Top Manufacturing Engineer Jobs

Develop, optimize, and implement scalable manufacturing processes for an implantable total artificial heart. Lead process validation (IQ/OQ/PQ/PPQ), equipment design/validation, Lean/Six Sigma improvements, CAPA investigations, documentation (BOMs, work instructions), cross-functional production support, and ensure compliance with ISO 13485, FDA, and GMP standards.

Lead manufacturing process improvements for precision optical production: analyze data, reduce cycle time and costs, design/qualify tooling and automation, apply Lean/Six Sigma and AI-enabled analytics, maintain process documentation, partner cross-functionally, drive CAPEX and continuous improvement projects, and train production staff.

The Manufacturing Engineer improves processes, supports production, maintains documentation, investigates quality issues, and implements equipment changes.

The Manufacturing Engineer is responsible for improving product quality, reducing scrap rates, optimizing processes, and supporting new product launches in automotive glass manufacturing.

The Manufacturing Engineer is responsible for improving pretreatment product quality, reducing scrap rates, and enhancing efficiency in production processes, including implementing Lean methodologies.

The Manufacturing Engineer is responsible for optimizing production processes, maintaining equipment, analyzing data for performance improvements, and collaborating with cross-department teams to enhance product quality while adhering to safety regulations.

The Manufacturing Engineer will enhance product quality, reduce waste, and improve production processes in the tempering department, collaborating with various teams.

Responsible for optimizing production processes, maintaining equipment, analyzing data, implementing projects, ensuring safety compliance, and improving product quality.

The Tooling Manufacturing Engineer will design tooling and manufacturing processes, improve efficiency, ensure quality compliance, and collaborate across teams while supporting production efforts.

Support fuselage cockpit assembly builds and transition to production by creating MBOM/BOP/work instructions, executing manufacturing trials, performing DFM and producibility analyses, identifying safety/quality risks, and supporting cross-functional manufacturing engineering tasks under general supervision.

As a CNC Manufacturing Engineer, you will improve manufacturing processes, develop cutting technologies, manage projects, and ensure compliance with quality standards in a collaborative team environment.

Responsible for product development, qualification testing, and process improvements in manufacturing. Collaborates with teams and oversees product flow, ensuring compliance with specifications and standards.

The Manufacturing Engineer assists in production efficiency through equipment setup, process validation, quality assurance, and compliance with safety regulations while following company policies.

The Senior Advanced Manufacturing Engineer will lead quality systems development, enhance manufacturing processes, and collaborate across teams to optimize safety, quality, and cost.

The Manufacturing Engineer oversees production support, integrates customer expectations, leads transitions to high-volume manufacturing, and enhances processes with automation and software collaboration.

The Manufacturing Engineer will oversee forging production, analyze designs, plan CapEx, and contribute to building automation lines and factories.

Lead strategic design and implementation of automated manufacturing equipment for EV drivetrain assembly. Manage equipment lifecycle and optimize processes for high-precision manufacturing.

Support MDA program by implementing manufacturing processes, using CAM and 3D model data to create digital work instructions, define operations, investigate corrective actions, integrate analytics, and provide manufacturability input to product design.

Lead design-for-manufacturability efforts, validate production processes, design fixtures/tools/inspection gages, mentor junior engineers, plan production workflows, coordinate materials and schedules, and solve complex fabrication and assembly problems.

Develop and qualify CNC machining processes (CAM strategy through first-part-off) for complex aerospace parts. Lead process capability studies, SPC, DOE, tooling and fixturing, capex evaluations, equipment bring-up, and DFM to drive repeatable production and cost/time reductions.

Develop and industrialize manufacturing processes from prototype to production, design tooling/fixtures, lead improvement projects, integrate advanced technologies, document work instructions, coordinate with suppliers and cross-functional teams, and ensure compliance with customer requirements.

Improve pretreatment product quality and yield, reduce scrap, optimize production workflows and layouts, support equipment installation and process validation, implement Lean/Six Sigma continuous improvement, collaborate with Quality/Maintenance/Production, monitor KPIs, and support new product launches.

Support high-volume 300mm wafer fab wet processing: drive process and procedure improvements, execute equipment/process startups and experiments, perform lot/equipment dispositions, analyze data, resolve process/equipment issues, and support manufacturing ramp and yield improvements.

Improve pretreatment product quality and reduce scrap by analyzing and optimizing manufacturing processes, implementing standard work and Lean methods, supporting equipment installation and process validation, collaborating with Quality/Maintenance/Production, monitoring KPIs, and supporting new product launches into mass production.

Lead supplier development and manufacturing excellence for electronic components and assemblies. Perform supplier capability assessments, review manufacturing processes, drive PFMEA/MSA/PPAP activities, and recommend process controls and tooling. Support NPI, DFMA/DFX, process capability analysis, and continuous improvement to meet aerospace quality standards. Travel to suppliers ~25% to resolve production challenges and implement corrective actions.