The Hardware Qualification and Development Support Team Engineer supports hardware testing and qualification, troubleshooting, and process improvement for semiconductor equipment.

As a Manufacturing CIM Engineer, you'll develop methods and processes for fabrication, improve product quality, and drive operational excellence using data analytics and automation.

Oversee quality management system activities, conduct audits, resolve quality issues, integrate quality practices, and implement continuous improvement initiatives in the semiconductor industry.

As a Fab Production Control Engineer, you'll be responsible for managing customer orders, inventory, coordinating with manufacturing and engineering, and analyzing production data to improve productivity and quality.

The Industrial Engineering and Supply Chain Manager oversees process improvement, production planning, capacity analysis, and logistics to ensure efficient manufacturing and supply chain operations.

The Manufacturing Engineer develops and maintains fabrication processes, coordinates product improvements, estimates costs, and evaluates operational data for quality enhancement.

The Quality Control Engineer ensures products meet design requirements, oversees manufacturing processes, maintains QC plans, analyzes quality data, leads defect analysis, and conducts inspections.

Develop and maintain methods and processes for fabrication of parts, ensuring operational excellence through continuous improvement, collaboration with teams, and adherence to safety and quality standards.

The role involves managing schedules and driving deliverables for semiconductor manufacturing, ensuring alignment across teams and supporting technology transfers to production.

Looking for a hands-on Process Engineer to support semiconductor manufacturing line setup and ramp, collaborating across teams to ensure smooth technology transfer and production ramp-up.

The Process Engineer will design and analyze process engineering experiments, troubleshoot issues, document reports, and engage with customers.

The role involves integrating robots and IoT technologies in warehouse operations, focusing on RFID and automation solutions, while managing real-time tracking and issue resolution.

Responsible for developing and maintaining fabrication processes, improving productivity, collaborating with teams, and leading continuous improvement projects to ensure operational success.

The Manufacturing Engineer develops, maintains, and optimizes methods and processes for fabricating components while collaborating with other engineering functions. Responsibilities include cost estimation, quality improvement, and root cause analysis for manufacturing challenges.

The Manufacturing Quality Engineer monitors material trends, investigates discrepancies, implements improvements, trains personnel, and collaborates with Supplier Quality Engineers to enhance quality processes.

As a Build Manufacturing Engineer, you'll develop processes for fabricating components, coordinate product improvements, analyze costs, and implement test procedures to drive operational excellence.

The Demand Project Manager coordinates project activities, updates performance metrics, prepares reports, tracks resource progress, and communicates with stakeholders to meet project objectives.

The Manager of Operations Management oversees production metrics, resource utilization, and improvement projects in a semiconductor manufacturing environment, while providing leadership and mentoring to staff.

The Process Support Engineer guides products through their lifecycle, providing customer support, optimizing tool performance, and resolving complex technical issues in semiconductor manufacturing.

As a Process Engineer, you will design and optimize semiconductor manufacturing processes, analyze data, troubleshoot issues, and generate technical documentation while collaborating with R&D teams and customers.