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Curriculum

 

Graduation Requirements
1. At least 24 credits for major field elective courses (excluding thesis credits); 
2. 6 thesis credits;
3. One seminar course (0 credits) per semester.

 

Course No. Course Name  Elective/ Required Credits 
  前瞻固態記憶體 Elective 1
  奈米等級微影製程 Elective 1
  3D IC製程 Elective 1
  先進微影技術 Elective 1
C227310 QUANTUM PHYSICS (1) Elective 3
C227320 QUANTUM PHYSICS (2) Elective 3
E232300 SOLID STATE PHYSICS Elective 3
E235500 QUANTUM PHYSICS Elective 3
E240900 SEMICONDUCTOR DEVICES Elective 3
E331400 INDUSTRIAL ELECTRO-CHEMISTRY Elective 3
E542000 ELECTROCHEMISTRY Elective 3
N153700 ADVANCED DYNAMICS Elective 3
E245100 ULSI TECHNOLOGY Elective 3
N250310 PHYSICS OF SEMICONDUCTOR DEVICES (1) Elective 3
N250320 PHYSICS OF SEMICONDUCTOR DEVICES (2) Elective 3
N265600 SOLID THERMODYNAMICS Elective 3
N26B700 PHYSICS OF NANO SCALED MATERIALS AND DEVICES Elective 3
N370900 ANALYTICAL ELECTROCHEMISTRY Elective 3
N557300 SOLID THERMODYNAMICS Elective 3
N557400 ADVANCED CHARACTERIZATION OF MATERIALS Elective 3
N961200 TAGUCHI METHODS FOR QUALITY DESIGN Elective 3
Q151000 NANOMETER DEVICES AND TECHNOLOGIES FOR SEMICONDUCTORS Elective 3
Q151700 ULSI DEVICES PHYSICS Elective 3
Q152200 NANO-NODE SEMICONDUCTOR INTRODUCTION Elective 3
Q152600 PHYSICS OF SEMICONDUCTOR DEVICES Elective 3
Q153010 SEMICONDUCTOR & ADVANCE NANOTECHNOLOGY PROCESS INTRODUCTION(1) Elective 3
Q153020 SEMICONDUCTOR & ADVANCE NANOTECHNOLOGY PROCESS INTRODUCTION(2) Elective 3
Q160400 SEMICONDUCTOR PROCESSES Elective 3
N257800 ELECTRONIC MATERIALS ENGINEERING Elective 3
R359300 INTELLECTUAL PROPERTY RIGHTS Elective 3
L788000 ADVANCED LITHOGRAPHY TECHNOLOGY Elective 3