Top Manufacturing Engineer Jobs

The Manufacturing Engineer is responsible for improving production processes and supporting equipment for Sun server products, coordinating projects, and conducting capacity analyses.

The Manufacturing Engineer works on surface mount technology processes, ensuring production quality, developing processes, and leading a team of operators.

The Manufacturing Engineer will develop and optimize manufacturing processes for electrolyzer systems, ensuring quality, cost effectiveness, and production throughput. Responsibilities include process documentation, prototype support, and collaboration with design and supply chain teams.

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

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

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

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.

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.

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

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.

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

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

The Manufacturing Engineer I drives process improvements, supports engineering projects, manages schedules, and collaborates with teams to enhance performance and compliance with standards.

The Manufacturing Engineer III will enhance productivity by implementing lean processes, developing manufacturing processes, managing new product launches, and interfacing with suppliers. A strong focus on reducing scrap and improving control is required, alongside experience in precision machining and quality management systems.

The Sr Manufacturing Engineer is responsible for the design, development, and testing of mechanical/electrical systems, conducting feasibility studies, and collaborating with manufacturing teams to solve problems while maintaining production metrics.

The Manufacturing Engineer will develop and optimize processes for advanced propulsion systems, ensuring quality production aligned with aerospace standards, and collaborate with cross-functional teams.

The Manufacturing Engineer III will oversee tooling processes, manage engineering changes, optimize stamping operations, and ensure compliance with quality and safety standards. Responsibilities include die design, process management, layout optimization, and continuous improvement initiatives in a manufacturing setting.

The Manufacturing Engineer designs and improves manufacturing processes, collaborates with teams on new products, troubleshoots production issues, and ensures quality and safety compliance.

Lead and improve manufacturing processes, ensuring efficient production through technical leadership, problem-solving, and cross-functional collaboration within the team while mentoring junior engineers.

As a Manufacturing Engineer at Magna, you'll manage project resources, ensure compliance with safety regulations, and utilize lean manufacturing principles to improve production efficiency.

The Manufacturing Engineer will improve operational efficiency, oversee Mold Shop personnel, develop process technology, and manage capital improvement projects.

The Manufacturing Engineer III executes project management tasks to improve manufacturing processes, manages project timelines, utilizes SAP for process data, and collaborates with teams to enhance work efficiency and layout.

The Manufacturing Engineer develops and maintains manufacturing processes, supports new product development, analyzes data for improvements, and implements solutions to enhance efficiency and quality.

Lead industrial manufacturing projects focusing on metals and magnets. Responsibilities include optimizing manufacturing processes, implementing lean principles, and supporting equipment procurement.

The Manufacturing Engineer will optimize manufacturing processes, enhance equipment performance, support complex engineering projects, and ensure quality and efficiency in production operations.