Top Manufacturing Engineer Jobs in Denver & Boulder, CO

Lead process development and scale-up for spacecraft solar array manufacturing. Implement and qualify new tools and automation, translate R&D processes to production, run validation campaigns, optimize factory flow across SMT to array integration, apply data analytics and SPC to drive improvements, and train manufacturing teams.

Lead strategic initiatives to improve production efficiency and quality, design and optimize manufacturing processes, mentor junior engineers, integrate new products with production, oversee maintenance and predictive maintenance programs, diagnose complex equipment issues, and manage projects including budgeting, scheduling, and resource allocation in an aerospace/defense manufacturing environment.

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.

The Manufacturing Engineer III leads process optimization projects, develops quality control measures, and enhances manufacturing processes while collaborating across teams.

Develop and implement manufacturing processes to improve efficiency, quality, and safety. Perform root cause analysis and corrective actions, lead Lean/Six Sigma process improvements, conduct process validation, support preventive maintenance, create SOPs/work instructions, read engineering drawings/schematics, analyze production data, and collaborate cross-functionally to optimize production and resolve technical issues.

Lead development and deployment of manufacturing processes and capital equipment for solid rocket motor production. Serve as process owner and SME, design and source machines, support hands-on production builds, create SOPs/work instructions, drive continuous improvement, and collaborate with design engineering to ensure manufacturability and quality.

Lead development, validation, and deployment of production test systems for PCBA, subassemblies, and system-level aerospace electronics. Develop test strategies, scripts, fixtures, and test racks; validate repeatability and reliability; support contract manufacturers, troubleshoot yield issues, drive root cause analysis, and maintain compliance, documentation, and production readiness.

Lead development and optimization of advanced CNC machining processes and manufacturing systems for EUV components. Own CNC programming strategy, tooling and fixture design, process validation, MOC, and capital equipment selection. Lead 8D problem solving, drive continuous improvement, cost reduction, and cross-functional initiatives while mentoring engineers and ensuring manufacturability, quality, and scalability.

Develop, integrate, and sustain manufacturing execution system tools to support production. Perform requirement gathering, data analysis, and application development (C#/.NET, Blazor, SQL, LINQ). Collaborate with cross-functional teams, troubleshoot anomalies, and improve data visibility and operational efficiency. Work on-site in a manufacturing/test environment and follow Lean/Six Sigma practices.

Provide hands-on manufacturing engineering support for RF and sensor products: ensure design producibility, perform design reviews, implement engineering changes, develop build instructions, participate in MRL/AS6500 activities, analyze production data for improvements, maintain QMS records and tooling control, and collaborate with cross-functional teams to meet quality, schedule, and contract requirements.

Design and optimize manufacturing processes for satellite components, collaborate with cross-functional teams on manufacturing strategies, lead continuous improvement and root-cause analysis, implement corrective actions, and provide technical support and troubleshooting to production teams.

The role focuses on improving supplier capabilities in manufacturing and operational processes, conducting assessments, and collaborating with teams to ensure quality and efficiency in space systems production.

Develop manufacturing bills of materials and detailed work instructions for electromechanical assemblies; support production floor technicians, new product introduction, and continuous improvement; manage non-conformance reports and root-cause corrective actions; design specialty fixtures; provide DFM/DFMA feedback and ensure repeatable, flight-ready hardware assembly and testing.

Support manufacturing across all levels: design and optimize processes and line balancing; specify tooling, fixtures, and equipment; support production ramp-up; lead continuous improvement and root cause analysis; collaborate with design, quality, and supply chain teams.

Develop, implement, and optimize CNC machined part manufacturing processes using 3/4/5-axis equipment. Create CAD/CAM models, NC programs, work instructions, and fixtures; analyze drawings and materials; troubleshoot machining issues; collaborate with quality and production to improve manufacturability and reduce cycle time; train operators and maintain compliance with safety, quality, and confidentiality requirements.

Develop and implement fabrication and production processes for aerospace electronic assemblies. Support hands-on production, troubleshoot and disposition non-conforming hardware, create work instructions, participate in RCAs, support DFMA and engineering change implementation, and generate manufacturing routings and control plans.

As a Manufacturing Engineer, you will support production, improve manufacturing processes, design tools, train operators, and oversee engineering documentation. You will also interact with customers and evaluate product specifications.

Optimize and troubleshoot processes for PIC wafer fabrication, support scaling and production yield, and utilize metrology equipment for process control.

This role involves overseeing PCB assembly and wire harness manufacturing, implementing processes, troubleshooting, conducting quality control, and managing product introduction for electronics manufacturing.

Lead spacecraft assembly and integration across multiple configurations. Own manufacturing execution, develop work instructions and processes, design GSE, drive DFM, investigate non-conformances, review drawings for manufacturability, and partner with supply chain to improve yield and reduce cycle time.

Lead design, prototyping, and deployment of automated manufacturing systems including robotics, motion, sensing, and vision. Own projects end-to-end, support controls integration, perform DFMEA/PFMEA, optimize production workflows, develop documentation, manage suppliers, and ensure safety and regulatory compliance to enable reliable, scalable production.

The Fab Manufacturing Quality Engineer will enhance quality systems in semiconductor manufacturing, lead meetings, and develop data mining tools while managing quality processes and improvement initiatives across teams.

Develop and scale manufacturing processes from prototype to production for advanced electric motors. Own process development, tooling and fixture design, production readiness, capacity planning, root-cause analysis, and cross-functional collaboration to improve quality, throughput, and manufacturability.

Design, develop, and commission PLC-based control systems and industrial automation for manufacturing lines. Integrate robotics, EtherCAT networks, safety systems, HMIs, and higher-level systems (SCADA/MES). Support greenfield/brownfield deployments, debug equipment, produce documentation and training, and collaborate with engineering and vendors through handoff to operations.

The Manufacturing Process Controls Engineer leads continuous improvement in manufacturing equipment controls and integration, focusing on troubleshooting, implementing automation standards, and training operators.