Top Manufacturing Engineer Jobs

The Manufacturing Engineer will design tooling, improve manufacturing processes, and enhance efficiency for composite parts production.

Design and define manufacturing processes, create work instructions and BOMs, apply advanced GD&T, use precision measuring instruments, troubleshoot production issues, support quality planning (PFMEA, control plans), and collaborate with production to ensure AS9100-compliant manufacturing.

Responsible for developing and scaling high-volume manufacturing processes for power electronics. Lead automation, chemical handling, and assembly processes while collaborating with design teams and suppliers.

Lead and optimize production processes for an assigned value stream using PLM, SPC, PFMEA and root cause analysis. Own projects from definition through sustainment, develop CAPEX/business cases, ensure ISO 9000 compliance, mentor junior engineers, and report KPI outcomes to plant leadership.

Develop and industrialize manufacturing processes for new medical devices, lead equipment selection, automation, process characterization and validation, drive DFx and KPI improvements, and solve complex, regulated-environment production issues.

The Manufacturing Engineer will support new product industrialization, collaborate with cross-functional teams, develop manufacturing processes, and enhance techniques for aerospace systems.

The Manufacturing Engineer will support the design and ramp-up of factory lines, collaborating on technical drawings, production workflows, and automation planning.

Develop and improve manufacturing processes, troubleshoot issues, coordinate launches, and mentor staff while ensuring quality standards and efficiency.

This role involves overseeing PCB assembly and wire harness manufacturing, implementing processes, troubleshooting, conducting quality control, and managing product introduction for electronics manufacturing.

Lead manufacturing engineering across production value streams and projects. Drive process improvements, waste reduction, validations, RCA, production launches, tooling/equipment selection, and training while supporting quality systems and DFMA collaboration with design teams.

The Mechanical Engineer will design mechanical and robotic solutions, manage projects, analyze designs, and lead a technical team while ensuring project delivery on time and within budget.

The Manufacturing Engineer develops and improves production tools, supports engineering for manufacturing processes, manages documentation, and enhances production efficiency in ophthalmic device manufacturing.

The Lead Manufacturing Engineer oversees aerospace component production, ensures manufacturability, and collaborates with cross-functional teams to manage schedules and quality.

The Lead Manufacturing Engineer supports the advanced manufacturing processes for aerospace components, driving design for manufacturability, managing schedules, and collaborating with supply chain and design engineering.

The Manufacturing Test Engineer will develop automated test procedures, perform root cause analysis, and ensure product quality in a fast-paced environment, collaborating closely with electro-mechanical technicians and engineering staff.

The Lead Manufacturing Test Engineer will manage the manufacturing process, develop tooling solutions, write documentation, and work with technicians on hardware development. Responsibilities include collaborating with contract manufacturers and suppliers, ensuring quality, and leading projects in a fast-paced environment.

As a Manufacturing/Process Engineer, you'll improve processes using statistical process control, lead production workers, manage suppliers, and support assembly operations.

Develop software for Sentry Tower systems, create automated test suites, and user-friendly interfaces while ensuring integration and quality assurance in collaboration with hardware teams.

Lead manufacturing support for new product introductions: manage supplier selection/qualification, process development and qualification, part releases and BOMs, develop work instructions, and represent Operations on NPI teams while driving design changes, problem-solving, and on-time, on-cost project delivery.

The Manufacturing Engineer will support stator assemblies, enhance production processes, design tools, analyze discrepancies, and collaborate with teams.

The Manufacturing Engineer will develop and maintain manufacturing methods, interface with design engineering, evaluate product designs, estimate costs, and report to the Manufacturing Engineer Manager.

Oversee and optimize manufacturing operations, enhance safety, quality, and cost. Lead technical training and improve processes while troubleshooting and managing change.

The Lead Manufacturing Engineer coordinates multi-functional teams for hardware delivery, resolves technical issues with suppliers, and drives producibility improvements.

The Senior Electrical Manufacturing Engineer will manage the electrical aspects of manufacturing, ensuring high-quality hardware assembly and leading operations in a cross-functional role.

The Senior Manufacturing Engineer will lead engineering processes in manufacturing, focusing on quality improvement, safety, and collaboration with cross-functional teams, while implementing Lean manufacturing principles.