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The curriculum content of the three areas of the program is follows:
(1) Molecular Science: atomic and molecular inorganic chemistry, electro-analytical
chemistry, macromolecular science, organic fluorine chemistry, photo-physics
and photochemistry, synthetic organic chemistry;
(2) Inorganic Material Research and Development: ceramic powder processing,
chemistry and crystalline solid technologies, inorganic solid properties,
amorphous solid technologies, computational material chemistry, thermal
and mechanical properties of ceramics;
(3) Organic Materials Research and Development: thin film material chemistry,
environmental chemistry, organic photochemistry and color chemistry, polymer
material physical chemistry, polymer material processing, bioprocess engineering,
imaging and information materials technologies.
Students
in this program must carry out extensive research work (under advisor
supervision) and write a master's thesis
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Program Objectives
The Master's Program of Chemistry and Materials Technology focuses on educational and research objectives related both to the structures and functions of organic or inorganic materials. The overall goal of the program is to encourage students to become creative specialists or innovative thinking researchers. To achieve this goal, the program focuses on pure or applied chemistry and is organized into three areas: molecular science, inorganic material research and development, and organic material research and development. Students in the program will do course work in all of these areas.