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Graduate School of Engineering : Applied Chemistry
Master’s Program
Objective of Education and Research
To develop individuals who will be at the core of science and technology associated with the creation of functional substances, students in this course will be systematically educated in comprehensive content relating to leading edge fields, including chemical fundamentals, and will undertake research on topics of great importance now and into the future that are related to chemistry and chemical engineering. The process will develop individuals who are brimming with originality and who have the ability to problem solve. In addition to developing individuals who will gain a high level of expertise and deep learning about chemistry, the Program will also develop individuals who have a healthy conscience that enables them to make judgments about chemistry and chemical engineering from a broader perspective to make contributions to society on the foundation of Doshisha University’s basic tenets - liberalism, Christianity and internationalism.
- Guidelines for Human Resource Development
The objective is to develop human resources capable of exercising the following abilities:
- Ability to solve problems related to chemistry and chemical engineering, the ability to make presentations, and the international perspective and common sense to understand different cultures of both one’s own and other countries.
- Expert research capabilities to respond flexibly to issues in the chemical and chemical engineering fields sought by contemporary and international society, which has been undergoing rapid change in recent years.
- Ability to apply the above capabilities satisfactorily to development and research undertaken in a group, such as a project, and the ability to adjust in order to engage in problem solution in a spirit of collaboration.
Doctoral Program
Objective of Education and Research
Just as in the master’s program, the Program delivers education and research founded in liberalism, Christianity and internationalism, guided by the awareness that chemistry and chemical engineering are an academic foundation and fundamental technology that humankind must share if society’s form, based on modern civilization, is to be sustainable into the future. Students also undertake research into issues relating to chemistry and chemical engineering that is and will be the core of the future, and the objective is to develop engineers and researchers who have strong will and energy to play a leading role, and are capable of making the right judgments from a broad perspective about the issues in which chemistry or its engineering should engage into the future and the directions in which it should advance. The Program also develops educators who have sufficient ability to be able to contribute to the development of such individuals.
- Guidelines for Human Resource Development
The Program objective is to develop human resources capable of exercising the following abilities:
- Ability to make judgments about the role of chemistry and chemical engineering in contributing to society from a broad perspective, to identify research problems related to those judgements and to display leadership in achieving their solutions.
- Communication ability to disseminate the results of research, with a command of both expert knowledge and an international perspective and common sense to understand diverse cultures.
- Ability to contribute to the development of contemporary and international society through progress in scientific technology, and the ability as an educator with a high level of expert knowledge, to develop the next generation of capable people.
Faculty Research
Yasuhiro Aoyama |
Chemical Biology Based Visualization of in-Cell Reaction |
Jusuke Hidaka |
Development of new functional materials related to powders and design of its production system |
Nobuyuki Higashi |
Functional nano-materials from bio-related polymers |
Ryutaro Horiuchi |
Riemann surface and algebraic curve |
Ken Hirota |
Synthesis and sintering of inorganic compound powders: the fabrication of “nano-composite” and their characterization. |
Kazuyasu Ibuki |
Analysis of Molecular Motions in Solutions and its Application to Reaction Dynamics Theory |
Minoru Inaba |
Reactions and Materials in Lithium - Ion Batteries and Fuel Cells |
Koji Kano |
Studies on Control and Modeling of Protein Functions |
Masahito Kodera |
Development of Highly Functionalized Metal Complexes Directed toward Understanding of Biological Systems and their Chemical Applications |
Kazuo Kondo |
Bio-chemical Reaction Engineering and Separation Engineering on Rare Metal |
Michiaki Matsumoto |
Development of environmental-friendly novel bio- and reactive separation process |
Tadashi Mizutani |
Study on autoromously functionning Supramolecular |
Yasushige Mori |
Formation mechanism and behavior of colloid and fabrication of novel materials based on nanoparticles |
Akihisa Shioi |
Design of Amphiphilic Chemical System Autonomously Responding to the Surroundings |
Yoshiyuki Shirakawa |
Design and process development of functional devices manufactured by structuring nano-particles |
Hiroshi Takano |
Medical Technology for Therapeutic Systems in Researchs of Chemical Engineering |
Akimasa Tasaka |
Synthesis of Fluorinated and Functional Materials by Electrolysis and it’s Application, and Protection and Resstoration of Hydrosphere Environment |
Katsumi Tsuchiya |
Flow and Mixing in Gas-Liquid- Solid Dispersion Processes - Their Use in Enviromental and Enegy Problems |
Kazuhiko Tsukagoshi |
Analytical chemistery; development of high-sensitive, rapid, and easy method for determination of biomolecules. |
Masakatsu Ueno |
Temperature and pressure effects on the dynamics of molecules in solution |
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