Top Manufacturing Engineer Jobs

The Manufacturing Test Engineer will develop and improve test procedures, resolve manufacturing test issues, and create standard operating procedures. The role involves collaboration with internal teams and contract manufacturers.

The Manufacturing Development Engineer will create and implement automation solutions in manufacturing, optimize workflows, and collaborate with teams to enhance production efficiency and quality.

The Manufacturing Mechanical Engineer will design, implement, and improve manufacturing systems, enhance production efficiency, manage equipment, and ensure safety compliance. Responsibilities include cost reduction, project management, data analysis, and training of staff.

The Manufacturing Design Engineer supports production operations by creating documentation, improving assembly processes, and resolving quality issues. Collaborates with multiple departments and drives improvements in manufacturing systems while ensuring timely product shipment.

Support, configure, and enhance manufacturing systems (MES/ERP/MRP/PLM); build dashboards and reports; analyze production data to identify improvements; ensure data traceability and system integrations; enable automation and continuous improvement; support NPI and production scaling; provide user support, documentation, and training.

Lead identification, design, and deployment of automated manufacturing solutions from concept through production launch. Partner with design, manufacturing, quality, and supply chain to ensure DFMA, define equipment specs, manage integrators, perform validation, support ramp-to-rate, and transition stable systems to sustaining engineering while driving continuous improvement in OEE, yield, and cycle time.

Support, configure, and enhance manufacturing systems (MES/ERP/MRP/PLM); design dashboards and reports; ensure data traceability; analyze production data to identify improvements; support integrations, automation, NPI, and continuous improvement initiatives.

Design, build, validate, and analyze manufacturing and assembly tooling for Corsair & Mirage product lines. Produce GD&T drawings, run FEA and hand calculations, develop validation plans, and collaborate with design and manufacturing teams to support full-rate production and quality standards.

The Senior Manufacturing Test Engineer develops automated test systems, collaborates across teams, troubleshoots issues, and ensures quality and performance for manufacturing devices.

Support Siemens Opcenter manufacturing applications, enhance capabilities, manage configurations, collaborate with teams, and ensure compliance within a regulated environment.

The DFP Engineer designs manufacturing test methodologies, translating product requirements into tests, ensuring quality, yield, and throughput for silicon products.

Develop and implement process control, validation, testing, and inspection methods; apply SPC and DOE; lead investigations and CAPA/SCAR; manage supplier quality and qualifications; build regulatory product documentation (DMR, design control, CE files) and support 510(k) submissions to ensure compliance with 21 CFR 820 and ISO 13485.

Provide manufacturing quality support including complaint investigation and resolution, product inspections, corrective actions, documentation (Device Master Records), inspection procedure creation, vendor qualification support, and routine product testing and reporting.

Manage GMP and quality compliance at a manufacturing site: own calibration and preventive maintenance, review documentation and nonconformance reports, perform line and receiving inspections, run IQ/OQ/PQ process validations, and promote a strong quality culture.

Lead technical planning and integration of digital manufacturing systems (ERP/MRP/MES/IT-OT) for medium caliber cannon production. Define requirements, manage project plans, create process diagrams, perform system testing, analyze process KPIs, and support sustainment of factory systems.

Lead test facility engineering for steam and propulsion systems: perform root-cause analysis, design and optimize systems, support propulsion and power testing, prepare technical reports and project planning, maintain procedures, and develop preventative/corrective maintenance and pre/post-test checklists. Swing shift role.

Designs manufacturing processes, procedures, and production layouts for aircraft modifications; creates work instructions; integrates tooling and equipment; incorporates inspection and test requirements; investigates machinery performance and implements corrective actions; ensures regulatory compliance and supports installation of capability upgrades on the B-2 fleet.

Lead Model-Based Manufacturing digital solution development and deployments for aeronautics production. Responsibilities include project planning, requirements gathering, PLM/MBM tool support and troubleshooting, metrics reporting, training, deployment scheduling, budget and staffing coordination, and readiness reviews with operations and program leadership.

Design, develop, and maintain manufacturing test software and hardware for RF production units. Create test procedures, fixtures, and acceptance tests; troubleshoot hardware, firmware, and software; collaborate with design, production, and quality teams; support environmental screening and continuous improvement in a fast-paced aerospace/defense manufacturing environment.

Lead development and implementation of manufacturing systems from concept through production. Create manufacturing plans, MRAs/MRLs, DFMA integration, cost/schedule analysis, verification/validation, and transition-to-production. Lead cross-functional teams, perform root cause analysis and continuous improvement to reduce cost, improve quality, and shorten cycle times.

Develop and maintain manufacturing processes and documentation, create CNC code and tooling sheets, support machine setup and optimization, analyze SPC data, investigate failures, instruct operators, and collaborate with cross-functional teams to ensure production meets engineering and configuration requirements.

Lead standardization of tools, consumables, and Process Work Instructions across production centers. Create and sustain PWIs, manage supply lists (ASM, consumables), coordinate with MEs on durable/perishable tools, assess inventory risk and Min/Max, and support producibility analysis and stakeholder reviews to ensure consistent, repeatable manufacturing processes.

Lead planning, coordination, and execution of transitioning production into a new Advanced Integrated Manufacturing facility. Act as Project Engineer and Cost Account Manager to manage equipment relocation, part transfers, budgets (EV), schedule, cross-functional coordination, process prove-outs, and performance analysis to quantify ROI.

Support fiber cable and transceiver production floors by improving processes, performing failure analysis, training technicians, creating CAD models and work instructions, managing BOMs/ERP data, coordinating product introductions, and providing manufacturability and quality support to meet AS9100 standards.

Support and lead quality activities for medical device manufacturing: develop process controls and validations, apply SPC and design of experiments, investigate nonconformances and lead CAPA, manage supplier quality and qualifications, prepare device documentation (DMRs, design control, CE files) and support 510(k) submissions.