support quoting, conduct manpower/time studies, ensure build standards compliance, and drive continuous improvement on automated assembly lines.

Lead production line performance and continuous improvement for manufacturing of high-pressure die cast structural components. Manage capital projects, design tooling and fixtures, troubleshoot complex machining issues (4/5-axis CNC), apply structured problem solving (8D, DMAIC), develop process documentation and operator training, and support quoting, timelines, and customer/supplier interactions.

Designs, documents, and implements high-volume drivetrain manufacturing processes. Supports automation (robotics, PLCs), CNC programming, process development, layouts, PFMEA/control plans, quality standards, plant startups, troubleshooting, continuous improvement, and production support.

Lead process development, production start-up and continuous improvement for automotive exterior glass manufacturing. Specify and source equipment, create standardized work and manufacturing prints, support PFMEA, train staff, troubleshoot machinery, ensure compliance with IATF 16949/ISO14001 and safety standards, and drive lean/CI initiatives across projects.

Lead process optimization, quality control, and maintenance initiatives for aerospace manufacturing. Implement validation, reliability-centered maintenance, and manufacturing/maintenance management software. Mentor junior staff and lead cross-functional projects to improve efficiency and reduce downtime.