Top Manufacturing Engineer Jobs

Drive global alignment programs for CVD and CMP manufacturing: standardize best-known-methods, improve tool utilization and defect rates, coordinate recipe/PM alignment, partner with site and global teams, and implement AI-enabled workflow improvements.

Supports semiconductor manufacturing and new process development for GaN photolithography. Qualifies and enhances processes, improves yields, efficiency, quality, capacity, and equipment operations, and drives cost-competitive lithography strategies. Leads root-cause investigations into process and equipment issues, performs data analysis, resolves manufacturing problems, and applies process control systems including SPC and APC.

Develops and validates manufacturing test processes, automated diagnostics, test fixtures, and hardware interfaces for complex semiconductor equipment. Leads failure investigations, root-cause analysis, yield optimization, measurement systems analysis, and Gage R&R studies. Partners with design and NPI teams on design for testability while ensuring cleanroom, SEMI, ISO 9001, and hardware reliability compliance. The role requires troubleshooting electromechanical, RF, vacuum, optical, software, and process-related issues in a manufacturing environment.

Supports aerospace composite manufacturing by reviewing and dispositioning non-conformances through MRB, authoring engineering dispositions, investigating root causes, leading RCCA, and driving corrective actions and continuous improvement. Provides shop-floor engineering support for composite, honeycomb, bonded, machined, and assembled products while collaborating with production, quality, manufacturing, design, and supplier teams. Analyzes quality trends, interprets drawings and specifications, and supports aerospace quality and regulatory requirements.

Provides engineering support for manufacturing processes by investigating operational abnormalities, identifying root causes, implementing corrective actions, optimizing efficiency, engineering rework streams, analyzing production data, supporting Kaizen and CapEx projects, developing standard work, training operators, and troubleshooting process or product issues. Collaborates with production, maintenance, planning, quality assurance, procurement, IT, operators, and supervisors.

Supports manufacturing process development, qualification, and improvement for machining operations. Partners with Engineering, Sales, Marketing, production, and quality teams to address manufacturability issues, improve safety, quality, delivery, cost, and equipment effectiveness. Implements Lean practices, analyzes process data, drives root-cause solutions, develops procedures and training, supports capital technology projects, and identifies cost-reduction opportunities.

Leads automation and robotics integration for advanced energetic-materials manufacturing. Responsibilities include designing automated workflows and robotic cells, integrating controls and manufacturing data systems, managing vendors, commissioning production equipment, developing technical documentation, supporting production readiness, and ensuring machine safety and compliance. The role directs technicians and coordinates multidisciplinary teams across production, operations, quality, safety, and external integrators.

Provides hands-on manufacturing support by troubleshooting and repairing production equipment, performing preventive maintenance, supporting equipment installations, and resolving process and product issues. Partners with engineering, quality, operations, and production teams on continuous improvement, scrap reduction, first-pass yield, safety, and productivity initiatives. Conducts standard work audits, supports quality objectives, and works a split shift with situational overtime, weekends, and off-shift coverage as needed.

Improves manufacturing processes, equipment, automation, and production methods to increase safety, quality, capability, and productivity. Leads root-cause investigations, corrective actions, capital expense projects, preventative maintenance initiatives, and transitions of new products and equipment into production. Collaborates cross-functionally with value stream, quality, safety, development, and automation teams while applying Lean, Six Sigma, SPC, PFMEA, DFM, DMAIC, and process analysis techniques.

Leads manufacturing engineering projects, process investigations, validation studies, and continuous-improvement initiatives. Supports production processes including machining, finishing, and packaging; designs fixtures and tooling; performs measurement system analysis; develops manufacturing and inspection procedures; and supports equipment acquisition, installation, validation, and training. Collaborates with production, quality, finance, product development, and vendors while maintaining compliance with QSR, SOPs, safety requirements, and quality systems. Global project support and some travel may be required.

Applies manufacturing engineering principles to improve production processes, facility layouts, workflow, quality, and operational efficiency. Conducts time and motion studies, analyzes production data, interprets technical drawings, develops process documentation, supports production planning, and identifies cost-effective improvements. Collaborates with engineering and production teams while supporting continuous improvement, manufacturing process development, quality systems, and equipment performance in an onsite manufacturing environment.

The Sr Manufacturing Engineer will design, manufacture and assembly electromechanical systems, ensure manufacturability, and evaluate production processes based on engineering intent and quality standards.

Manufacturing Engineer drives cross-functional manufacturing programs from design reviews through production trials. Responsibilities include managing timelines, coordinating Production, Engineering, Purchasing, Materials, Quality, and Manufacturing teams, tracking issues and action owners, maintaining schedules, reporting progress, and ensuring safety compliance. The role is on-site in Salina, Kansas, supporting fabrication, welding, painting, and assembly operations.

Supports medical device production lines as the primary technical resource for process and equipment issues. Develops manufacturing solutions, tooling, fixtures, equipment, documentation, MES configurations, and process improvements to enhance safety, quality, delivery, and cost. Leads equipment qualification and process validation, performs root-cause analysis, supports corrective and preventive actions, and collaborates with manufacturing, quality, supply chain, and cross-functional project teams to implement continuous improvements and manufacturing excellence initiatives.

Supports motor and resolver production lines, outsourced vendors, and domestic and international manufacturing teams. Develops and improves manufacturing processes, reviews drawings and tooling, creates work instructions and labor standards, evaluates facility layouts and quotes, and conducts design-for-manufacturability reviews. Prepares operational reports, supports supplier technical exchanges, reviews new-order quotations, follows ITAR and other regulatory requirements, and contributes to continuous improvement and cross-training.

Own end-to-end manufacturing processes for pulser module assembly, including work instructions, tooling, fixturing, production documentation, and acceptance. Lead technicians, resolve non-conformances through root cause analysis, partner with design engineering on DFM improvements, track production metrics, manage build schedules, and support scale-up from prototype to higher-volume production. The role requires hands-on experience with complex electromechanical hardware, machining, quality systems, engineering drawings, and fast-paced startup manufacturing.

Provides hands-on manufacturing engineering support, troubleshoots equipment and process issues, improves OEE, reduces scrap, leads corrective actions, validates processes, manages tooling and documentation, supports product introduction and automation, analyzes manufacturing data, and partners cross-functionally on quality, safety, cost, delivery, and continuous improvement.

Develops and improves epitaxy manufacturing processes in a high-volume 300mm semiconductor fab. Responsibilities include supporting equipment installation and manufacturing ramps, improving yield, efficiency, quality, and cycle time, executing process experiments and startup activities, performing lot and equipment dispositions, analyzing process and equipment issues, and collaborating across teams to resolve production priorities.

Supports manufacturing of healthcare products by troubleshooting product and process issues, leading cross-functional improvement initiatives, monitoring process capabilities, applying GMP validation and corrective-action procedures, supporting investigations, and assisting daily manufacturing operations. The role also involves statistical analysis, technical documentation, risk management, and equipment troubleshooting in a regulated environment.

Develops and improves manufacturing processes, plant layouts, equipment, and production methods in a high-volume automotive environment. Supports new product introductions, engineering changes, PFMEAs, equipment readiness, packaging, corrective actions, cost management, safety, ergonomics, and production-floor problem solving. Ensures compliance with IATF 16949, ISO 14001, and MIOSHA requirements while collaborating with suppliers, internal departments, and employees.

Lead manufacturing engineering for complex electromechanical medical-device assemblies, including contract-manufacturer relationships, manufacturing transfers, DFM/DFA, tooling, documentation, pilot builds, process validation, production readiness, and ramp activities. Drive improvements in quality, yield, delivery, capacity, cycle time, and cost while coordinating with R&D, Operations, Supply Chain, Quality, and external partners. The role is onsite in San Mateo and requires domestic and international supplier travel.

Build and own an internal manufacturing data platform, including a web portal, REST API, databases, automated pipelines, dashboards, data validation, traceability, cost and inventory tools, and reporting. Collaborate with engineering, test, operations, and supply-chain teams across sites; administer access, security, backups, and documentation; train users and drive adoption.

Supports manufacturing engineers in improving high-mix assembly processes at a commercial door lock facility. Responsibilities include productivity projects, process documentation, fixture and component design, equipment troubleshooting, capital equipment installation, and safety and quality improvements. The intern applies engineering principles, data analysis, problem-solving, and teamwork in a hands-on manufacturing environment.

Supports design, operation, troubleshooting, optimization, and regulatory control of manufacturing processes and equipment at a monoclonal antibody facility. Provides on-floor technical support, leads root-cause analysis and CAPA activities, analyzes process performance, and supports capital projects through design, commissioning, qualification, and validation. Develops technical documentation, participates in safety reviews, manages process changes, and ensures compliance with cGMP and applicable veterinary biologics regulations.

Develop and optimize manufacturing processes, support production lines, lead continuous improvement (Lean/Six Sigma), manage equipment and tooling, enable new product introductions, maintain documentation, analyze production data, and support quality and safety compliance to improve efficiency and product quality.