Fundamentals of Semiconductor Device Physics and Process Integration
About This Course
This course provides an introduction to semiconductor device physics and the fundamentals of device fabrication. Participants will learn the essential concepts of semiconductor processes, from the basics of device physics to advanced manufacturing process flows, including layout and design rules. The course covers the foundational knowledge needed to understand the relationship between device physics and fabrication processes.
The second part of the course focuses on process integration challenges and their impact on yield, performance, and reliability. Participants will explore key issues in device performance and reliability and learn how to determine appropriate follow-up actions for process integration problems. This course is ideal for individuals looking to enhance their expertise in semiconductor manufacturing and process optimization.
What You'll Learn
LO1: Identify semiconductor manufacturing process flows based on device physics.
LO2: Determine follow up actions for process integration issues and performance.
Course Outline:
Topic 1 Fundamentals of Device Physics and Device Fabrication
• Introduction to semiconductor device physics
• Introduction to process modules
• Basic manufacturing process flows
• Layout and design rules
Topic 2: Process Integration Issues
• Process integration and yield issues
• Device performance issues
• Device reliability issues
• Follow up actions
Entry Requirements
Knowledge and Skills
• Able to operate using computer functions
• Minimum Polytechnic Diploma
• Basic programming skill, preferably Python.
Attitude
• Positive Learning Attitude
• Enthusiastic Learner
Experience
• Minimum of 1 year of working experience.