Top Manufacturing Engineer Jobs

Develops clear fabrication and assembly work instructions for airframe structures, optimizes operation sequences, identifies materials/tools, initiates industrial process qualifications, and resolves production blockers through collaboration with technicians and customers.

Lead development and optimization of scalable manufacturing test systems for embedded and electro-mechanical robotic products. Define automated test strategies, own test platform lifecycle, support NPI, drive root-cause analysis, embed DFT/DFM, mentor junior engineers, and integrate test data and reporting for manufacturing quality and reliability.

Hands-on Process Engineer to program and optimize SMT/PCBA equipment, develop and validate reflow profiles, troubleshoot soldering defects, support NPI and continuous improvement, ensure IPC compliance, and provide cross-functional process support and documentation.

Lead technical strategy and system ownership for a multi-generational Heart Failure Management platform. Drive manufacturing technology, DFx, automation, process validation, and manufacturing transfer. Act as senior SME for engineering challenges, root cause investigations, audits, and regulatory submissions. Champion innovation, influence cross-functional roadmaps, mentor engineering talent, and shape long-term technology vision to deliver scalable, clinically meaningful implantable device solutions.

Develop, prove-out, and optimize machining processes for large valve components. Program CNC at the machine, set up and run large vertical/horizontal lathes, optimize tooling/feeds/holding, create work instructions, train machinists, support new product introduction, manage tooling database, assist fixture projects, and drive setup reduction, throughput, safety, and process consistency.

This position involves managing data connectivity, system design, and integration for a Wonderware MES system, focusing on performance metrics and operational improvements within manufacturing environments.

The role involves engineering support for photonic manufacturing, focusing on cost reduction, yield improvement, and quality assurance. Responsibilities include process development, data analysis, problem-solving, and training production staff.

Lead development and sustainment of wafer singulation and facet preparation processes for edge-emitting laser components. Own process controls, SPC, FMEAs, and OCAPs; support high-volume thinning operations, troubleshoot excursions, and drive yield improvements using DOE and statistical analysis. Develop pick-and-place, stacking, and automation processes and provide real-time manufacturing support.

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.

Build and own manufacturing test and factory software: backend services, APIs, data pipelines, release and versioning systems, test station applications, and integrations with MES/SFIS. Support NPI and production ramp, productionize prototypes, and travel to domestic and international manufacturing partners for factory bring-up and deployments.

Provide technical leadership and hands-on process engineering support for pharmaceutical manufacturing. Manage capital projects, troubleshoot processes, develop P&IDs/PFDs and engineering documentation, coordinate equipment installations, manage vendors/contractors, perform field walkdowns, develop SOPs and engineering standards, support cross-functional teams (Quality, Validation, R&D, Maintenance), and drive risk assessments and continuous improvement in a cGMP environment.

Design, fabricate, procure, integrate, and support mechanical and fluidic system components and instruments for manufacturing R&D. Troubleshoot, repair, calibrate, upgrade, and test equipment; collaborate cross-functionally, document results, analyze data, and present findings.

Lead design, development, and commissioning of high-volume automated manufacturing lines for iron-air batteries. Manage vendor engagement from specification through FAT/SAT, drive mechanical design feedback, mitigate risks via DFMEA/PFMEA, troubleshoot integration issues, and support ramp-up and production readiness across cross-functional teams.

Design, develop, and deploy scalable manufacturing test software, equipment, and data systems for cell/module/pack production. Integrate instrumentation, PLCs, and MES, lead commissioning and root-cause investigations, create procedures and training, and support factory launches and production ramps while ensuring safety and traceability.

Lead engineering for battery test-vehicle manufacturing lines: bring up new lines, design mechanical/electromechanical workstations, assess and improve processes, mitigate risks via DFMEA/PFMEA, mentor team members, manage vendor equipment commissioning, and support floor operations to enable repeatable medium-to-high volume production.

Lead manufacturing process and equipment improvements: develop data packages for capital projects, drive root cause analysis, commission and qualify equipment, improve yield, uptime, capacity, safety, and provide technical support to operations.

Support and optimize battery manufacturing processes for safety, quality, productivity and performance. Implement process changes and new equipment, eliminate downtime, support Six Sigma projects, collaborate with quality and maintenance, manage capital projects, ensure regulatory compliance, and lead continuous improvement efforts.

Design, standardize, and implement battery fill, formation, testing, material handling, and shipment processes. Develop and validate equipment, collaborate with global manufacturing sites, lead prototype and production builds, drive automation and controls (PLC/HMI), and manage projects to scope, schedule, and budget while promoting global standardization and best practices.

Lead development and design transfer of cryogenic and semiconductor manufacturing processes, validate production-ready methods, drive root-cause analysis and corrective actions, implement continuous improvement (Lean/6S/PDCA), analyze yield/kpi data, provide technical leadership and documentation, and support NPI and process standardization.

Lead and support Lean/CI initiatives across manufacturing sites, optimize processes, develop assembly methods and layouts, lead cross-functional improvement projects, train staff on CI tools, collaborate with Materials and Quality, and identify automation and cost-saving opportunities.

Set up and maintain production lines for returned products, design and maintain test fixtures/systems, troubleshoot and repair electronic devices to component level, collect repair data, document protocols, and mentor technicians.

Responsible for leading manufacturing projects, improving equipment reliability, implementing technology, and training staff while ensuring safety and efficiency in manufacturing processes.

Support PCBA manufacturing quality by developing inspection and test methods, driving corrective actions and failure analysis, ensuring process compliance, performing measurements and audits (ISO/5S), creating quality documentation and NPI/mass production reports, and liaising with suppliers and regulatory bodies.

Manage and improve manufacturing test systems and final product testing for door, case, sealed system, and electrical assembly areas. Develop NPI test methods, troubleshoot and maintain test equipment, implement error-proofing, own calibration and preventive maintenance, drive continuous improvement projects, and support factory operations to minimize downtime and improve outgoing quality.

The Product Management Engineer III oversees manufacturing and quality processes for medical devices, providing leadership in process improvements and project management.