Top Manufacturing Engineer Jobs

The Manufacturing Engineer will design, develop, and implement process improvements for metal surface finishing systems, collaborating with various teams to enhance manufacturing efficiency and maintain compliance with regulations.

Design, troubleshoot, and improve manufacturing fixtures, tooling, and processes. Lead continuous improvement, develop standardized work, perform root cause analysis, support new product commercialization, justify capital equipment, and drive safety, quality, delivery, and cost improvements.

The Senior Manufacturing Engineer manages manufacturing processes, leads automation projects, optimizes systems, mentors junior staff, and drives digital transformation initiatives.

The Manufacturing Engineer at Ichor Systems will improve processes, troubleshoot issues, and collaborate with teams to enhance production efficiency and product quality.

Develop and improve cost-effective manufacturing processes, tooling, and equipment to meet product specs and quality standards. Support production launches, analyze process and equipment deficiencies, implement continuous improvements, provide technical support, and occasionally train or assign work to small teams. On-site presence required.

Support manufacturability of mechanical subassemblies by developing and optimizing manufacturing processes, creating assembly procedures and work instructions, performing root cause analysis and corrective actions, partnering with quality for control processes, and driving continuous improvement to reduce waste and improve product quality.

Improve manufacturing processes and equipment efficiency using Lean and continuous improvement methods. Lead CI and capital projects, create work instructions and SOPs, support new product introductions, monitor KPIs/OEE, collaborate with cross-functional teams to reduce defects and waste, and maintain safety and quality compliance.

Responsible for supporting current manufacturing and improving processes. Develops solutions for production problems and implements new processes and tooling. Manages equipment setup and production controls, and coordinates product development activities.

The Manufacturing Engineer II supports manufacturing processes, develops solutions for production problems, coordinates new product development, and manages capital equipment planning and procurement.

Provides hands-on technical and operational support for manufacturing operations. Improves processes, equipment performance, quality, safety, cost, and production planning; supports new product introduction, documentation, problem solving, supplier coordination, and continuous improvement. Collaborates with engineering, production, quality, supply chain, maintenance, and suppliers to implement sustainable manufacturing solutions and lead related projects.

Conversion role for interns to a full-time Manufacturing Engineer. Requires a BS in mechanical/aerospace/astronautical engineering, strong communication, self-driven problem solving, and ability to work independently and on rapid development teams. Provides centralized manufacturing engineering support across business units.

Develops, implements, and maintains manufacturing test systems, equipment, procedures, and work instructions for electronic products. Resolves test-yield issues through root-cause analysis and corrective actions, supports product transfers, and collaborates with customers and engineering teams. Trains test personnel, analyzes test data, qualifies testers, coordinates calibration and preventive maintenance, improves equipment utilization, and manages spare parts. Requires electronics expertise, programming proficiency, product-level debugging, circuit knowledge, and familiarity with manufacturing test protocols.

Design, implement, and optimize manufacturing processes, tools, fixtures, and work cells for rotational equipment. Develop work instructions, SOPs, and preventive maintenance; monitor KPIs; apply Lean/Six Sigma methods; support NPI, automation, ISO procedures, safety initiatives, training, and cross-functional problem solving to improve quality and efficiency.

Support and improve profile-processing manufacturing processes (laser/plasma cutting, blasting, forming, CNC press, kitting). Lead equipment installations, implement automation and process improvements, optimize nesting and layouts, troubleshoot production issues, and communicate project status with cross-functional teams to improve safety, quality, efficiency, and flow.

Supports PVD deposition manufacturing in a high-volume 300mm semiconductor fab. Develops improved manufacturing processes, procedures, and methods to improve yield, efficiency, quality, and cost. Executes improvement projects, equipment and process startups, experiments, lot and equipment dispositions, and new product support. Identifies process and equipment issues, performs data analysis, and communicates findings to engineering teams to maintain production flow and reduce cycle time.

Design and build end-to-end IIoT solutions from edge data acquisition to cloud ingestion and real-time analytics. Architect secure connectivity, edge runtimes, and operational dashboards; translate ambiguous requirements into production-grade systems; perform code and design reviews, troubleshooting, and mentor junior engineers.

Design, develop, and support high-volume manufacturing processes and equipment to meet cost, quality, ergonomics, and cycle-time targets. Support production lines, select and implement automation/robotics, partner with Quality/R&D/Product teams, lead root-cause investigations, and produce SOPs and technical documentation.

Provide on-site manufacturing engineering support for serial production: troubleshoot and resolve line issues, develop tooling and fixtures, apply Lean methods, optimize layouts with AutoCAD, support NPI transitions, perform time studies, train operators, and drive continuous improvement to meet aerospace quality and production requirements.

Design, implement, and improve welding, assembly, tooling, fixtures, and material-handling processes for chassis and garbage truck production. Provide production support, create work instructions, coordinate external suppliers, and drive continuous improvement with Manufacturing, Quality, and EHS.

Design and improve manufacturing processes, tooling, and automation to meet OEE, capacity, cycle time, quality, and first-pass yield targets. Program CNC parts, qualify processes with dimensional data and PFMEAs, lead NPI and reliability improvements, train operations staff, and collaborate cross-functionally to resolve root causes and implement validated changes.

Lead development, optimization, and scaling of automated manufacturing, SLA rapid prototyping, and advanced CNC machining. Manage part transfers, automation strategy, tooling/fixture design, process validation (FAI/capability), PFMEA/DFM, root-cause analysis, and Lean/Six Sigma continuous improvement across production. Author process documentation, present findings, and support new product introductions and legacy sustainment.

Design, build, integrate, test, and maintain custom mechatronic systems for precision optics manufacturing. Responsibilities include mechanical mechanisms, motion systems, robotics, automation, CAD, BOMs, vendor coordination, electrical and software integration, controls development, troubleshooting, validation, and continuous improvement. The engineer collaborates across manufacturing, quality, supply chain, product development, and engineering teams while supporting equipment performance, product quality, yield, and throughput.

Design, develop, and optimize assembly manufacturing processes, tools, and fixtures. Drive continuous improvement (Lean, Six Sigma), perform failure investigation and root-cause analysis, create work instructions and FMEAs, support quality/audits, train operators, and collaborate with design, quality, suppliers, and production to ensure product conformance and productivity targets.

Develops, tests, and improves manufacturing processes, equipment, tooling, workflows, layouts, and quality standards. Analyzes production, labor, and material costs; prepares process reports; supports equipment maintenance; ensures regulatory compliance; maintains process data; and trains technicians. Leads 6S, lean manufacturing, and continuous improvement initiatives while collaborating with vendors, operators, and production teams.

Supports manufacturing digitalization and system integration across MES, ERP, automation, quality, and BI platforms. Develops SQL and Python integrations, ETL processes, APIs, dashboards, automated reporting, and data governance. Translates shop-floor requirements into technical solutions, supports testing and commissioning, maintains system documentation, advances paperless and Industry 4.0 initiatives, and trains users on digital tools.