전공과목해설

The basic concept and the practical application of instrumental analysis will be studied. Basic electrochemistry, Basic concept of electromagnetic wave, UV/Vis, Infrared (IR), Nuclear Magnetic Resonance (NMR), Mass spectrometry are covered.

The basic concept including characteristics, structure and reactivity of organo materials will be studied. The experimental of the organo materials will be carried.

Essentials including bonding, structure and spectroscopic properties of inorganic materials are explained. This course consists of lecture and experiments performing synthesis and structural analysis of metal complexes with various instruments and spectroscopic methods. Metal complexes having halide, N- and O-donor ligands are included.

This class aims to teach the basic principles of thermodynamics, equilibrium, properties of mixtures and as well as their related laboratory skills. In the lab, the basic principles and operation methods of the instruments are also covered.

The basic concept and the practical application of instrumental analysis will be studied. Basic concept of chromatography, High Performance Liquid Chromatography (HPLC), Gas Chromatography (GC), Atomic Absorption Spectrophotometry (AAS), and Atomic Emission Spectrophotometry (AES) are covered.

The basic concept for the organic synthesis will be studied based on the organic chemistry. Organic synthesis experimental will be carried.

The basic concept and advanced technique for the nanomaterials and nanochemsty will be studied. Nano sensor chemistry will be covered.

Fundamentals in Organometallic materials are presented. Introduced in this course are bonding and structures of organometallic compounds, along with fundamentals in their chemical reactivities. Air-sensitive organometallic materials are synthesized and characterized with various spectroscopic methods such as IR and muti-nuclear NMR.

Spectroscopy is concerned about the interaction between the various frequency of electromagnetic waves and molecules. Students will learn how to identify molecular species and how to get information of structure, motion and energy levels of atoms and molecules. Students will also perform experiments to get insights to how their knowledge and understandings are applied to advanced materials.

The purpose of this course is to increase a practical affairs for the students. This course will provide the job execution ability and experiences in real work place during short-term internship courses.

The nomenclature, structure, reactivity and synthesis of organic chemicals having functional groups such as alcohols, ethers, aldehydes and ketones will be studied.

The basic and advanced concept of the polymer will be studied. Synthesis, physical properties and application of monomer, oligomer and polymer will be covered.

Described in this course are bioinorganic materials involving metalloproteins and metalloenzymes. In this course, lecture and experiments will be given. Synthesis and spectroscopic characterization of metal porphyrin derivatives of transition metals and vitamin B12 are conducted in lab.

Synthesis and physical chemistry and of advanced materials will be covered in this course. Students will also perform experiments to extend their knowledge and understandings to practical applications.

The purpose of this course is to increase a practical affairs for the students. This course will provide the job execution ability and experiences in real work place during short-term internship courses.

The advanced concept and technique of the organomaterials which can be utilized for LED, LCD, pharmaceuticals, paint, pesticides and cosmetic materials will be studied.

The advanced and the practical application of instrumental analysis will be studied. Hydrophobic Interaction Chromatography (HIC), Chiral Chromatography, Ion Exchange Chromatography (IC), X-ray diffraction (XRD), Scanning Electron Microscopy (SEM) and Transmission Electron Microscopy (TEM) are covered.

Recently developed advanced materials including synthetic zeolites, functional metal catalysts, ceramics, metal precursors for electronic and magnetic devices, and transition metal complexes with bioactivity for pharmaceutics are informed.

Physical Chemistry of some of advanced materials will be introduced in this course and their applications will be covered. Some examples include nanomaterials, display materials, energy materials, IT materials and environmental materials.

In this course, students will learn the concept of creative chemistry experimental design and its impact, implementation in practice. The demand-driven design procedure will be addressed in this course from a practical perspective in terms of identifying the problem of customers, searching existing relevant methodologies.

This course is designed to have a wide variety of advanced materials chemistry majors for the sector and providing job opportunities to learn and experience the various employment preparation programs that would improve their job prospects self-led. The subjects of the employment strategy, including preparation, interview skills, qualifications, on the basis of the process of learning, and brings together industry requires an exact analysis and diagnosis on the human resources employment.

This course is designed to have a wide variety of advanced materials chemistry majors for the sector and providing job creating to learn and experience the various job creating preparation programs that would improve their job prospects self-led. The subjects of the job creating, including preparation, qualifications, on the basis of the process of learning, and brings together market an exact analysis and diagnosis on the human resources employment.

In this course, students will learn the concept of creative chemistry experimental design and its impact, implementation in practice. The demand-driven design procedure will be addressed in this course from a practical perspective in terms of identifying the problem of customers, searching existing relevant methodologies.

This course is opened to introduce basic concepts, theories, and principles of advanced materials chemistry and medical biotechnology to freshmen of Department of Advanced Materials Chemistry, Department of Medical Biotechnology, and Department of Biopharmaceutical Engineering, based on the knowledge of chemistry, biochemistry, and biology. The course deals with new materials for applied chemistry field and application of medical biotechnology skills for human life, and is to understand disciplinary worthof medical biotechnology field.

The class for "Advanced Materials Chemistry major carrier exploration" will allow the detailed analysis of student's aptitude with respect to their major and job-hunting and motivate more systematic study. This will help students to find suitable job after graduation.

The basic concept of organic chemistry and bonding, nomenclature, structure, characteristic and reaction of the saturated compounds and aromatic compounds will be studied.

This course enhances the ability to understand the interaction of cellular components, membrane, protein, DNA and RNA, function of cellular organelles, metabolism, physiology, genetics, interaction between cells, responses to stimuli, movement, cell division and proliferation, differentiation and evolution and to apply their basic concepts and technologies to human lifes.

The basic concept and the practical application of analytical chemistry will be studied. Analytical process, chemical measurement, experimental error, statistics, quality assurance, ad/base and buffer are covered.

The basic concept and the practical application of analytical chemistry will be studied. Analytical process, chemical measurement, experimental error, statistics, quality assurance, ad/base and buffer are covered.

Basic principles in inorganic chemistry are introduced. Particular interests in electronic structures, properties, and periodic table of atoms are presented. VBT(valence bond theory) and MOT(molecular orbital theory) are included in context with molecular structure and bonding. Basic concepts on main group chemistry are described.

The basic principles of physical chemistry are introduced in this course. Particularly, properties of gasses, thermodynamics: the first and second laws, chemical equilibrium, phase equilibrium and properties of mixtures are discussed.

The bonding, nomenclature, structure, characteristic and reaction of the organic compounds having functional groups such as alcohols, ethers, carboxylic acids aldehydes, ketones will be studied. The basic operation technique of IR, NMR, GC-Mass for the interpretation of organic compounds will be covered.

The basic principles of physical chemistry are introduced in this course. Particularly, basic concepts of quantum chemistry, atomic structure, chemical bonds and solid state chemistry are covered.

Fundamentals in transition metal chemistry are offered. Ligand field theory, oxidation states of transition metals, ligands, chemical bond and structures, magnetic and spectroscopic properties are presented.