About the role
AI summarisedProcess Integration Module Engineer at Micron Technology, a semiconductor company, responsible for coordinating improvements in yield, quality, and output for DRAM/NAND process and production line. Collaborates with cross-functional teams to design experiments and establish best-known methods.
IDMFull-timeFront End
Key Responsibilities
- Collaborate with multi-functional network teams from PIE, Process & Equipment Engineering, WLR, TD to improve product yields and reliability within your assigned process loop.
- May require travel to global Micron sites to foster collaboration and drive execution.
- Communicate module related issues to the Fab engineering and leadership teams.
- Design, execute, and analyze experiments to improve fab process, yield, and quality.
- Collect and interpret complex data to optimize Fab processes and increase yields.
- Engage and/or lead cross-area engineering teams to tackle process issues.
- Work closely with global partners to stay ahead of on module related topics and process alignment projects.
- Collaborate with other PI module owners and sister fabs to drive business process alignment.
- Partner with IE, Process and Equipment Engineering and Production to better forecast and balance yield, output and process issues.
- Promote network synergy through improved benchmarking and standardisation of known engineering best-known methods (BKMs), business process.
Requirements
- Bachelor's or advanced degree in Materials Engineering, Electrical & Electronics Engineering, Chemical Engineering, Mechanical Engineering, Biomedical Engineering, or a related field.
- Strong analytical, logical, and critical thinking skills.
- Effective communicator, able to collaborate across all levels.
- Growth mindset with a passion for continuous learning.
- Internship or experience in the semiconductor industry is a plus.
- Demonstrated leadership and a track record of impact are highly desirable.
- Interest in and knowledge of the semiconductor industry and Micron is preferred.
