Top Manufacturing Engineer Jobs

Provide technical support and administration for manufacturing systems (MES), servers, and SQL reporting. Develop and implement system improvements, troubleshoot integrations with PLCs, produce bilingual English/Korean reports and documentation, train end users, and support major system implementations and IT infrastructure.

The Engineer II-Manufacturing will analyze metrics, improve machinery operations, lead capital expense projects, and ensure compliance with safety regulations while developing professional skills in Continuous Improvement.

The Manufacturing Process Engineer will design and optimize production processes for robotic systems, establish workflows, and collaborate cross-functionally to enhance manufacturing efficiency and scalability.

The Senior Manufacturing Mechanical Engineer will provide technical support to manufacturers for Shockwave products, improve manufacturing processes, and lead projects to enhance quality and cost efficiency.

The Mechanical Engineer will design and develop components for manufacturing, support product development, collaborate with teams, and troubleshoot issues.

Support Advanced Coatings manufacturing by driving process improvements, troubleshooting equipment and product failures, implementing corrective actions, leading reliability and OEE projects, maintaining documentation, training operators, and using data-driven methods to enable continuous improvement and predictive maintenance.

Lead development, validation, and continuous improvement of electronic assembly and automation processes (PCBA/SMT). Own NPI, process documentation, SPC/DOE analysis, equipment/programming, automation/vision systems, Lean/Six Sigma projects, and cross-functional problem solving to improve yield, reliability, cost, and on-time delivery in a fully on-site manufacturing environment.

Develop, validate, deploy, and sustain production test equipment and software for PCBA and electronic assemblies. Support NPI and mature production with focus on test coverage, fault isolation, reliability, data integrity, safety, cycle time, quality, and cost. Lead supplier selection, validation, MES integration, calibration/maintenance planning, troubleshooting, documentation, training, and continuous improvement across global manufacturing sites.

Design, validate, deploy, and sustain automated production test equipment and software for PCBAs and electronic assemblies. Support NPI and mature production with emphasis on test coverage, fault isolation, reliability, data integrity, safety, cycle time, quality, and cost. Lead supplier selection, MES integration, calibration and maintenance plans, troubleshoot production issues, produce documentation and training, and drive improvements across cross-functional and global teams.

Develop, validate, and improve electronic assembly and automation processes (PCBA/SMT). Lead NPI, process validation, SPC/DOE analyses, equipment qualification, automation and inspection implementation, root-cause troubleshooting, and continuous improvement to improve yield, reliability, cost, and on-time delivery.

Plan, create, develop and deploy software and hardware tests/tools for product validation, production and service. Perform factory test automation, instrument control, and embedded/PC application development while collaborating with engineering, manufacturing, partners and customers.

Lead 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, testing, and failure analysis, and drive root-cause analysis (DOE, SPC, FMEA) to improve yield and reliability. Collaborate with systems, product, packaging, and applications teams and present technical results to executive audiences.

Lead development, improvement, and documentation of manufacturing processes and tooling for final assembly; support factory troubleshooting, training, equipment procurement, and producibility reviews; drive yield, cost, and quality improvements and provide supplier and RFP input for process-related requirements.

Partner with maintenance and production to design and implement continuous improvement projects, troubleshoot equipment, perform root cause analysis, develop work instructions and CAD layouts, support equipment qualification/purchasing, and apply SAS for IoT to improve process quality and predictive maintenance.

Support new product development and sustaining manufacturing by developing CNC processes, tooling, fixtures, and process improvements. Drive automation, process control, variability reduction, cost justification, and cross-functional projects to ensure quality and production efficiency.

The Manufacturing Automation Engineer will develop automated processes, support product qualification, design tooling for production, and improve existing manufacturing techniques.

Lead manufacturing scale-up and process optimization for adhesive production, ensuring safe, repeatable, cost-effective processes. Provide technical leadership for technology selection, project execution, quality improvement, root-cause investigations, and cross-functional collaboration to enable Advanced Mobility and EV growth.

Support photolithography manufacturing operations in a 300mm analog fab: drive lot escalations, equipment/process startups, experiments, yield and efficiency improvements, data analysis, and respond to onsite escalations including evenings and weekends.

Serve as the technical SME for manufacturing systems to support Production Operations. Lead integration and configuration of digital tools (ERP/PLM/MES), develop production schedules, perform data analysis, cost/risk assessments, process improvements, and collaborate across programs and supply chain. Drive material flow, documentation, and problem resolution while supporting testing and schedule management.

The Lead Manufacturing Engineer will oversee the improvement of semiconductor manufacturing processes, focusing on distillation purification. Responsibilities include driving safety, leading projects, troubleshooting issues, and mentoring junior engineers while collaborating across departments.

Apply broad engineering expertise to develop and implement manufacturing technologies, ensure QMS and FDA compliance, lead process improvement and cross-functional projects, drive Manufacturing Excellence (5S, value stream mapping, TPM), support quality KPIs, mentor others, and contribute to innovation and productivity gains. Occasional travel required.

Lead quality engineering for assigned medical device product lines: investigate failures, manage nonconformances, update risk analyses, define inspection plans, trend metrics, drive supplier quality, approve ECNs, and support validation and quality system improvements.

Design, develop, and support tooling and equipment for aerospace energetics manufacturing. Manage projects, procurements, vendor fabrication, inspections, stress/FE analysis, drawing review, and continuous improvement to meet cost, schedule, and quality objectives.

Design, implement, and maintain automated assembly and test systems. Program and troubleshoot PLCs, HMIs, SCADA, robotics, and industrial controls. Improve productivity and quality, lead automation projects, perform root-cause analysis, create control documentation, train staff, and support preventive maintenance and safety compliance.

Design, deploy, and maintain Linux servers and high-speed LAN/WAN networking across manufacturing sites. Implement automation (Ansible, Terraform), manage Palo Alto security, core switching (Arista/Juniper/Cisco), Wi‑Fi and ruggedized hardware, ensure redundancy/QoS, monitor performance, provide Tier 2/3 support and on‑call response, and lead IT/OT modernization and documentation efforts.