| Research Guidance |
KKS500 |
RESEARCH GUIDANCE
|
2 |
I |
| KKS600 |
TUTORIAL RESEARCH AFTER COMPLETION OF COURSE WORK
|
|
I |
| Foundation Common Essential |
KKS501 |
INTRODUCTION TO CONVERGING SCIENCE AND TECHNOLOGY
|
3 |
I |
| KKS517 |
RESEARCH SEMINAR FOR MASTER COURSE
|
3 |
Ⅰ |
| KKS518 |
RESEARCH SEMINAR FOR DOCTOR COURSE
|
3 |
Ⅰ |
| KKS519~24 |
COLLOQUIUM ON CONVERGING SCIENCE & TECHNOLOGY AND COOPERATION WITH INDUSTRY I~VI
|
1 |
Ⅰ |
| Foundation Common Selective |
KKS551 |
INTRODUCTION TO NANOBIOTECHNOLOGY
|
3 |
Ⅲ |
| KKS552 |
INTRODUCTION TO COGNITIVE SCIENCE
|
3 |
Ⅲ |
| KKS553 |
NANO-MATERIALS SCIENCE
|
3 |
Ⅲ |
| KKS554 |
ENERGY CONVERSION MATERIALS
|
3 |
Ⅲ |
| KKS556 |
INTRODUCTION TO MICROELECTRONIC FABRICATION
|
3 |
Ⅲ |
| KKS557 |
BASIC NANOCHEMISTRY
|
3 |
Ⅱ |
| BMS504 |
BM INTRODUCTION TO THE CLINICAL MEDICINE
|
3 |
Ⅱ |
| KKS658 |
INSTRUMENTAL ANALYSIS: BASIC PRINCIPLES AND TECHNIQUES
|
3 |
Ⅲ |
| KKS659 |
INTRODUCTION TO OPTICS
|
3 |
Ⅱ |
| KKS733 |
Introduction to Data Science
|
3 |
Ⅱ |
| Major selection |
KKS555 |
ELECTRONIC DEVICES AND CIRCUITS
|
3 |
Ⅲ |
| KKS601 |
CHEMICAL KINOMICS
|
3 |
Ⅲ |
| KKS602 |
INTRODUCTION TO DRUG DISCOVERY
|
3 |
Ⅲ |
| KKS603 |
CANCER CHEMICAL BIOLOGY
|
3 |
Ⅲ |
| KKS604 |
INTRODUCTION TO NEUROSCIENCE I
|
3 |
Ⅲ |
| KKS605 |
INTRODUCTION TO NEUROSCIENCE II
|
3 |
Ⅲ |
| KKS606 |
ION CHANNELS
|
3 |
Ⅲ |
| KKS607 |
NEUROANATOMY
|
3 |
Ⅲ |
| KKS608 |
GLIAL BIOLOGY
|
3 |
Ⅲ |
| KKS609 |
BIOMATERIALS
|
3 |
Ⅲ |
| KKS610 |
BIOMEDICAL POLYMERS
|
3 |
Ⅲ |
| KKS611 |
STEM CELL AND REGENERATIVE MEDICINE
|
3 |
Ⅲ |
| KKS612 |
DRUG DELIVERY SYSTEM
|
3 |
Ⅲ |
| KKS613 |
MOLECULAR IMAGING AND NANOMEDICINE
|
3 |
Ⅲ |
| KKS614 |
MEDICAL DEVICES
|
3 |
Ⅲ |
| KKS615 |
INTRODUCTION TO BIO-SIGNAL PROCESSING
|
3 |
Ⅲ |
| KKS616 |
BIOMICROFABRICATION / BIOMICROFLUIDICS
|
3 |
Ⅲ |
| KKS617 |
SEMINAR : SCIENCE AND TECHNOLOGY IN MEDICINE
|
3 |
Ⅲ |
| KKS618 |
SEMINAR : ARTIFICIAL ORGANS
|
3 |
Ⅲ |
| KKS619 |
MAGNETISM AND MAGNETIC MATERIALS
|
3 |
Ⅲ |
| KKS620 |
ADVNACED SPINTRONIC DEVICES I
|
3 |
Ⅲ |
| KKS621 |
MICROMAGNETICS
|
3 |
Ⅲ |
| KKS622 |
SOFT NANOCOMPOSITES
|
3 |
Ⅲ |
| KKS623 |
PHYSICAL PROPERTIES OF POLYMER MATERIALS
|
3 |
Ⅲ |
| KKS624 |
ORGANIC NANOMATERIALS
|
3 |
Ⅲ |
| KKS625 |
ELECTROCERAMICS
|
3 |
Ⅲ |
| KKS626 |
NANO ELECTRONIC PROCESSING
|
3 |
Ⅲ |
| KKS627 |
NONO ELECTRONIC DEVICES
|
3 |
Ⅲ |
| KKS628 |
ENERGY CONVERSION DEVICES
|
3 |
Ⅲ |
| KKS629 |
RESEARCH IN ENERGY HARVESTING
|
3 |
Ⅲ |
| KKS630 |
RESEARCH IN SPINTRONIC DEVICES
|
3 |
Ⅲ |
| KKS631 |
RESEARCH IN TISSUE ENGINEERING
|
3 |
Ⅲ |
| KKS632 |
RESEARCH IN ENERGY TRANSFER MATERIALS
|
3 |
Ⅲ |
| KKS633 |
RESEARCH IN FRONTIER INTERFAC
|
3 |
Ⅲ |
| KKS634 |
RESEARCH IN SPIN PHYSICS
|
3 |
Ⅲ |
| KKS635 |
RESEARCH IN SOFT ELECTRONICS MATERIALS
|
3 |
Ⅲ |
| KKS636 |
RESEARCH IN BIO-MICROTECHNOLOGY
|
3 |
Ⅲ |
| KKS637 |
RESEARCH IN PATCH CLAMPING AND IMAGING
|
3 |
Ⅲ |
| KKS638 |
RESEARCH IN BIOIMAGING
|
3 |
Ⅲ |
| KKS639 |
RESEARCH IN STRETCHABLE DEVICES
|
3 |
Ⅲ |
| KKS640 |
RESEARCH IN CANCER CHEMICAL BIOLOGY
|
3 |
Ⅲ |
| KKS641 |
RESEARCH IN MOLECULAR IMAGING
|
3 |
Ⅲ |
| KKS642 |
RESEARCH IN 2D NANODEVICES & PHYSICS
|
3 |
Ⅲ |
| KKS643 |
NANO SEMICONDUCTOR PHYSICS AND DEVICES
|
3 |
Ⅲ |
| KKS644 |
NANO-CONVERGENCE PHOTONICS
|
3 |
Ⅲ |
| KKS645 |
RESEARCH IN IMPLANTABLE BIOMEDICAL DEVICES
|
3 |
Ⅲ |
| KKS646 |
RESEARCH IN PLASMONICS AND APPLICATIONS
|
3 |
Ⅲ |
| KKS647 |
RESEARCH IN OXIDE-BASED MEMORY
|
3 |
Ⅲ |
| KKS648 |
BIO-ELECTRONIC MATERIALS AND SYSTEM
|
3 |
Ⅲ |
| KKS649 |
INNTRODUCTION TO NANOMEDICINE: FROM CONCEPT TO BIO
|
3 |
Ⅲ |
| KKS650 |
NEXT GENERATION MEMORY DEVICES AND STORAGE SYSTEMS
|
3 |
Ⅲ |
| KKS651 |
NANOPARTICLE SYNTHETIC CHEMISTRY
|
3 |
Ⅱ |
| KKS652 |
SOFT ELECTRONICS
|
3 |
Ⅲ |
| KKS653 |
RESEARCH IN ADVANCED SOLAR ENGINEERING
|
3 |
Ⅰ |
| KKS654 |
RESEARCH IN INTERMEMBRANE SIGNALING AND DYNAMICS
|
3 |
Ⅲ |
| KKS655 |
RESEARCH IN MECHANOBIOLOGY
|
3 |
Ⅲ |
| KKS656 |
RESEARCH IN NANO PHOTON-ENGINEERING
|
3 |
Ⅱ |
| KKS657 |
NANO SYNTHETIC CHEMISTRY
|
3 |
Ⅱ |
| KKS660 |
MATERIALS FOR NANOMEDICINE
|
3 |
Ⅲ |
| KKS661 |
INTRODUCTION TO CELLULAR BIOTECHNOLOGY
|
3 |
Ⅱ |
| KKS662 |
MODERN OPTICS
|
3 |
Ⅱ |
| KKS663 |
ADVANCES IN ONCOLOGY
|
3 |
Ⅱ |
| KKS664 |
CONVERGING SCIENCE FOR ENERGY AND ENVIRONMENT
|
3 |
Ⅰ |
| KKS665 |
SOFT ELECTRONICS
|
3 |
Ⅲ |
| KKS666 |
RESEARCH IN THERANOSIS
|
3 |
Ⅲ |
| KKS667 |
RESEARCH IN 3D CELL CULTURE PLATFORM
|
3 |
Ⅲ |
| KKS668 |
RESEARCH IN POLYMER NANO-COMPOSITES
|
3 |
Ⅲ |
| KKS669 |
BIOPHOTONICS
|
3 |
Ⅲ |
| KKS670 |
RESEARCH IN BIOPHOTONICS
|
3 |
Ⅲ |
| KKS671 |
RESEARCH IN OPTICAL PROPERTIES OF NANOMATERIALS
|
3 |
Ⅲ |
| KKS672 |
SELF-ASSEMBLY AND NANOSTRUCTURES
|
3 |
Ⅲ |
| KKS673 |
RESEARCH IN SELF-ASSEMBLY OF DNA AND COLLOIDS
|
3 |
Ⅱ |
| KKS674 |
NANOSTRUCTURES AND WAVES
|
3 |
Ⅲ |
| KKS675 |
RESEARCH IN SUPRAMOLECULAR NANOSTRUCTURES
|
3 |
Ⅲ |
| KKS676 |
SUPRAMOLECULAR MATERIALS
|
3 |
Ⅲ |
| KKS677 |
MOLECULAR DESIGN AND SYNTHESIS
|
3 |
Ⅱ |
| KKS678 |
RESEARCH IN PYROPOLYMER
|
3 |
Ⅰ |
| KKS679 |
ENERGY STORAGE TECHNOLOGY
|
3 |
Ⅰ |
| KKS680 |
BRAIN NEURAL ENGINEERING
|
3 |
Ⅲ |
| KKS681 |
RESEARCH IN (ALIGNMENT OF FIBROUS HYDROGEL)
|
3 |
Ⅲ |
| KKS682 |
ADVANCED CARBON MATERIALS
|
3 |
Ⅱ |
| KKS683 |
BIOSENSORS FOR MONITORING BIO-SIGNALS
|
3 |
Ⅲ |
| KKS684 |
MOLECULAR AND COMPUTATIONAL GENOMICS
|
3 |
Ⅰ |
| KKS685 |
DNA NANOTECHNOLOGY
|
3 |
Ⅰ |
| KKS686 |
RESEARCH IN (CONDUCTING POLYMERS)
|
3 |
Ⅱ |
| KKS687 |
RESEARCH IN (SEMICONDUCTOR PROCESSES)
|
3 |
Ⅲ |
| KKS688 |
CHROMATOLOGY
|
3 |
Ⅰ |
| KKS689 |
RESEARCH IN (LASER SPECTROSCOPY)
|
3 |
Ⅲ |
| KKS690 |
RESEARCH IN (DATA ANALYSIS USING AI ALGORITHMS)
|
3 |
Ⅰ |
| KKS691 |
MACHINE LEARNING ALGORITHMS FOR BIOMEDICAL APPLICATIONS
|
3 |
Ⅰ |
| KKS692 |
RESEARCH IN (SURFACE SENSITIVE ANALYTIC TECHIQUES)
|
3 |
Ⅲ |
| KKS693 |
RESEARCH IN (BIOSENSOR VIA LIPID MEMBRANE)
|
3 |
Ⅲ |
| KKS694 |
RESEARCH IN (LASER MICRO/NANO FABRICATION)
|
3 |
Ⅲ |
| KKS695 |
MATERIALS FOR SOFT ELECTRONICS
|
3 |
Ⅲ |
| KKS696 |
VACUUM AND THIN FILM TECHNOLOGY FOR SYSTEM INTEGRATION
|
3 |
Ⅲ |
| KKS697 |
BIOMOLECULE SPECTROSCOPY
|
3 |
Ⅲ |
| KKS698 |
BIOMEDICAL SIGNALS AND CLINICAL APPLICATIONS
|
3 |
Ⅲ |
| KKS699 |
TECHNIQUES FOR IMAGING AND SYSTEM CONVERGENCE
|
3 |
Ⅲ |
| KKS720 |
BIOSIGNAL IMAGING AND MICROSCOPY
|
3 |
Ⅲ |
| KKS721 |
RESEARCH IN (LAYER-BY-LAYER ASSEMBLY)
|
3 |
Ⅲ |
| KKS722 |
RESEARCH IN (NANOMATERIALS SYSTEM INTEGRATION TECHNOLOGY)
|
3 |
Ⅲ |
| KKS723 |
RESEARCH IN (ENERGY MATERIALS)
|
3 |
Ⅲ |
| KKS724 |
RESEARCH IN (NEXT GENERATION SEQUENCING)
|
3 |
Ⅰ |
| KKS725 |
DVANCED POLYMER CHEMISTRY
|
3 |
Ⅰ |
| KKS726 |
CRYSTALLOGRAPHY AND ELECTRONIC STRUCTURE FOR ENERGY STORAGE MATERIALS
|
3 |
Ⅲ |
| KKS727 |
ORGANIC/INORGANIC NANO-ASSEMBLED COMPOSITES
|
3 |
Ⅲ |
| KKS728 |
Next-generation solar cell
|
3 |
Ⅲ |
| KKS729 |
Research in Delivery systems for nucleic acid drugs
|
3 |
Ⅲ |
| KKS730 |
Research in Flexible electronic/energy devices and their system integration
|
3 |
Ⅲ |
| KKS731 |
Research in [Low-dimensional Semiconductor materials and devices (System integration technology)]
|
3 |
Ⅲ |
| KKS732 |
Gene Therapy
|
3 |
Ⅲ |
| KKS734 |
Flexible electronic and energy devices
|
3 |
Ⅲ |
| KKS735 |
Introduction to Photovoltaics
|
3 |
Ⅲ |
| KKS736 |
Emerging optoelectronic devices and system
|
3 |
Ⅲ |
| KKS737 |
AI-integrated next-generation energy engineering
|
3 |
Ⅲ |
| KKS738 |
Data-driven synthesis of nanomaterials for energy application
|
3 |
Ⅲ |
| KKS739 |
Polymer Energy Materials
|
3 |
Ⅱ |
| KKS740 |
Advanced Electrochemistry
|
3 |
Ⅱ |
| KKS741 |
Quantum Solid State Physics
|
3 |
Ⅱ |
| KKS742 |
Research in (Molecular Imaging for Precision Medic
|
3 |
Ⅲ |
| KKS743 |
Computational Modeling of Materials
|
3 |
Ⅱ |
| KKS744 |
Research in (Quantum Cryptography)
|
3 |
Ⅲ |
| KKS745 |
Introduction to Artificial Intelligence Optimization Methodologies
|
3 |
Ⅲ |
| KKS746 |
Quantum application systems
|
3 |
Ⅲ |
| KKS747 |
Quantum Cryptography
|
3 |
Ⅲ |
| KKS748 |
AI-driven Advanced Materials Design
|
3 |
Ⅲ |
| KKS749 |
healthcare device
|
3 |
Ⅲ |
| KKS750 |
Research in Personalized Diagnostics and Medicine
|
3 |
I |
| Deepening major choices |
KKS701 |
NANOTHERAGNOSIS
|
3 |
Ⅲ |
| KKS702 |
KINASE DRUG DISCOVERY
|
3 |
Ⅲ |
