Introduction to Academic Affairs

Master’s Course

Credits to complete for graduation28 credits (Course credits: 18 credits, Research credits: 10 credits)
Commonly required coursesCompletion of seminars for at least 2 semesters
Required major courses2 courses (Field Experience based Semiconductor Process, Semiconductor Processing and Device Lab)
Requirement for graduationAt least one conference presentation or a paper accepted for publication in an SCI or SCI-E journal as the first author is required

Doctor’s Course

Credits to complete for graduation60 credits (Course credits: 12 credits, Research credits; 48 credits)
Commonly required coursesCompletion of seminars for at least 2 semesters
Required major courses2 courses (Field Experience based Semiconductor Process, Semiconductor Processing and Device Lab)
Requirement for graduationAt least one paper accepted for publication in an SCI or SCI-E journal as the first author

Integrated Course for Master and Ph.D

Training of key personnel in semiconductor industry through customized curriculum in the Master’s and Doctor’s course
Credits to complete for graduation60 credits (Course credits: 24 credits, Research credits; 36 credits)
Commonly required coursesCompletion of seminars for at least 2 semesters
Required major courses2 courses (Field Experience based Semiconductor Process, Semiconductor Processing and Device Lab)
Requirement for graduationAt least one paper accepted for publication in an SCI or SCI-E journal as the first author

Integrated Program for Master & Ph.D

Core I : Field Experience based
Semiconductor Process
Theoretical understanding of 8 hands-on
work process of semiconductors
Core II : Experiment/practical
exercise of semiconductor device
Actual understanding of semiconductor process through experiments and practical exercise

General industry scholarship students
Getting a degree while industry/
research institure workers are employed
Getting Master’s DegreeKey manpower employed by large companies and R&D in semiconductors
Entrance to Ph.D program
General industry scholarship studentsReceipt of Master’s Degree
To be grown as the key personnel in R&D after retraining

In-depth education of
semiconductors/display/analysis,
guidance on dissertation
Support of infrastructure for process,
examination and analysis for demonstration
and test of materials/device
In-depth research guidence
Development of the source
technology for future
semiconductors(securing IP)
Industry – Linked program
Joint project via organic linkage
with demand companies

Receipt of Ph.DTraining of leaders specializing in future seminconductor industry

Materials		Device/Process		Analysis
Semiconductors	Display	Semiconductors	Display	–
Semiconductor Materials Properties Nano Semiconductor Materials Nanoscale Electronic Materials Materials for magentic memeory devices Intelligent electronic materials	Electronic display materials Special Topics in Polymer Advanced Optical Materials and Devices Nanomaterials for QLED	Memory and Neuromorphic Device Semiconductor Device Physics Nano Semiconductor Devices Special Topics on Lithography Thin Film Technology Interface Physics of Electronic Devices Introduction to Spintronics	Organic Optoelectric Materials and Devices Wearable Displays	Analytical Instrument for Semiconductor Materials (Theory) Analysis Instrument for Semiconductor Materials (Practice) Synchrotron Radiation Science and Technology: semiconductor material sector Advanced spectrometry Advanced Mass Spectrometry Surface analysis of semiconductors