About the Role
Join our 12-inch wafer fabrication facility as a Process Integration Engineer Intern and gain exposure to how individual semiconductor processes work together to build high-performance devices. You will work with experienced engineers across different process modules to analyze device and process data, troubleshoot integration issues, and support process and yield improvement projects.
Key Responsibilities
- Support Process Integration Engineers in monitoring overall process and device performance across multiple process modules.
- Analyze wafer, process, and electrical test data to identify trends, abnormalities, and improvement opportunities.
- Assist in troubleshooting process integration issues and conducting root-cause analysis.
- Support engineering experiments, process development, and optimization activities.
- Participate in yield improvement and defect reduction projects.
- Collaborate with Process, Equipment, Device, Yield, and Manufacturing Engineering teams to resolve integration issues.
- Assist in evaluating process changes and their impact on device performance and manufacturability.
- Support data analysis, engineering reports, presentations, and technical documentation.
- Follow fab safety, quality, and operational procedures in a cleanroom environment.
Requirements
- Pursuing a Bachelor's degree in Electrical, Electronics, Chemical, Materials, Mechanical, Mechatronics, Semiconductor Engineering, or a related discipline.
- Strong interest in semiconductor devices, manufacturing, and process integration.
- Good analytical and problem-solving skills with attention to detail.
- Comfortable working with technical data and interpreting experimental results.
- Good communication and teamwork skills.
- Willing to work in a cleanroom and fast-paced manufacturing environment.
- Knowledge of semiconductor fundamentals, statistics, data analysis, or programming is an advantage.
What You Will Gain
- Hands-on exposure to 12-inch wafer fabrication and semiconductor process integration.
- Understanding of how multiple process modules interact to form semiconductor devices.
- Practical experience in process optimization, yield improvement, and integration troubleshooting.
- Exposure to wafer-level and electrical test data analysis.
- Experience working on cross-functional engineering projects in a high-tech manufacturing environment.