Top Manufacturing Engineer Jobs

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.

Design, develop, install, test, and maintain electrical systems for mill equipment. Create drawings, procure components, oversee commissioning, implement preventive maintenance, train staff, and ensure safety and compliance.

Provide manufacturing and fabrication engineering support for reactor core and vessel components: develop specifications, ensure compliance with codes/standards, manage procurement and vendors, review drawings for manufacturability, oversee testing/inspection, witness vendor testing, resolve nonconformances, and maintain configuration and fabrication control documentation.

Design, prototype, validate, and sustain custom manufacturing and test equipment from concept through production. Lead mechanical and mechatronic designs, create specifications, documentation, IQ/OQ/PQ and DQ validations, manage projects, vendors, and cross-functional stakeholders, and support audits and equipment maintenance.

Designs, optimizes, and implements manufacturing processes and workflows to improve efficiency, quality, and cost. Develops production layouts, tooling, SOPs, and testing procedures; conducts root cause analysis and process improvements; uses CAD/CAM; collaborates with engineering, production, quality, and maintenance to drive continuous improvement.

Support manufacturing process ownership and optimization for production lines, create and maintain work orders/routers, manage disposition of nonconforming parts, and produce MBOMs, MPPs, SMPs via Siemens Teamcenter. Drive capacity planning, process control, quality and rework metrics, support digital transformation initiatives, and contribute to manufacturing proposals and BOEs for defense products.

Lead and mentor a multi-site case process engineering team to startup and operate the Copper Crossing factory. Drive process optimization, SPC/DOE-based development, PFMEAs, MBOMs, design and facility reviews, corrective actions, and continuous improvement while collaborating cross-functionally to meet program objectives and present manufacturing investigations.

Lead development and commercialization of high-performance fibers and composites across lab, pilot, and full-scale environments. Drive process design, prototyping, testing, troubleshooting, DOE, value engineering, and cross-functional project management while contributing to intellectual property and technology optimization.

Lead design and troubleshooting of manufacturing test equipment, fixtures, and automated test software for RF/Electronic Warfare systems. Develop and maintain test procedures, support production failure investigations, perform testability reviews, and drive continuous improvement across manufacturing testing processes.

Lead development and commercialization of high-performance fiber and composite products. Drive lab-to-pilot scale experiments, prototyping, process optimization, and technical troubleshooting. Manage projects, collaborate with cross-functional partners, and contribute to intellectual property and quality/compliance efforts for ballistic and medical applications.

Lead development and validation of RF test stations, support production troubleshooting and calibration, drive design-for-manufacturability and continuous improvement, coordinate cross-functional teams, and manage test engineering projects and reporting for EOIR products.

Lead standing up, modifying, and sustaining manufacturing test capability for RF/electronic warfare systems. Shape acceptance and environmental test requirements, drive test equipment/fixture design and software integration, manage schedule/cost using earned value, report to leadership, and lead manufacturing readiness and customer review events.

Support final assembly manufacturing through process monitoring, troubleshooting, process development, tooling and equipment specification, producibility reviews, documentation, and training. Collaborate with design, maintenance, suppliers, and factory teams to implement continuous improvements and ensure compliance with electronics assembly and applicable standards.

Develop and improve machining and manufacturing processes, tooling, fixtures, and plant layouts. Integrate inspection, SPC, and DFM practices, provide engineering guidance, troubleshoot CNC machines, ensure compliance, and optimize equipment performance and production efficiency.

Lead manufacturing engineering in a high-volume, high-mix aerospace production environment. Improve processes, troubleshoot production/equipment/tooling issues, author and audit electronic work instructions, perform root cause/corrective actions, and collaborate with Operations, Quality, Industrial Engineering, Scheduling and Maintenance to minimize downtime and build quality.

Support radar development and sustainment as an on-site manufacturing systems engineer. Perform RF troubleshooting, antenna-range testing, lab support, test station upgrades, root-cause analysis, MRB/product disposition, and cross-functional coordination. Use MATLAB, MES/SAP/Teamcenter/Gold, and create technical documentation while applying industry standards and traveling ~10%.

Lead manufacturing systems engineering for AMS product line: develop manufacturing plans, perform MRAs, design automation, cost model and drive digital transformation, identify producibility gaps and create Manufacturing Maturity Plans, manage NCTA/CRAD/capital planning, and support technology demonstrator builds and program execution readiness.

Design, develop, and optimize SMT manufacturing and depanel routing processes. Troubleshoot and support automated equipment, analyze yields and failure trends, lead root-cause/corrective actions, train operators, and collaborate with cross-functional teams to meet program yield targets.

Lead manufacturing engineering activities in final assembly: drive product performance, quality, delivery, and cost metrics; coordinate cross-functional teams; lead root-cause and corrective actions; implement continuous improvement; manage non-recurring startup costs and manufacturing readiness; review shop-floor product and communicate status to program and customers.

Design and optimize plant layout, material flow, and labor utilization. Conduct time studies, set labor standards, lead continuous improvement (Kaizen/Six Sigma), build capacity models, use data analysis and simulation tools, and drive cost reduction, ergonomics, safety, and productivity improvements.

Support high-volume 300mm wafer CMP manufacturing by implementing process and equipment improvements, driving efficiency/yield gains, performing dispositions, supporting ramp and experiments, and analyzing data for problem resolution.

The Sr Manufacturing Electrical Engineer leads technical operations in electrical assembly, focusing on process optimization, documentation, and continuous improvement for manufacturing systems.

Provide technical leadership in mechanical design, tooling, and manufacturing processes from concept through production. Create drawings/models/specs, produce cost estimates, troubleshoot production and quality issues, coordinate cross-functional teams, and implement manufacturing innovations to improve quality and efficiency.