This course is designed to teach fundamentals in analytical chemistry. It covers most major areas of modern quantitative analysis. The topics covered include the analytical methods based on titrations, electrochemistry, spectrophotometry, and chromatography.

This class deals with the molecular basis of life. It consists of several major subjects; metabolism, enzymes, amino acids, proteins, fatty acids, DNA, and RNA.

This course is designed as an introductory chemistry course for science and engineering students. The concepts of elementary thermodynamics, reaction rates, and chemical bonds are to be taught. This course is intended to help students understand fundamental concepts and skills involved in chemistry through selected experiments.

This class focuses on industrial chemical products. It consists of several major subjects: fundamental chemical products from petroleum and coal, polymer, plastics, dyes, organic pigments, surfactants, perfumes, rubber, and wood chemistry

This course is designed to teach fundamental concepts and models in inorganic chemistry. It covers major areas: principles of bonding theory, main group elements, and transition metal elements; synthesis, characteristics, and physical/chemical properties of inorganic compounds.

This class provides experimental experiences of fundamental techniques for inorganic chemistry laboratory ; synthesis, isolation, and characterization of inorganic compounds.

Principles and applications of various modern instrumental methods of analysis will be discussed in this course. The topics covered include electrochemical methods, spectroscopic methods, X-ray, mass spectrometry, chromatography, etc.

This course enters undergraduate level. It covers reviews of undergraduate organic chemistry including structures of organic compounds, stereochemistry, spectroscopic determinations of organic compounds, and characteristics, structures, and syntheses of hydrocarbons, peptides, and heterocyclic compounds.

This class provides experimental experiences of general techniques for organic chemistry laboratory : synthesis, isolation, and characterization of organic compounds.

This class is an advanced level undergraduate course. It introduces late developments of synthetic methodology, new trends of syntheses, characterizations of complicated organic compounds, and natural products.

This course is fundamental undergraduate level. It covers synthesis, characteristics, reactivity, bonding structures, reaction mechanism, and catalytic applications of organometallic compounds.

This course is designed to teach basic principles in thermodynamics, electrochemisty, quantum theory, kinetics, and other modern physical concepts of chemical science. Students are expected to have some knowledge of elementary calculus and physics.

This course is a complementary experimental class to physical and analytical chemistry course. Students learn fundamental concepts of physical and analytical chemistry through related experiments and acquire basic experimental skills.

This class is an intermediate level undergraduate course with emphasis on organic reactions and physical or chemical characteristics of organic compounds, which are related with molecular orbital theory.

This course is designed to teach essential definitions and elementary concepts in polymer science. It covers most major areas : polymerization and copolymerization reaction mechanisms, kinetics, structure, molecular weight determination, molecular distribution, associated properties of polymer, thermodynamics, and statistical mechanics.

This class covers wave-particle duality, Schrodinger equation and interpretation of its solution for various elementary systems and atomic structures will be dealt with in physical chemistry 3. Various approximation methods, such as variation principle, perturbation theory, MO and many other ab-initio and semi-empirical calculations, and kinetics of chemical change are the core subjects for physical chemistry 4

This class is designed to help students further develop and apply the fundamental concepts of quantum principles to understand molecular structures and their physical properties with the state-of-the-art modern spectroscopic instruments, such as FT-IR, microwave, laser and NMR. Prerequisites are physical chemistry and quantum chemistry.