Features
Single crystal X-ray structure analyzer
In order to foster graduates who can make a contribution to the chemical industry, it is important not only to enhance their expertise in applied chemistry from engineering aspect but also to integrate them with scientific basic chemistry. In this course, we offer three fields of education and research—surface and energy chemistry of inorganic chemistry, organic and polymer chemistry of organic chemistry, and physical chemistry and chemical systems of physical chemistry. We foster chemical engineers and researchers who have a high level of expertise from basic to applied chemistry and can contribute to the sustainable development of the local and international communities.
Contents of Study
Superconductive nucleus magnetism resonater
Chemistry, Science and Engineering Laboratory (Third year)
Fields of Surface/Energy Chemistry
Students will study analytical chemistry, surface chemistry, electrochemistry and environmental chemistry with the basic knowledge of inorganic chemistry.
We educate and research on environment-friendly functional inorganic materials, materials for batteries with high energy density, and the surface function control of catalysts.
Fields of Organic/Polymer Chemistry
Students will study organic reaction chemistry and polymer synthesis chemistry with the basic knowledge of organic chemistry. We educate and research on organic chemical products, pharmaceutical products, functional polymeric materials and organic electronic materials.
Fields of Physical Chemistry/Chemical Systems
Students will study quantum chemistry, reaction chemistry, and materials chemistry with the basic knowledge of physical chemistry. We educate and research on the creation of useful crystals, molecular structure analysis, and the functional expression, maintenance and control of structural, energy-converting and molecular materials.
The attractive point is deepening the knowledge of the most interesting research topic
Chemistry & Bioengineering OGAWA Shinpei
[from Hanamaki Kita High School, Iwate Prefecture]
Through lectures, the future potential of organic semiconductor products impressed me. And then I’m interested in research on organic electronics. I am currently studying as a member of the Organic Function Chemistry Laboratory. The interesting points are the control of the electron flow on organic reactions and how to create the desired substance. I want to increase my knowledge and technical capability in the Graduate School and hope to work where I can utilize the knowledge in the future. In high school, I was absorbed in my studies and my club activities, so I experienced some concerns when deciding what to do after graduation. I think it’s important to take a time to think about own future little by little.
Curriculum
| First year | Second year | Third year | Fourth year |
|---|---|---|---|
| Specialized Basic Courses | |||
| ●Basic Mathematics ●Calculus I ●Calculus Ⅱ ●Linear Algebra ●Physics I ●Physics Ⅱ ●Chemistry I ●Chemistry Ⅱ ●Biology |
○Differential Equations ○Vector Analysis ○Probability and Statistics |
○Fourier Analysis | |
| Biological Sciences Course Subjects | |||
| ●Inorganic Reaction Chemistry ●Physical Chemistry Ⅱ ●Organic Chemistry Ⅱ ●Organic Chemistry Ⅲ ●Basic Macromolecular Chemistry ●Chemistry of Polymer Synthesis ●Exercises in Chemistry, Science and Engineering Ⅰ ●Exercises in Chemistry, Science and Engineering Ⅱ ○Inorganic Materials Chemistry Ⅰ ○Analytical Chemistry ○Chemical Engineering Ⅰ ○Structural Analysis of Molecules |
●Chemistry, Science and Engineering Laboratory Ⅰ ●Chemistry, Science and Engineering Laboratory Ⅱ ○Inorganic Materials Chemistry Ⅱ ○Materials Physical Chemistry ○Structural Physical Chemistry ○Organic Reaction Chemistry ○Structural Organic Chemistry ○Industrial Inorganic Chemistry ○Hardware Analytical Chemistry ○Chemical Reaction Engineering ○Chemical Engineering Ⅱ ○Chemistry of Polymer Materials ○Organic Industrial Chemistry |
●Chemistry, Science and Engineering Information Ⅰ ●Chemistry, Science and Engineering Information Ⅱ ●Seminar in Chemistry, Science and Engineering ●Graduation Research |
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| Common Courses within Science | |||
| ●Chemistry and Biotechnology Seminar Ⅰ ●Structural Inorganic Chemistry ●Basic Physical Chemistry ●Organic Chemistry Ⅰ ○Biochemistry |
●Basic Analytical Chemistry ●Physical Chemistry Ⅰ ●Quantum Chemistry ●Basic Chemical Engineering ○Introduction to Neuroscience ○Developmental Biology ○Molecular Genetics |
●Chemistry and Biotechnology Seminar Ⅱ ●English for Science Ⅰ ●English for Science Ⅱ ○Introduction to Chemistry and Biotechnology ○Organic Synthetic Chemistry ○Medicinal Science |
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| Common Courses within the Department | |||
| ●Introduction to Soft Path Science and Engineering | ●Ethics for Engineers ○Nuclear Engineering ○Quality Control and Industrial Management Plan |
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○Selected Topics in Patent Law |
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| ○Internships | |||
●Compulsory Subjects ○Elective Subjects
Career Paths
Chemistry is not simply the basis of manufacturing. It is also essential to the resolution of the problems of modern society, such as environmental issue, resource and energy issue, and food and water issue. Therefore, society’s need for chemical expert will be high, and high rate of employment is expected. Furthermore, we recommend post-graduate studies to acquire a higher level of expertise.
Chemical / electronic components and devices / food and pharmaceutical products / energy and the environment / automobile / education / civil service / going on to graduate school / etc.
Faculty Members
| OISHI Yoshiyuki Professor |
Development of high performance and highly functional polymeric materials |
| SHIMADA Kazuaki Professor |
Application to the organic synthesis of active chemical including chalcogens |
| SHIRAI Masayuki Professor |
Catalytic responses using water and carbon dioxide |
| TAKEGUCHI Tatsuya Professor |
Development and research of fuel-cell batteries and metal-air rechargeable batteries |
| HIRAHARA Hidetoshi Professor |
Development and application of organic/inorganic composite materials |
| YASHIRO Hitoshi Professor |
Assessment and control of corrosive reaction of metal materials |
| YOKOTA Masaaki Professor |
Creational theory and structural assessment of molecular crystals |
| AISAWA Sumio Associate Professor |
Synthesis and reactivity of new complexes of stratified compounds |
| UI Koichi Associate Professor |
Research on high-performance lithium rechargeable batteries |
| KORENAGA Toshinobu Associate Professor |
Development of new catalysts to efficiently synthesize pharmaceutical products |
| SHIBASAKI Yuji Associate Professor |
Development of high performance and highly functional polymeric materials |
| DOKI Norihito Associate Professor |
Creational theory and assessment of functional fine particles |
| SUZUKI Eiichi Assistant Professor |
Research concerning the structure, function, and reactivity of molecules |
| NANAO Hidetaka Assistant Professor |
Assessment of the lubrication characteristics of self-assembled monolayers |
| MANDAI Toshihiko Assistant Professor |
Approach to Functional Materials for Next Generation Energy Storage Devices Based on Structural Chemistry |
| MURAOKA Hiroki Assistant Professor |
Development and research of new multielectron transfer molecules |
