Chemistry and Biotechnology

Course Overview

You will study broad fields of chemistry, including organic, inorganic, analytical and physical chemistry, biochemistry and chemical engineering as well.

The Chemistry and Biotechnology course offers a broad education and research topics in chemistry including organic, inorganic, analytical, and physical chemistry, biotechnology and chemical engineering as well. From the first school year, you will take several chemistry classes and laboratories together with liberal arts classes. In the second and third school years, you will expand understanding of chemistry through classes and laboratories. On third and fourth year, you will join to the laboratory and participate in the research project under the supervision of the professor. You can get into graduate school and conduct the same project continuously.

Research Fields/Areas

Organic chemistry field

Organic synthesis, structural analysis of the organic compounds, development of functional organic compounds and novel organic reaction

Inorganic chemistry field

Structure and activity relationship for the element and molecules. Development of the inorganic compounds as the interdisciplinary for industries, better life and environmental preservation

Biological chemistry field

Biological chemistry as a tool for the development of medicine, environmental preservation and biotechnology

Analytical chemistry field

Development of novel analytical tools for the environmental preservation and characterization of the either organic or inorganic compounds and biomolecules

Chemical engineering field

Design and development of the industrial chemical process. Methodologies for the separation of the chemicals

Polymer materials field

Development of methodologies for the polymer synthesis and properties

Physical chemistry field

Theoretical and quantitative chemical sciences including thermodynamics, quantum chemistry, computational chemistry, electrochemistry

Keywords for Learning

  • Organic chemistry
  • Inorganic chemistry
  • Genetic engineeringchemistry
  • Bioinformaticschemistry
  • Computational chemistry
  • Biosensorschemistry
  • Nanotechnology

Curriculum

Course Data

Degree
Bachelor of Engineering
Campus
1st and 2nd year: Omiya 3rd and 4th year: Toyosu
Number of people
Number of faculty members
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Admission capacity
208
Number of students
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Number of students entering graduate school
-