Top Manufacturing Engineer Jobs

The Manufacturing Engineer Intern will design molds and tools, assist with production cost strategies, and engage in hands-on production problem solving.

The Senior Manufacturing Engineer develops cost-effective assembly processes, recommends production improvements, and coordinates manufacturing launches, ensuring quality and efficiency standards are met.

The Manufacturing Engineer will oversee gear generation processes, focusing on efficiency, developing tooling systems, and providing technical support.

Lead development and implementation of manufacturing processes for new product introductions and continuous improvement. Ensure product quality, manufacturability, and cost-effectiveness via tooling, fixturing, process design, validation, and documentation. Collaborate cross-functionally to standardize processes and drive Lean/Six Sigma improvements across global sites.

Lead process-improvement and validation projects for manufacturing, ensuring cGMP compliance. Design, install, qualify equipment, run DOE and statistical analysis, and drive cross-functional problem solving (PFMEA, Kaizen, VSM).

The Manufacturing Engineer II will lead improvements in manufacturing systems, driving efficiency, managing projects, implementing Lean practices, and enhancing safety and productivity.

The Electrical Manufacturing Engineer optimizes automated equipment and processes, leads reliability projects, provides technical support, and improves manufacturing operations.

The Mechanical Manufacturing Engineer is responsible for process development, troubleshooting product lines, conducting data analysis, and managing continuous improvement projects.

Lead the design and launch of Powertrain Assembly Systems, ensuring quality, timing, and cost deliverables for global programs, while collaborating with cross-functional teams.

As a Manufacturing Engineer, you will design conveyor systems, perform feasibility studies, optimize processes, and ensure compliance with safety standards in final assembly.

The Manufacturing Engineer supports the development of Crankshafts and Gears manufacturing systems, leading equipment installation and resolving engineering issues while ensuring quality and efficiency.

Develop manufacturing strategy, drive intelligence methodologies, update procedures, and evaluate new model designs while collaborating across teams to support product development and launch processes.

As a Manufacturing Engineer I, you will support manufacturing processes, collaborate with teams, and lead engineering projects in a regulated environment.

This role involves developing manufacturing processes, managing schedules, improving designs for manufacturability, and ensuring quality standards in space vehicle production.

Lead development, validation, and scale-up of manufacturing processes for a surgical device; drive continuous improvement and manufacturability, lead cross-functional scale-up projects, act as technical authority, and mentor junior engineers to improve quality, throughput, and cost.

The Manufacturing Engineer will establish cost-effective production methods, manage technical reports, conduct labor studies, and collaborate with other engineering teams while focusing on safety, quality, and efficiency.

The job involves engineering responsibilities in a manufacturing setting, focusing on process improvement and efficiency while adhering to safety regulations.

The Manufacturing Engineer will evaluate and develop processes for manufacturing transparency products, provide technical support, and collaborate with design teams to improve performance and quality.

Provide on-site process support for electronics production with emphasis on conformal coating and downstream assembly. Define and document NPI processes, ensure IPC/ISO quality compliance, troubleshoot quality issues, coordinate cross-functional project activities, and train production personnel.

As a Manufacturing Engineer, you will design, implement, and enhance assembly processes for Alia manufacturing, ensuring high safety, quality, and efficiency in aerospace production.

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.