Top Manufacturing Engineer Jobs

Lead and maintain quality standards for manufacturing processes, products, and suppliers. Conduct audits, root-cause investigations, CAPA management, supplier quality improvement, inspection/test design, and continuous improvement (5S/Kaizen). Support QA management, train staff, manage WIP/finished goods quality, and prepare QA reports while coordinating with Engineering, Operations, and suppliers.

Lead design, development, validation, and deployment of industrial automation and production test systems. Define system requirements, develop control software and HMIs, troubleshoot equipment, manage suppliers, execute FAT/SAT and design transfer, and collaborate with R&D, Quality, Manufacturing, Regulatory, and Sourcing to ensure production readiness and compliance.

Own, sustain, and improve manufacturing processes on the production floor to ensure stable, repeatable, and capable operations. Troubleshoot equipment and process issues, apply SPC and process capability analysis, lead root cause investigations, implement corrective actions, and support NPI, validations, and continuous improvement in an electronics manufacturing environment.

Lead design and deployment of advanced manufacturing processes and automation to improve quality, throughput, and cost. Collaborate with design, quality, and production teams, drive continuous improvement (Lean/Six Sigma), develop SOPs/control plans, and support process capability, data analysis, and test system integration for manufacturing excellence.

Lead development and implementation of advanced manufacturing processes and automation to improve quality, throughput, and cost. Collaborate with design, quality, and production teams, drive continuous improvement (Lean/Six Sigma), maintain SOPs and control plans, and lead cross-functional initiatives to integrate smart manufacturing and test systems.

Drive technology transfer and manufacturability of discrete power FETs from concept through high-volume manufacturing. Partner with fab process owners to optimize processes, perform device characterization and failure analysis, lead root-cause investigations using DOE/SPC/6-sigma/FMEA, and collaborate with cross-functional teams to integrate devices into system solutions while presenting technical results to executives.

Lead technology transfer and manufacturability for discrete power FETs from concept through high-volume manufacturing. Optimize fab process windows, perform device characterization and failure analysis, drive root-cause problem solving (DOE, SPC, FMEA), collaborate across engineering, packaging, and applications teams, and present technical results to executives.

Lead design and implementation of distributed software coordinating state, timing, and behavior across manufacturing hardware. Drive architecture decisions, evolve APIs, instrument systems for observability and ML consumption, improve testing/CI/CD, debug across software/firmware/hardware, and collaborate with cross-disciplinary engineers to deliver reliable, real-time manufacturing platform software.

Develop, optimize, and validate tooling, production processes, and facility workflows for launch vehicle manufacturing. Lead tooling design from concept to validation, perform capacity and cost analyses, support CapEx and budget tracking, drive continuous improvement and automation, mentor junior engineers, and coordinate with suppliers while ensuring safety and quality compliance.

Design, program, implement, commission, and support industrial process control systems using PLCs, HMIs, SCADA, servos, and VFDs. Troubleshoot onsite and remotely, apply UL 508A for panel design, collaborate with teams and clients, and support sales with technical proposals while ensuring safety and regulatory compliance.

The Manufacturing Linux Network Engineer designs and maintains IT/network infrastructure across manufacturing facilities, ensuring high availability and security. They handle Linux server administration, network configuration, and collaborate with various teams for production systems connectivity.

Develop and implement manufacturing test solutions for high-performance AI servers, focusing on automated testing, collaboration with teams, and debug analysis.

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

The Quality Engineer ensures compliance with customer requirements through quality control plans, troubleshooting production issues, and conducting audits. Responsibilities include documentation maintenance and process improvement in PCBA manufacturing.

The Senior Engineer, Equipment will provide mechanical engineering support, troubleshoot production issues, enhance equipment reliability, manage design documentation, and collaborate with vendors to optimize production processes.

Drive technology transfer and manufacturability of discrete power FET technologies. Collaborate with teams, optimize performances, and lead root-cause analysis for improvements.

Design and release tooling, fixtures, handling equipment, and Ground Support Equipment for lunar vehicle hardware. Collaborate with cross-functional teams to define requirements, validate manufacturing approaches, support builds, perform producibility assessments, and maintain configuration-controlled engineering documentation while ensuring safety, quality, and regulatory compliance.

Lead and execute complex manufacturing engineering projects to improve processes, quality, and productivity for medical device and specialty battery production. Develop technologies, procure equipment, create and review documentation, mentor engineers and technicians, drive continuous improvement (5S, SiOP, Lean/TMP), ensure QMS and FDA compliance, and support site quality and safety KPIs. Occasional travel may be required.

Support and improve production by maintaining CNC programs, tooling, work instructions, and PFMEAs; troubleshoot automation/CNC, coordinate maintenance, perform process validation, collect data and generate reports, and support continuous improvement in a manufacturing environment.

Support design, operation, control and optimization of mAb manufacturing processes. Provide on-floor troubleshooting, ensure cGMP compliance, perform data-driven process improvements, lead capital project lifecycle activities, and develop technical documentation and risk mitigation strategies.

Lead development and execution of a Reliability Engineering program across manufacturing sites. Drive asset criticality and risk management, perform root cause and Weibull analyses, apply RCM and preventive maintenance optimization, use predictive maintenance technologies, analyze equipment/cost data, maintain SAP PM/CMMS data integrity, and collaborate with engineering and plant leadership to improve equipment reliability, efficiency, and overall equipment effectiveness.

Design, develop, validate, and improve biochemical manufacturing processes using FPLC and HPLC. Support equipment/software configuration and validation, troubleshoot instruments, maintain preventative maintenance, assist technical transfers and SOP updates, perform protein purification and size-exclusion analysis, and train staff while following safety and cGMP/ISO practices.

Build full-stack applications that connect CAD models to robotic manufacturing: interactive 3D tools, backend services, CAD import and geometry pipelines, operator interfaces, revision and traceability systems, and integrations with robotics and factory systems. Own features from discovery through deployment and support.

Lead regulatory compliance, audits, and bonding process development/validation for glass, glass-filled PP, and urethane systems. Author test methods, implement SPC/MSA, drive CAPA and structured problem solving, coach cross-functional teams, manage supplier quality, maintain audit readiness, and own bonding KPIs and daily 5S in production.

Lead Lean Manufacturing initiatives to optimize processes, reduce waste, and improve efficiency and quality. Perform time studies, line balancing, capacity analysis, support NPI and launch readiness, develop KPI dashboards, lead continuous improvement projects, and train/mentor operators. Collaborate cross-functionally with engineering, quality, production, and supply chain to meet safety, quality, cost, and productivity targets.