Top Manufacturing Engineer Jobs

Design and implement ECU reflash hardware and software tooling solutions across manufacturing sites, collaborating with teams to optimize processes and ensure product quality.

The Manufacturing Engineer is responsible for process engineering, improving cost, quality, and delivery while supporting NPI and managing equipment maintenance and customer specifications.

Support sheet metal fabrication from design through production: create and maintain drawings, assist CNC programming and setup, improve manufacturability, resolve production issues, manage revisions, and participate in continuous improvement in a high-volume manufacturing environment.

The Manufacturing Engineer will develop and improve molding processes, maintain clear documentation, and work on troubleshooting and optimizing production lines in a collaborative environment.

Lead design and optimization of manufacturing processes, tooling, automation, and equipment reliability. Own machine uptime, OEE, MTBF/MTTR metrics, drive root-cause analysis, implement preventive/predictive maintenance, prioritize capital projects, mentor engineers and technicians, and lead cross-functional continuous improvement using Lean, Six Sigma, TPM.

Develop, implement, and optimize manufacturing processes for aerospace components. Ensure manufacturability, tooling, and supplier compliance; apply lean/Six Sigma, create work instructions, troubleshoot production issues, and drive corrective actions to meet quality, cost, and schedule targets.

As a Manufacturing Engineer, you will analyze CNC machining processes, lead tooling design and implementation, support continuous improvement initiatives, troubleshoot production issues, and collaborate with various teams for new product development.

Designs, implements, and improves manufacturing processes, equipment, and production layouts; coordinates product launches; performs process analysis for cost reduction, quality, and efficiency; represents manufacturing on cross-functional teams.

The Manufacturing Engineer I is responsible for designing and optimizing manufacturing processes, improving efficiency, and maintaining documentation while complying with safety regulations.

The Manufacturing Engineer will apply Lean Manufacturing techniques to improve efficiency, establish assembly processes, and support production operations.

The Manufacturing Engineer will improve processes using Lean methodologies, support production, analyze data, and contribute to quality and cost efficiency.

The job involves managing projects, preparing budgets, recommending design changes, researching processes, and training staff. Reporting and collaboration with suppliers are key components.

Lead capital equipment and tooling projects for high-volume dishwasher manufacturing. Develop and improve assembly and metal fabrication processes, ensure DFMA, collaborate cross-functionally, design workstations and automation solutions, support NPI and manufacturing readiness, drive equipment reliability and OEE, maintain process documentation, and train operators and maintenance personnel.

Lead capital equipment and process projects for high-volume dishwasher production. Design and improve assembly and metal fabrication processes, ensure DFMA, support NPI, develop automation/robotics solutions, drive OEE and reliability, create documentation, train staff, and provide technical leadership across cross-functional teams.

As a Manufacturing Engineer I, you will develop manufacturing work instructions, manage costs and quality, perform engineering reviews, and improve manufacturing processes for spaceflight systems.

The Manufacturing Engineer will design and implement manufacturing systems, ensure quality control, and optimize supply chain logistics in aerospace production.

The Manufacturing Engineer III role involves providing technical leadership in manufacturing operations, supporting early-stage development programs, and ensuring manufacturability through design planning and technical assessments.

As a Staff Manufacturing Engineer, you'll lead the transformation to scalable production, design layouts, develop analytics dashboards, and optimize operational excellence in manufacturing environments.

Lead and oversee complex manufacturing operations in energetic materials production, focusing on process efficiency, safety compliance, and quality control.

The Senior Manufacturing Engineer will develop and implement manufacturing processes, lead continuous improvement initiatives, and coordinate product launches while ensuring quality and safety metrics are met, managing projects and vendor relationships effectively.

The Senior Manufacturing Engineer will oversee the manufacturing development of ECLSS hardware for space stations, optimizing processes, partnering with design engineering, maintaining production documentation, and resolving production issues in a fast-paced environment.

Lead electromechanical manufacturing and DFM for rugged compute racks, automotive harnesses, and assemblies. Coordinate suppliers, supply chain, documentation, and cross-functional teams. Drive manufacturing line design, troubleshooting, root cause analysis, yield improvements, test, fixtures, and automation to scale production and communicate program status to leadership.

Optimize and sustain high-throughput automated assembly lines by improving OEE, reducing cycle time and scrap, performing RCA and PFMEA, implementing SPC and poka-yoke, supporting validation (IQ/OQ/PQ), driving Lean/Six Sigma initiatives, developing documentation and training, and integrating MES and digital manufacturing tools in a clean-room production environment.

Support manufacturing by qualifying EOL components, troubleshooting system-level issues, performing failure analysis, and working with suppliers to resolve yield and part problems. Design fixtures, structure BOMs, write assembly procedures, and manage engineering change orders. Test and debug PCBs and electrical enclosures, use lab instruments and ICT fixtures, and apply ERP, CAD, and data-analysis tools to maintain product reliability and support production.

The Application Engineer will lead advanced manufacturing applications for fastening and inspection, ensuring technical execution from concept to plant launch and collaborating with various engineering and production teams.