Top Manufacturing Engineer Jobs

Manage new product introduction and production support for semiconductor products at wafer probe and test. Analyze yield issues, setup failures, and production problems; collaborate with product engineering and cross-functional teams on test, hardware, and process improvements. Lead productivity initiatives, new test system buyoffs, tool and process introductions, qualification, and change management approvals. Support new product releases and drive yield, cost, and test-time improvements.

Supports manufacturing quality across the product lifecycle, including CAPA, nonconforming material review, 8D investigations, root cause analysis, PPAP and FAIR documentation, inspection planning, measurement studies, NPI validation, PFMEA, SPC, audits, supplier quality, and Lean improvement initiatives. Partners cross-functionally to resolve escalations, improve process consistency and yield, maintain quality documentation, and ensure compliance with applicable standards.

Develop and improve manufacturing processes, routings, tooling, fixturing, standards, and documentation for precision CNC and high-mix production. Partner with programming, production, quality, supply chain, and estimating on first articles, inspection planning, capability analysis, root-cause investigations, quoting, and cost reduction. Support production-floor issue resolution, process standardization, capacity planning, and continuous improvement while ensuring safe, repeatable, capable, and traceable manufacturing processes.

Leads the transformation of manual manufacturing processes into automated, scalable systems across multiple production floors. Responsibilities include evaluating processes, conducting time studies and PFMEAs, specifying and integrating robotics and control systems, programming and commissioning equipment, coordinating cross-functional projects, integrating systems with MES, ERP, and plant networks, ensuring safety and AS9100 compliance, managing budgets and timelines, and tracking improvements in efficiency, downtime, throughput, and ROI.

Develop and scale manufacturing processes for complex electromechanical hardware through high-volume production. Lead DFM/DFA, tooling, fixtures, assembly equipment, automation, manufacturing readiness, validation, and production ramp activities. Analyze yield, quality, throughput, cycle time, and OEE using data-driven methods, while applying SPC, DOE, tolerance analysis, and root-cause problem solving. Collaborate with design, test, quality, supply chain, and operations teams to deliver scalable product launches.

Supports production operations systems and technology as the division’s manufacturing systems subject matter expert. Manages digital manufacturing tools including SAP, CPLM, and SmartMES; develops production schedules; analyzes data, costs, risks, and material flows; leads process improvements and system testing; collaborates with manufacturing, supply chain, program, and executive stakeholders; and tracks issues through resolution.

The role involves designing for manufacturing and assembly of electronic parts, leading design reviews, and resolving complex engineering issues in aerospace and defense applications.

Lead advanced microelectronics assembly processes, oversee cleanroom operations, ensure quality compliance, and train new employees. Engage in problem-solving for product engineering.

Lead and support Quality Assurance across manufacturing sites, ensuring ISO compliance, managing supplier quality programs and accreditations, driving process control and continuous improvement using SPC, FMEA, Gage R&R and other quality tools, resolving customer complaints, and training quality staff. Travel up to 25%.

Support manufacturing operations by leading process improvement and new product transfer projects. Perform root-cause analysis, validate tooling/equipment, develop standard procedures, manage vendor quotations, and apply CAD/3D modeling to improve efficiency, quality, and cost.

Lead operational performance in contract manufacturing, ensuring efficiency in production plans, cycle times, and quality; focuses on continuous improvement in high-technology electronics manufacturing.

Lead and coordinate quality activities across electronic and mechanical manufacturing and subcontractors. Manage supplier qualification, audits, failure investigations, CAPA, and quality KPIs. Support NPI, monitor engineering changes, ensure correct product revisions, improve yields and reduce scrap, and generate quality performance reports while collaborating cross-functionally.

The Manufacturing/Design Engineer will improve processes, design and recommend tooling, provide CNC programming expertise, and manage engineering projects.

Create and maintain manufacturing execution documentation and master data to enable controlled, traceable, repeatable production. Translate engineering drawings/BOMs into shop-floor instructions, support pilot and first-article builds, coordinate part numbers/BOMs/routings in Epicor and MES, define data capture requirements, support system testing/UAT/training, and serve as cross-functional NPI interface to ensure production readiness from systems and documentation perspectives.

Develop and standardize scalable manufacturing processes and tools for MK2 vehicle production. Create work instructions, process validation, capacity planning, metrics dashboards, cost models, and BOPs. Support NPI, cross-functional collaboration with engineering, supply chain, and quality, and lead continuous improvement using Lean and Six Sigma.

Assist in developing, testing, deploying, and maintaining software to improve manufacturing processes (Oracle APEX focus). Support MES/ERP integrations, troubleshoot system performance and data integrity, write and optimize SQL/PL/SQL, and collaborate with production, quality, and maintenance under senior guidance.

Design and engineer production tooling for energetic aerospace propulsion systems (molds, lifting/handling/test fixtures). Coordinate tooling requirements with engineering, manufacturing, quality and vendors; manage fabrication scope and schedules; perform tool checkout and follow-up in production; prepare tooling cost estimates for proposals; identify and implement design improvements.

The Quality Engineer supports manufacturing, supplier, inspection, and customer quality activities. Responsibilities include investigating nonconformances, leading root-cause and corrective actions, developing inspection and quality plans, supporting First Article Inspection and Factory Acceptance Testing, managing supplier quality issues, and ensuring product requirements and test records are met. The role collaborates with Production, Engineering, Supply Chain, suppliers, and customers to prevent defects and improve quality performance.

Supports manufacturing and supplier quality through inspection planning, nonconformance investigations, corrective actions, root-cause analysis, supplier quality activities, and Factory Acceptance Testing. The role interprets engineering drawings and specifications, establishes risk-based inspection requirements, coordinates containment and corrective actions, supports audits and customer inspections, and verifies quality records and corrective-action effectiveness.

Provides technical leadership for GMP manufacturing, technology transfer, process characterization, scale-up, PPQ readiness, process monitoring, troubleshooting, and lifecycle support for human stem-cell-based cell therapy processes. Designs and executes laboratory studies, analyzes process data, authors technical documentation, supports deviations and CAPAs, assesses material risks, enables inspection readiness, and mentors junior staff while collaborating across Manufacturing, Quality, Validation, Supply Chain, Regulatory, and external partners.

Develops, maintains, and optimizes manufacturing test procedures for PCBAs, fiber-optic and laser assemblies, and complex electromechanical systems. Performs validation, characterization, troubleshooting, failure analysis, and process improvement. Selects and supports test equipment, documents results in MES systems, trains technicians, and collaborates with design engineering on manufacturability and testability. The role supports cleanroom production of space-flight optical communications hardware and requires hands-on electrical, optical, and laser testing.

Provides technical support and troubleshooting for yeast manufacturing processes, optimizes internal and external operations, evaluates performance, compliance, quality, and costs, and supports product launches, technology transfers, commercialization, and capital projects. The role develops technoeconomic evaluations, assesses manufacturing assets, monitors operational metrics, and contributes to global manufacturing technology strategy. Collaboration spans R&D, manufacturing, contract manufacturers, and international cross-functional teams.

Installs and qualifies process equipment, troubleshoots production and equipment issues, and improves throughput, yield, quality, and product performance. The role designs experiments, analyzes manufacturing data, maintains gauges and process controls, develops documentation and standard operating procedures, trains technicians and production associates, and collaborates with internal teams and suppliers. Domestic and international travel may be required, along with regular production-floor work and personal protective equipment use.

Supports mechanical assembly readiness, process development, tooling and fixture design, manufacturing documentation, and production build execution for cryogenic and semiconductor test products. Reviews drawings and BOMs, develops work instructions, provides DFM feedback, resolves process and quality issues, supports ECOs and NPI, and drives Lean continuous improvement. Collaborates with engineering, quality, supply chain, and production teams to improve safety, efficiency, repeatability, and manufacturing capability.

Own end-to-end manufacturing test readiness for product lines, develop automated test hardware and software, analyze manufacturing data, investigate production failures, and improve yield, test time, reliability, scalability, and product quality. Collaborate across hardware, software, product development, and manufacturing operations while maintaining software quality through code reviews and hardware-in-the-loop continuous integration.