Undergraduate Major Program

• Semiconductor Engineering Future
• Medicine Future
• Cognitive Convergence Science
• Future Society Design

Introduction

The semiconductor industry is a key foundation for the 4th Industrial Revolution era and is essential for modern cutting-edge technologies such as artificial intelligence, autonomous driving, and IoT. The current education system is unable to quickly reflect industry demands, resulting in an imbalance between industry needs and talent. The Future Semiconductor Engineering program aims to overcome the limitations of existing department-based education and cultivate convergent semiconductor talent by breaking down boundaries between disciplines.

Related Majors

• Electronic Engineering, Materials Science and Engineering, Mechanical Engineering, Physics, etc.

Curriculum

• 2nd Year (Core Convergence Education): Complete basic education on detailed areas of semiconductors (materials, devices, processes, circuits, mechanics)
• 3rd Year (Specialized Convergence Education): Complete convergence education between specialized semiconductor fields (interdisciplinary convergence courses, problem-solving education, experiment and practice-oriented)
• 4th Year (Integrated Curriculum): Complete courses and projects linked to graduate school admission in semiconductor-related fields and various occupations (minimum of 2 fields)