Table of Curriculum (Graduate Program) |
Course Type | Course Code | Course NO. | Course Title | Lecture:Lab.:Credit (Homework) | Semester | Remark |
Elective | CH502 | 23.502 | Quantum Chemistry I | 3:0:3(3) | Spring or Fall | ◎ |
CH503 | 23.503 | Statistical Thermodynamics I | 3:0:3(3) | " | ◎ | |
CH504 | 23.504 | Advanced Physical Chemistry | 3:0:3(3) | " | | |
CH521 | 23.521 | Advanced Organic Chemistry | 3:0:3(3) | " | | |
CH522 | 23.522 | Organic Synthesis I | 3:0:3(3) | " | ◎ | |
CH523 | 23.523 | Organic Synthesis II | 3:0:3(3) | " | | |
CH524 | 23.524 | Contemporary Organic Chemistry | 3:0:3(3) | " | ◎ | |
CH541 | 23.541 | Advanced Inorganic Chemistry | 3:0:3(3) | " | ◎ | |
CH542 | 23.542 | Organometallic Chemistry | 3:0:3(3) | " | ◎ | |
CH571 | 23.571 | Structural chemistry of soft matter | 3:0:3(3) | " | ◎ | |
CH581 | 23.581 | Advanced Biochemistry | 3:0:3(3) | " | | |
CH582 | 23.582 | Protein Chemistry | 3:0;3(3) | " | ◎ | |
CH604 | 23.604 | Quantum Chemistry II | 3:0:3(3) | " | | |
CH605 | 23.605 | Statistical Thermodynamics II | 3:0:3(3) | " | | |
CH606 | 23.606 | Chemical Reaction Dynamics | 3:0:3(3) | " | | |
CH607 | 23.607 | Surface Chemistry | 3:0:3(3) | " | | |
CH609 | 23.609 | Electrochemistry | 3:0:3(3) | " | | |
CH610 | 23.610 | Structural Biochemistry | 3:0:3(3) | " | | |
CH626 | 23.626 | Natural Products | 3:0:3(3) | " | | |
CH627 | 23.627 | Heterocyclic Chemistry | 3:0:3(3) | " | | |
CH628 | 23.628 | Organometallic Reactions | 3:0:3(3) | " | | |
CH632 | 23.632 | Stereochemistry of Organic Chemistry | 3:0:3(3) | " | | |
CH644 | 23.644 | Bioinorganic Chemistry | 3:0:3(3) | " | | |
CH645 | 23.645 | Catalysis Chemistry | 3:0:3(3) | " | | |
CH646 | 23.646 | Materials Chemistry | 3:0:3(3) | " | | |
CH661 | 23.661 | Electrocatalysis | 3:0:3(3) | " | | |
CH671 | 23.671 | Chemistry of Organic High Polymers | 3:0:3(3) | " | | |
CH672 | 23.672 | Specialty Polymer Chemistry | 3:0:3(3) | " | | |
CH673 | 23.673 | Polymer Physical Chemistry | 3:0:3(3) | " | | |
CH674 | 23.674 | Organic Electronic Materials | 3:0:3(3) | " | | |
CH675 | 23.675 | Introduction to Lithography | 3:0:3(3) | " | | |
CH683 | 23.683 | Cell Biochemistry | 3:0:3(3) | " | | |
CH711 | 23.711 | Special Topics in Physical Chemistry I | 3:0:3(3) | " | | |
CH712 | 23.712 | Special Topics in Physical Chemistry II | 3:0:3(3) | " | | |
CH713 | 23.713 | Special Topics in Physical Chemistry III | 3:0:3(3) | " | | |
CH733 | 23.733 | Special Topics in Organic Chemistry I | 3:0:3(3) | " | | |
CH734 | 23.734 | Special Topics in Organic Chemistry II | 3:0:3(3) | " | | |
CH735 | 23.735 | Special Topics in Organic Chemistry III | 3:0:3(3) | " | | |
CH746 | 23.746 | Special Topics in Inorganic Chemistry I | 3:0:3(3) | " | | |
CH747 | 23.747 | Special Topics in Inorganic Chemistry II | 3:0:3(3) | " | | |
CH773 | 23.773 | Special Topics in Polymer Chemistry I | 3:0:3(3) | " | | |
CH774 | 23.774 | Special Topics in Polymer Chemistry II | 3:0:3(3) | " | | |
CH782 | 23.782 | Special Topics in Biochemistry I | 3:0:3(3) | " | | |
CH783 | 23.783 | Special Topics in Biochemistry II | 3:0:3(3) | " | | |
CH881 | 23.881 | Advanced Special Topic in Chemistry I | 1:0:1(0) | Summer | | |
CH882 | 23.882 | Advanced Special Topic in Chemistry II | 2:0:2(0) | Summer | | |
Research | CH960 | 23.960 | Thesis / Dissertation Research (Master) | | | |
CH966 | 23.966 | Seminar (Master) | 1:0:1 | | | |
CH980 | 23.980 | Thesis / Dissertation Research (Doctoral) | | | | |
CH986 | 23.986 | Seminar (Doctoral) | 1:0:1 | | | |
CH990 | 23.990 | Chemistry Education Training | 0:3:1 | | |
※ ◎: Course mutually recognized by undergraduate and graduate programs
※ Course classification, course title, and mutual recognition of credits may differ according to the
effective year of the requirements.
|
Classification |
Subject No. |
Subject Name |
Lecture:Lab.: Credit (Homework) |
Semester |
Remark | |
|
Mandatory General Course |
Required |
CC010 CC020 |
Special Lecture on Leadership Ethics and Safety I |
1:0:0 1AU |
Fall Spring․Fall |
|
|
Choose 1 |
CC500 |
Scientific Writing |
3:0:3 |
Spring․Fall |
| |
|
CC510 |
Introduction to Computer Application |
2:3:3 |
Spring․Fall | |||
|
CC511 |
Probability and Statistics |
2:3:3 |
Spring․Fall | |||
|
CC512 |
Introduction to Materials and Engineering |
3:0:3 |
Spring․Fall | |||
|
CC513 |
Engineering Economy and Cost Analysis |
3:0:3 |
Fall | |||
|
CC522 |
Introduction to Instruments |
2:3:3 |
Fall | |||
|
CC530 |
Entrepreneurship and Business Strategies |
3:0:3 |
Fall | |||
|
CC531 |
Patent Analysis and Invention Disclosure |
3:0:3 |
Spring․Fall | |||
|
CC532 |
Collaborative System Design and Engineering |
4:0:4 |
Spring | |||
|
Elective |
CH502 |
Quantum Chemistry I |
3:0:3(3) |
Spring |
** | |
|
CH503 |
Statistical Thermodynamics I |
3:0:3(3) |
Fall |
** | ||
|
CH504 |
Advanced Physical Chemistry |
3:0:3(3) |
Fall |
| ||
|
CH521 |
Advanced Organic Chemistry |
3:0:3(3) |
Spring |
| ||
|
CH522 |
Organic Synthesis I |
3:0:3(3) |
Spring |
** | ||
|
Major Course |
CH523 |
Organic Synthesis II |
3:0:3(3) |
Fall |
| |
|
CH541 |
Advanced Inorganic Chemistry |
3:0:3(3) |
Spring |
** | ||
|
CH542 |
Organometallic Chemistry |
3:0:3(3) |
Fall |
** | ||
|
CH581 |
Advanced Biochemistry |
3:0:3(3) |
Spring |
| ||
|
CH582 |
Protein Chemistry |
3:0:3(3) |
Fall |
** | ||
|
Elective |
CH604 |
Quantum Chemistry II |
3:0:3(3) |
Spring or Fall |
| |
|
CH605 |
Statistical Thermodynamics II |
3:0:3(3) |
" | |||
|
CH606 |
Chemical Reaction Dynamics |
3:0:3(3) |
" | |||
|
CH607 |
Surface Chemistry |
3:0:3(3) |
" | |||
|
CH609 |
Electrochemistry |
3:0:3(3) |
" | |||
|
CH610 |
Structural Biochemistry |
3:0:3(3) |
" | |||
|
CH626 |
Natural Products |
3:0:3(3) |
" | |||
|
CH627 |
Heterocyclic Chemistry |
3:0:3(3) |
" | |||
|
CH628 |
Organometallic Reactions |
3:0:3(3) |
" | |||
|
CH632 |
Stereochemistry of Organic Chemistry |
3:0:3(3) |
" | |||
|
CH644 |
Bioinorganic Chemistry |
3:0:3(3) |
" | |||
|
CH645 |
Catalysis Chemistry |
3:0:3(3) |
" | |||
|
CH646 |
Materials Chemistry |
3:0:3(3) |
" | |||
|
Course |
CH671 |
Organic Chemistry of High Polymers |
3:0:3(3) |
" | ||
|
CH672 |
Specialty Polymer Chemistry |
3:0:3(3) |
" | |||
|
CH673 |
Polymer Physical Chemistry |
3:0:3(3) |
" | |||
|
CH674 |
Organic Electronic Materials |
3:0:3(3) |
" | |||
|
CH675 |
Introduction to Lithography |
3:0:3(3) |
" | |||
|
CH711 |
Special Topics in Physical Chemistry I |
3:0:3(3) |
" | |||
|
CH712 |
Special Topics in Physical Chemistry II |
3:0:3(3) |
" | |||
|
CH713 |
Special Topics in Physical Chemistry III |
3:0:3(3) |
" | |||
|
CH733 |
Special Topics in Organic Chemistry I |
3:0:3(3) |
" | |||
|
CH734 |
Special Topics in Organic Chemistry II |
3:0:3(3) |
" | |||
|
CH735 |
Special Topics in Organic Chemistry III |
3:0:3(3) |
" |
| ||
|
CH746 |
Special Topics in Inorganic Chemistry I |
3:0:3(3) |
" | |||
|
CH747 |
Special Topics in Inorganic Chemistry II |
3:0:3(3) |
" | |||
|
Classification |
Subject No. |
Subject Name |
Lecture:Lab.: Credit (Homework) |
Semester |
Remark |
|
|
CH773 |
Special Topics in Polymer Chemistry I |
3:0:3(3) |
" |
|
|
CH774 |
Special Topics in Polymer Chemistry II |
3:0:3(3) |
" | ||
|
CH782 |
Special Topics in Biochemistry I |
3:0:3(3) |
" | ||
|
CH783 |
Special Topics in Biochemistry II |
3:0:3(3) |
" | ||
|
Research |
CH960 |
Thesis / Dissertation Research (Master) |
1:0:1 |
|
|
|
CH980 CH966 |
Thesis / Dissertation Research (Doctoral) Seminar (Master) | ||||
|
CH986 |
Seminar (Doctoral) |
1:0:1 |
※ Note: ** stands for courses open to both undergraduate and graduate students
CH502 Quantum Chemistry I
The purpose of this course is to give graduate students in Chemistry the ability to understand electronic structure and spectroscpoic properties of atoms and molecules by means of theoretical techniques, such as ab initio and semiempirical methods. Topics include : Hartree-Fock Approximation, configuration interaction, ab initio and semiempirical methods.
Prerequisite Course : CH315
Prerequisites by topic : Matrix algebra, Hypergeometric functions, Fundamentals of classical mechanics, and Group theory.
CH503 Statistical Thermodynamics I
This course covers the principles of statistical mechanics and many practical applications involving gas, solid, liquid, surface and dielectric properties. Also, emphasis is made on the dynamical aspects of topics such as transport phenomena and chemical reactions. Statistical mechanics of gas, solid, liquid, surface, dielectric properties, transport, phenomena is also covered.
CH504 Advanced Physical Chemistry
CH521 Advanced Organic Chemistry I
This course surveys both classical and modern concepts using electronic interpretation of organic reactions. Topics include electrophilic reactions of Aromatic compounds, Nucleophillic reactions, Stereochemistry, Hammett linear free-energy relationships, Adddition-elimination molecular rearrangements and Woodward-Hoffmann-type relationships.
CH522 Organic Synthesis
The lecture covers carbon-carbon bond formation of organic syntheses including alkylation, aldol condensation, free radical reaction rearrangement and cycloaddition reaction.
CH523 Organic Synthesis II
This course allows graduate students in Chemistry to survey new widely applied synthetic methods in organic synthesis and to understand the basic ideas and advances in the field.
Topic include : Formation of carbon-carbon single bonds, formation of carbon-carbon double bonds, the Diels-Alder and related reactions, Reactions at unactivated C-H bonds, Synthetic applications of organoboranes and organosilanes, Oxidation reactions, and Reduction reactions.
CH541 Advanced Inorganic Chemistry
This course is intended for first-year graduate students. The principal purpose is to introduce the fundamental theoretical concepts of geometrical and electronic structures of transition element compounds. Descriptive Chemistry will not be developed to any great extent in this lecture. Prerequisite by topic: Inorganic Chemistry, Physical Chemistry, Analytical Chemistry
CH542 Organometallic Chemistry
This course is designed for senior undergraduate and graduate students in teaching reaction mechanisms, and synthetic and catalytic aspects of transition metal organometallic compounds.
Prerequisite Courses : CH341 and CH342
rerequisite by Topics: General properties of organometallic complexes, survey of organometallic complexes and their reactions categorized by ligands, reaction mechanisms, characterization of organometallic complexes, catalytic processes, applications to organic synthesis, and bioorganometallic Chemistry.
CH581 Advanced Biochemistry
This course covers advanced description of biosynthesis of macromolecules including such topics as replication gene expression, protein synthesis as well as a discussion of nature and functional aspects of protein and nucleic and structures.
CH582 Protein Chemistry
This class aims to understand proteins and their actions by studying basic chemistry, kinetics, and thermodynamics, and structure. Students will gain an understanding of protein structure and activity relationship and principle mechanisms governing protein stability and folding. Lastly, the course will focus on recent advances in protein engineering.
CH604 Quantum Chemistry II
This course presents molecular spectroscopy and modern quantum chemistry with main emphases on the understanding of modern electronic structure calculations.
Topics include : Brief review of rudimentary Quantum Mechanics, Atomic spectra, Rovibronic spectra of diatomic molecules, Rovibronic spectra of polyatomic molecules, Magnetic resonance spectroscopy, Modern spectroscopy, Ab initio MO calculations and Semi-empirical MO calculations.
CH605 Statistical Thermodynamics II
This course presents a rigorous treatment of classical statistical mechanics with the application to real systems followed by the recent theory of critical phenomena.
CH606 Molecular Reaction Dynamics
This course is designed to give graduate students in Physical Chemistry major an ability to interpret chemical and physical observations of reaction chemical species and to predict their behavior in different environments. Topics include : Basic concepts of elementary reactions, Molecular collisions, Reaction scattering, and Molecular energy transfer.
Prerequisites by Topic : Chemical Kinetics, CH417 and Calculus and differential equations, operational mathematics, and matrix algebra.
CH607 Surface Chemistry
This course is designed to give high-level understanding to the Chemistry of solids, mainly metal and gas-solid interface structures. Thermodynamics and dynamics of the solid surface are discussed with a brief introduction to solid state dynamics. The main area of study is the absorption and deabsorption of gas molecules on metal surfaces and implications of these phenomena to the theory of catalytic behavior. Topic include : Principle of the surface analysis methods such as Auger, XPS, LEED, SEXAFS,
Chemisorption on surfaces, and Catalytic reactions on surfaces.
CH609 Electrochemistry
This course is designed to provide graduate students in Chemistry with insight into electrode processes in various electrochemical excitation situations. The principal purpose is to apply this knowledge to the study of various electrochemical properties and analysis of compounds. Topics covered are : basic principles and applications for the study of electrochemical properties and analysis of compounds.
CH610 Structural Biochemistry
In this class we will discuss theoretical background and practical application of NMR and x-ray crystallographic techniques used for structural studies of biological macromolecules.
CH626 Natural Product Chemistry
This course is designed to acquaint the graduate student with isolations, purifications and structural elucidations, and total syntheses of various interesting biologically active natural products. Isolation and structural determination of natural products are introduced. Organic synthesis of natural products in selected topics such as antibiotics, toxins, proteins, steroids, and various alkaloids is introduced.
CH627 Heterocyclic Chemistry
This course is designed to give graduate students a grasp of topics surrounding the synthesis and characterization of heterocycles and utilization of heterocycles for general organic syntheses. The effects of hetero-atoms on reactivity will be discussed. The course also deals with some topics such as the synthesis and characterization of heterocyclic compounds, and how to use these compounds for organic synthesis.
CH628 Organometallic Chemistry
This course involves a systematic survey of organic reactions regarding organometallics particularly organotransition metal complexes including addition, elimination, insertion, and oxidation / reduction reactions.
CH632 Stereochemistry
This course is designed to intoduce graduate students to the study o