Top Manufacturing Engineer Jobs

Owns manufacturing processes for wiring and electrical assembly of switchboards and switchgear. Develops work instructions, routings, tooling, fixtures, process controls, and documentation; supports production troubleshooting; leads Lean, Six Sigma, and Kaizen improvements; provides electrical design-for-manufacturability feedback; verifies build-to-print conformance; analyzes manufacturing KPIs; and ensures compliance with applicable UL, NFPA, NEC, and ANSI/IEEE standards.

Designs, develops, and improves manufacturing processes, equipment, tools, and production systems. Supports manufacturing cells, analyzes test data, resolves technical and quality issues, qualifies parts and suppliers, conducts feasibility studies and measurement analyses, and drives root-cause countermeasures and continuous improvement. Partners with product development, operations, suppliers, customers, and technical teams to improve safety, productivity, quality, cost, and process capability.

Lead manufacturing engineering for assembly, integration, inspection, and test of electro-optical space hardware. Develop processes, work instructions, tooling, factory layouts, routings, and production controls. Support nonconformance, root-cause analysis, corrective actions, MES implementation, and transition of prototypes to repeatable production while mentoring personnel and improving yield, throughput, and repeatability.

Design, develop, and implement automation systems for high-volume manufacturing. Responsibilities include PLC and HMI programming, robotics integration, controls and electrical design, commissioning, troubleshooting, root-cause analysis, and leading projects from concept through production handoff while ensuring safety and regulatory compliance.

The Sr. NPI Manufacturing Engineer leads manufacturing process development for UAV systems in aerospace, ensuring manufacturability and quality while collaborating with cross-functional teams from design to production ramp.

Improve pretreatment product quality and reduce scrap by analyzing and optimizing manufacturing processes, implementing Lean/Six Sigma initiatives, supporting new equipment installation and process validation, collaborating with Quality/Maintenance/Production, monitoring KPIs, and supporting new automotive glass product launches into mass production.

Leads $2 million to $50 million capital projects across manufacturing sites from concept and engineering through procurement, construction, commissioning, startup, and closeout. Owns scope, budget, schedule, safety, quality, risk, project controls, contractor performance, stakeholder communication, and operational integration. The role manages multidisciplinary teams, engineering and construction partners, financial forecasts, procurement activities, and project turnover while driving cost optimization, schedule performance, and operational readiness.

Improve pretreatment product quality and yield by analyzing and optimizing manufacturing processes, implementing lean initiatives, supporting new equipment installation and process validation, collaborating with Quality/Maintenance/Production, monitoring KPIs, and supporting launches of new automotive glass products.

The Senior NPI Manufacturing Engineer will lead manufacturing process development and validation for new UAV systems, ensuring design optimization for manufacturability and cost, while collaborating across technical teams.

The Senior Manufacturing Engineer will develop and optimize manufacturing processes for rotorcraft, ensure compliance with aerospace standards, provide technical support, and lead continuous improvement initiatives.

Lead NPI manufacturing readiness for Remote AC and equipment racks, driving BOM/configuration control, system integration, supplier/CM validation, and floor support. Perform 3D model analyses, design reviews, RCCA, and FFF validation; troubleshoot line/system issues and enable technicians to ensure smooth transition to volume or contract manufacturing.

Support manufacturing operations by installing and sequencing equipment, studying and improving production methods, analyzing process data (cycle times, SPC), recommending design modifications for manufacturability, assisting cross-functional teams to resolve production issues, and conducting periodic inspections of assembly, welding, and machine operations.

Lead Design for Automation (DFA) through new product development, ensuring automation-ready designs. Provide senior manufacturing engineering support for automation, robotics, welding, assembly, tooling, and material handling. Act as SME for automation-critical processes, drive DFA standards and governance, lead PFMEAs and capability reviews, support plant transfers and startups, and apply Lean continuous improvement to reduce cost, risk, and variation.

Support plant-floor OT and MES systems by troubleshooting PLCs, HMIs, industrial networks, and device connectivity. Assist with implementation, configuration, data collection, and small projects to improve uptime, traceability, and production visibility. Create documentation, analyze process data, and collaborate with cross-functional teams to support continuous improvement.

Optimize and scale food manufacturing processes by analyzing data, implementing improvements, leading equipment installations, conducting FMEA and GR&R, establishing process control plans and SPC, and collaborating with cross-functional teams to improve yield, reduce waste, and ensure food safety and quality compliance.

Optimize and scale food manufacturing processes by identifying improvements, implementing equipment modifications, leading process control and capability studies, conducting FMEA, applying statistical analysis (SPC, GR&R), partnering with cross-functional teams, and ensuring compliance with food safety and quality standards.

Support and optimize food manufacturing processes through equipment improvements, process control, data-driven analysis (SPC, GR&R, capability studies), FMEA, and cross-functional collaboration to increase yield, reduce waste, ensure food safety, and improve uptime.

Lead development and implementation of advanced manufacturing processes and automation to improve quality, efficiency, and cost. Drive continuous improvement, ensure manufacturability and process capability, maintain SOPs/control plans, and lead cross-functional project work.

Lead design and implementation of advanced manufacturing processes to improve quality, efficiency, and cost. Collaborate with cross-functional teams, drive continuous improvement (Lean/Six Sigma), develop SOPs and control plans, implement automation and smart manufacturing technologies, and support test systems and data-driven process optimization.

Design, develop, and transition advanced automation and manufacturing process solutions for aerospace production. Provide tooling and producibility guidance, define assembly sequences, create work instructions and training, troubleshoot production issues, and implement corrective actions to improve efficiency, cost, and quality while interfacing with engineering, production, suppliers, and program leadership.

Supports high-volume 300mm semiconductor fab operations by developing improved manufacturing processes, procedures, and methods. Drives efficiency, yield, quality, cost, and cycle-time improvements; performs lot and equipment dispositions; investigates process and equipment issues; supports equipment and process startups; conducts process experiments; and applies data analysis to resolve problems. Requires semiconductor fab process engineering experience and a relevant engineering or science degree.

Leads large-form mechanical manufacturing engineering across NPI, production ramp, and sustaining operations. Develops assembly documentation, DFM/DFA strategies, PFMEA, tolerance analyses, risk assessments, build sequences, and process validations. Provides hands-on troubleshooting for fit-up, leakage, vibration, structural, and torque-related issues. Partners cross-functionally to improve safety, quality, delivery, cost, ergonomics, and labor efficiency while mentoring junior engineers and technicians.

Supports manufacturing operations, new product introduction, and continuous improvement for advanced optical inspection systems. Responsibilities include integrating and qualifying optical and opto-mechanical assemblies, troubleshooting production issues, analyzing manufacturing data, conducting root-cause investigations, maintaining documentation, supporting design for manufacturability, implementing engineering changes, and resolving supplier quality issues. The role also contributes to yield, cost, quality, and cycle-time improvements and requires 15–20% travel.

Leads site-level automation and advanced manufacturing initiatives, drives Lean and Six Sigma continuous improvement, and oversees process engineering and capital projects. Performs feasibility studies, economic analysis, equipment specification, commissioning, and data-driven root-cause analysis. Partners with R&D, Sourcing, and Supply Chain on new product introductions, manages engineering and technical IT projects, and coordinates contractors and equipment vendors to meet technical, budget, and schedule requirements.

Drive semiconductor photolithography manufacturing and process development in a ramping fab. Responsibilities include qualifying and enhancing processes, improving yield, efficiency, quality, and machine operations, optimizing lithography materials and film stacks, leading root-cause investigations, analyzing process and equipment data, and resolving manufacturing issues through systematic problem-solving.