Curriculum Features

Course

Course

Curriculum Features

Graduation Requirements (Downloads):

Course Search and Course Registration Forms:

Credit Conversion:

General Education-to-Elective Credit Conversion Application Form

Certificate of Enrollment:

NYCU Portal →Student Records and Grades System

Solid-State Electronics Division

Integrated Knowledge Across the Semiconductor Field

A total of 130 credits is required for graduation:

24 credits of university-wide common courses: see NYCU’s General Regulations for Common Courses
71 credits of required major courses: see the list of required courses for the Solid-State Electronics Division.
18 credits of major electives: see the list of major elective courses for the Solid-State Electronics Division.
15 credits of non-general-education professional electives: students may take advanced professional courses according to
their interests. Courses must be in science or engineering, and only one programming-language course may be counted.
2 credits of free electives
Students must also pass the Academic Ethics Education Course and the Online Gender Equality Education Course.

IC Fabrication

Device Innovation

Chip Design

Quantum Physics

Nanoscience Division

Interdisciplinary Learning for Professional Expertise: Advantages in Information Integration and Career Transitions
Rather than focusing on a single field, interdisciplinary learning offers an informational advantage and allows students to integrate
knowledge across related disciplines.

A total of 130 credits is required for graduation:

24 credits of university-wide common courses: see NYCU’s General Regulations for Common Courses
71 credits of required major courses: foundational core courses from four colleges: the College of Electrical and Computer Engineering, the College of Engineering, the College of Science, and the College of Biological Science and Technology.
18 credits of major electives: students choose two of four specialization areas (Nanoelectronics, Nano-optoelectronics,Nanomaterials, and Nanobiotechnology) according to their interests and complete a dual specialization.
15 credits of non-general-education professional electives: students may take advanced professional courses in various fields according to their interests. Courses must be in science or engineering, and only one programming-language course may be counted.
2 credits of free electives
Students must also pass the Academic Ethics Education Course and the Online Gender Equality Education Course.