Top Manufacturing Engineer Jobs

Lead design, develop, and deploy MES and backend solutions using C#/.NET. Build APIs, integrations with ERP/PLM and shop-floor systems, troubleshoot MES issues, enforce coding standards, conduct code reviews, mentor junior developers, and support agile delivery and documentation across the application lifecycle.

Design, implement, and execute manufacturing test systems and automation for satellite hardware. Develop test architectures, write test plans and procedures, manage lab equipment, analyze non-conformances, optimize production testing, and report results to stakeholders while collaborating with multidisciplinary teams.

Lead development and execution of manufacturing test plans and reusable test architectures. Implement automated test systems, manage lab equipment, analyze non-conformances, and present results to stakeholders while supporting production test optimization.

Lead development and implementation of manufacturing test plans, architectures, and automation for high-reliability satellite electronics. Collaborate with cross-functional teams, manage lab equipment, optimize production testing (including Flying Probe), analyze non-conformances, and present results to stakeholders.

Hands-on engineer supporting sheet metal fabrication and electro-mechanical assembly to improve process control, reduce rework, maintain work instructions, resolve non-conforming material issues, lead root-cause analysis, track scrap trends, and drive lean continuous improvement on the production floor.

Own and improve automated manufacturing test systems for high-voltage electrical assemblies, develop production test processes and software, integrate instrumentation and DAQ, ensure safe repeatable test methods, troubleshoot equipment, and collaborate cross-functionally to enable production ramp and maintain test station reliability.

Lead transition of NPI test solutions into scalable high-volume production. Develop test architectures, drive DFT, optimize yield and cycle time, deploy/qualify standardized testers across global CMs, manage change control, maintenance, and reporting to improve FPY and production capacity.

The Manufacturing Quality Assurance Engineer is responsible for overseeing quality systems, conducting audits, training staff, and managing supplier quality functions to ensure compliance with standards and customer satisfaction.

The Test Engineer develops automated tests for optical components, provides support to manufacturing, diagnoses issues, and collaborates with development teams.

The Manufacturing Systems Engineer supports digitalization and system integration, improving data flow and operational efficiency through technology collaboration. Responsibilities include system integration, data reporting, and maintaining digital tools for performance metrics.

Design, develop, and maintain manufacturing test automation from PCBA to system level, build GUIs and web portals, support contract manufacturers, deploy infrastructure, troubleshoot test software and hardware defects, and integrate test data for traceability and yield improvement.

As a Manufacturing Test Engineer, you will develop automated test solutions for audio products, creating test specifications, collaborating with teams, and troubleshooting failures.

The Senior Manufacturing Process Engineer develops and optimizes manufacturing processes for thin-film pigments, focusing on quality, data analysis, and continuous improvement while collaborating cross-functionally with teams.

The Principal Process Engineer leads process knowledge development, tech transfers, and continuous improvement in API manufacturing, ensuring safety, quality, and operational excellence.

Develop and sustain automated test systems and software for manufacturing servers, storage, and PCIe devices. Design test plans/scripts, control test equipment, maintain L10/L11 test infrastructure, document procedures, and collaborate with hardware, manufacturing, and QA teams to ensure production-quality deployments.

Lead nonconformance and CAPA activities, perform root-cause investigations, and implement corrective actions. Partner with manufacturing to improve process robustness, drive PFMEA-based continuous improvement, support inspection strategies and MSA, conduct statistical data analysis, and support IQ/OQ/PQ process validation to ensure compliance with ISO 13485, FDA 21 CFR Part 820, and ISO 14971.

Senior manufacturing engineer responsible for designing, developing, and validating scalable production processes for an implantable total artificial heart. Leads process validation (IQ/OQ/PQ/PPQ), automation, tooling procurement, GMP/ISO 13485 compliance, NC/CAPA investigations, cross-functional projects, mentorship, and manufacturing strategy to support commercialization and regulatory readiness.

Configure and optimize production processes, develop and maintain manufacturing documentation and CAD models, design tooling, troubleshoot production issues, manage schedules and vendors, apply SPC and lean methods to improve yield, capacity, cost, and safety, and support factory data integration for predictive insights.

Support plant operations by planning, designing, and implementing equipment, machinery, and automation. Lead continuous improvement, safety risk reduction, technology/automation initiatives, and projects on time and on budget. Use data-driven analysis, project management tools, and cross-functional collaboration to improve efficiency, reduce costs, and develop work instructions and training.

The Manufacturing Engineer develops CNC programs, optimizes machining processes, designs tooling, and supports new product launches while ensuring production efficiency and quality.

The Manufacturing Process Engineer focuses on optimizing manufacturing processes, troubleshooting equipment, managing project implementation, and ensuring compliance with regulatory standards while enhancing operational efficiency and safety.

The Senior Manufacturing Test Engineer will lead software architecture for manufacturing test stations, ensuring robust automation and data systems that enhance production efficiency and reliability.

The Manufacturing Quality Engineer role involves data analysis, statistical process control, root cause analysis, and cross-functional collaboration to ensure product quality and improve manufacturing processes.

Lead automation and controls for high-volume manufacturing: troubleshoot complex equipment, own retrofit and continuous improvement projects, improve uptime/OEE, validate pilot-to-production automation, manage vendors, define standards, and mentor junior staff.

The Quality Engineer will oversee quality assurance in PCBA manufacturing, develop quality control plans, troubleshoot issues, and ensure compliance with customer requirements.