Top Manufacturing Engineer Jobs

Designs and implements manufacturing quality processes, leads process qualification and continuous improvement using SPC, DoE, FMEA and root-cause analysis. Supports supplier inspection criteria, conducts print reviews, first-article inspections, audits, and trains inspectors. Uses metrics and statistical tools to drive corrective actions and launch new or revised products.

Design, implement and support automation and robotics solutions to improve CNC machining and manual assembly. Program and troubleshoot PLCs, HMIs and controls; apply SPC and data acquisition for process stability; collaborate with integrators, engineering, IT and operations; create project scopes, documentation, and training; and drive continuous improvement in safety, quality, cost, and delivery.

Support and improve manufacturing quality by implementing SPC, FMEA, DoE, gage R&R and other quality tools. Qualify processes/equipment, perform print reviews, develop inspection criteria, lead root cause/corrective actions, train staff, analyze quality data, and assist supplier and internal audits to ensure product and process conformance.

As a Senior Test Engineer, you will own production test processes, develop test protocols, ensure quality metrics, lead root cause analysis, and collaborate with teams on-site at a contract manufacturer.

Design and implement end-of-line and in-process manufacturing test systems for hardware products. Create test plans, build PCB-level fixtures and mechanical interfaces, develop automation (LabVIEW/Python), validate and optimize test systems, analyze failures, support scaling to production, and coordinate with cross-functional teams and contract manufacturers.

The role involves leading research in high-volume manufacturing methods for diagnostic consumables, designing scalable systems, and ensuring compliance with quality standards while collaborating across teams.

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.

The Electrical/Mechanical Engineer will lead projects in manufacturing, utilizing their Bachelor's degree and 3-5 years of relevant experience in a team-oriented environment.

The Manufacturing Bring-up Engineer oversees system testing and validation, collaborating with cross-functional teams to automate workflows and enhance manufacturing efficiencies.

The System Engineer Level 3 is responsible for troubleshooting automated manufacturing systems, conducting tests, and training junior engineers while traveling domestically and internationally up to 75% of the time.

The Industrial Process Engineer increases productivity by managing workflows, optimizing processes, and reducing waste in manufacturing. They coordinate process planning, provide feedback on trials, and implement efficiency improvements in a collaborative environment.

Manage customer-facing quality activities: investigate and resolve complaints and field failures, lead root-cause corrective actions, own warranty processes, facilitate ISO 9001 audits, perform QMS and internal audits, oversee warranty teardown technicians, drive continuous improvement and cross-functional alignment to prevent recurrence and meet SLAs.

Support PCBA manufacturing quality by developing QC plans, driving corrective actions and failure analysis, performing inspections and measurements, troubleshooting process/vendor/design issues, ensuring production compliance, participating in ISO internal and 5S audits, and liaising with suppliers and regulatory bodies.

Lead design, implementation, and support of automated manufacturing cells and systems (robotics, controls, machine vision, material handling). Specify and procure automation equipment, troubleshoot hardware/software, improve throughput and efficiency, collaborate cross-functionally, and support continuous manufacturing improvement and existing automation projects.

Support design verification, prototyping, specification and material review, and qualification testing for mechanical relay products. Perform data collection and analysis, root cause investigations, corrective actions, tooling and fixture design, and collaborate with production, machinists, and suppliers to resolve manufacturing issues and improve reliability and performance.

Support production, calibration, and testing of autonomous vehicles at OEM facilities; lead new production stand-ups, process development, pilot and production runs, and cross-functional issue resolution. Provide on-site training, troubleshooting, and documentation while implementing manufacturing systems for low-to-medium volume electro-mechanical assembly.

Design production-ready fixtures, nests, test setups, and station hardware for electronics manufacturing. Own designs from requirements through CAD, prototyping, fabrication, iteration, and deployment. Apply datum strategy, tolerance analysis, material selection, and DFM judgment. Partner with solutions architects, customers, and manufacturing partners to ensure robustness, usability, and reliable production performance.

Designs and implements quality controls for metal manufacturing. Leads root-cause/corrective actions, gauge R&R/MSA, capability and validation studies, PPAP readiness, PFMEA updates, and coaches shop personnel to improve product quality and process efficiency.

Own and optimize CNC machining value-streams from raw stock to finished parts: improve spindle utilization, reduce setup and downtime, manage SAP scheduling and tool programs, lead SYNCHRO+ and lean initiatives, author factory standards and routings, drive OEE and quality improvements, and support process development in welding and secondary operations.

The Senior Engineer, ADC Manufacturing oversees ADC manufacturing processes, provides technical expertise, enhances process robustness, and ensures compliance with cGMP standards while mentoring junior engineers and leading investigations.

Act as the MES (Critical Manufacturing) super key user for North America: provide first-level support, troubleshoot and escalate system issues, drive deployments and migrations, develop training and best practices, support UAT/validation, coordinate upgrades, collaborate with IT/project teams and stakeholders, and ensure standardized processes and minimal production disruption.

Lead deployment, commissioning, and qualification (IQ/OQ/PQ) of industrial manufacturing equipment. Interface with vendors, optimize equipment performance (OEE/MTBF/MTTR), author SOPs and maintenance schedules, and collaborate with Facilities, EHS, Quality, and Process teams to ensure safe, reliable 24/7 production operations.

Provide technical support for cutting tools and tooling applications, solve customer tooling problems, maintain technical product database, liaise with vendors, support sales teams, develop cost savings projects, and follow ISO processes.

Drive manufacturing operational excellence by analyzing performance data, identifying process improvements, leading improvement projects (5S, Six Sigma), coaching employees, supporting CAPEX projects, and integrating business systems to improve safety, efficiency, and measurable performance.

Lead loss-elimination and process-improvement efforts on tampon converting lines. Support equipment delivery/startup, implement Lean/IWS standards, train technicians, adopt digital tools, and complete a Loss Elimination project within six months to improve reliability and productivity.