Top Manufacturing Engineer Jobs

Own end-to-end production test and provisioning for robot builds at a contract manufacturer: design/validate test protocols, build automated test infrastructure, provision firmware/images, drive KPIs (FPY, cycle time, coverage), lead RCA with cross-functional teams, and serve as on-site technical authority to train operators and improve production quality.

Develop, implement, and maintain ICT and flying probe test processes, programs, fixtures, and equipment. Support test equipment calibration, preventive maintenance, IQ/OQ, DFT analysis, yield improvement, failure analysis, and cross-functional release coordination. Provide troubleshooting, training, and documentation for manufacturing test operations.

Develops, implements, and maintains manufacturing test methods and equipment for electronic products. Troubleshoots yield issues, performs root-cause analysis, improves test processes, trains technicians, qualifies new testers, manages maintenance/calibration, and coordinates with customers and sustaining teams to improve test methodology and yield.

Designs and implements cost-effective manufacturing processes, leads process improvements, supports new product launches, creates process documentation (PFMEA, Process Flow), and trains production teams to improve quality and efficiency.

Lead scoping, planning, and execution of capital and process improvement projects in lumber manufacturing. Coordinate operations, maintenance, vendors, and contractors to deliver projects on time, on budget, and compliant with safety and regulatory standards. Provide technical troubleshooting, risk mitigation, continuous improvement, and contractor oversight, with hands-on onsite involvement as required.

Responsible for designing, implementing, and maintaining automated test systems in an electronics manufacturing environment, focusing on wireless communications. Collaborates with engineering teams on test plans and infrastructure improvements, while addressing production line issues and performing advanced failure analysis.

As a manufacturing test engineer, you will develop and support automated tests for sensors and ECUs in autonomous vehicles, collaborating with cross-functional teams to ensure product functionality and continuous improvement.

Lead foundry engineering for SiC/GaN power devices: develop and transfer technology to external foundries, drive process integration, yield/quality improvements, qualification, and ramp to mass production while coordinating cross-functional teams and suppliers.

Design and maintain SQL-based data pipelines and Power BI semantic models to transform ERP and manufacturing data into actionable dashboards and automated analytics. Partner with stakeholders to improve reporting accuracy, resolve data quality issues, support ERP modernization, and apply automation and AI tools to enhance operational decision-making.

Design, evaluate, and improve cooling tower systems for agricultural and industrial applications. Prepare calculations, drawings, specs, and technical documentation. Support sales, manufacturing, field commissioning, troubleshooting, testing, QA, and regulatory compliance while coordinating multidisciplinary engineering and continuous improvement efforts. Travel to sites and manufacturing facilities as required.

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.