Curriculum (Graduate School)

Educational goals of graduate school

The Basic Chemistry Program accepts people who have systematically acquired chemistry in undergraduate education, as well as people who have an educational foundation in other fields. Our goal is to train researchers who will open up cutting-edge fields and professionals with advanced specialized knowledge. In response to the rapid interdisciplinary, international, and information-oriented modern science, we set the following educational goals.

  1. In addition to systematizing and teaching specialized knowledge of chemistry, we provide a wide range of education that takes into consideration human resources with foundations in other fields.
  2. In response to the expansion of interdisciplinary research areas in the field of chemistry, we provide education that allows students to interact with researchers in other fields and come into contact with cutting-edge research.
  3. In order to respond to social demands, we provide education to develop highly specialized professionals in chemistry and related fields.
  4. In order to respond to the globalization and informationization of society, we will actively work on chemistry specialized education that combines English education and information education.

Graduate education through research

It has 14 laboratories covering a wide range of fields including physical chemistry, inorganic chemistry, and organic chemistry (3 of which belong to the Graduate School of Integrated Sciences for Life), and graduate education is implemented through cutting-edge research. I’m here.
Click here for a list of laboratories

2022 Basic Chemistry Program Related Curriculum

Master’s course doctoral course
1 year 2 year 1 year 2 year 1 year
Compulsory Graduate School Common Subjects Special Research in Basic Chemistry Basic Chemistry Special Exercise A Special Research in Basic Chemistry
Basic Chemistry Special Exercise B
Special Research in Basic Chemistry
Graduate school common subjects  
Introduction to Physical Chemistry
Introduction to Inorganic Chemistry
Introduction to Organic Chemistry
elective or elective structural physical chemistry
solid state chemistry
Coordination chemistry
analytical chemistry
photofunctional chemistry
Radiation reaction chemistry
quantum chemistry
reaction physical chemistry
Reactive organic chemistry
reactive inorganic chemistry
Basic Chemistry Special Lecture A
Basic Chemistry Special Lecture B
Basic Chemistry Special Lecture C