Designing, executing, and analyzing experiments to develop advanced BEOL etch processes to meet technology (e.g. performance, yield, and reliability) and manufacturing (e.g. process stability, cost of ownership) targets.
Will work closely with internal GLOBALFOUNDRIES technology and yield teams as well as our facility in Dresden, Germany. Will develop effective strategy & methodology to improve the defect data analysis & reporting. Will develop and setup new reports within the existing system infrastructure.
Design, execute, and analyze experiments to screen and optimize module unit process and equipment to meet technology (e.g., performance, yield, and reliability) and manufacturing (e.g., process stability, cost of ownership) target.
Engage with tool and photochemical suppliers to highlight new lithography process requirements and evaluate new equipment and photochemical solutions. Define and maintain lithography process and equipment roadmaps.
In this role, you will develop and implement new defect management systems and reports to improve inline defect inspection control and accelerate yield learning for the development of 14nm and beyond technologies.
The Senior Process Engineer II is responsible for the design and implementation of manufacturing processes, instrumentation and equipment for clinical and commercial manufacturing. This individual provides expertise in engineering, design and process scale-up.
In this role, you will develop and optimize illumination conditions and photochemical processes to enable the Litho Owner's respective masking levels for 7nm technologies and beyond, as well as link with other process engineering and integration groups.
Manufacturing practices in the department to improve productivity and cost effectiveness. Establish and execute specific department plans and strategies to support the fab to achieve manufacturing KPIs. These include cycle time, line yield, OEE (overall equipment efficiency), etc.
Facilitates cross-functional team of manufacturing, development and other MSAT functions in identification of risks and opportunities for process improvements for next generation process in one of the process science areas.
Perform statistical analysis of process variables and rejection rates, interprets data and leads resulting process and product improvement projects. Creates, implements, and oversees vital quality and process control procedures.
The Senior Process Control Engineer will have the responsibility for engineering and design of industrial process control systems, including overseeing installation, assisting with commissioning, and start-up of new process control components or systems.
Design, execute, and analyze experiments to screen and optimize lithography processes and equipment to meet technology (e.g., performance, yield, and reliability) and manufacturing (e.g., process stability, cost of ownership) targets.