Chemistry is a science investigating the structure, property, and reactivity of materials. Its scope has rapidly expanded with the recent development of scientific technology. Science plays an important role in the development of new and innovative materials, in the creation of new materials, in the understanding and elucidation of life phenomena at the molecular level, and in the engineering application of organisms. To develop and maintain a society that is rich and sound, the importance of chemistry is on an increase and will be essential in the future. This department will comprehensively study and acquire knowledge in physical chemistry, organic chemistry, inorganic chemistry, analytical chemistry, and biochemistry, all of which are the fundamental studies of chemistry. Synthetic chemistry, biotechnology, material chemistry, and polymer chemistry then will be dealt with to acquire various practical skills from an engineering viewpoint.
Nowadays, the "chemistry" is diverse in science and technology. The Department of Chemistry and Biotechnology provides a wide range educations and research covering from basics to advanced chemistry, from physicochemical approaches and structural analysis in atomic level to synthesis of complex molecules, research on analytical biochemistry and the living systems. the options for students are diverse in the chemical fields. You can feel the passion of the academic researchers and senior students for discoveries and innovations in lectures, student experiments and interactions. And you will find a lot of attracted chemical fields by the 3rd grade. In the 4th grade, Chemistry and Biotechnology students have opportunity to work alongside our world-class faculty. Students are encouraged to learn more about current advanced research topics. Students can acquire valuable abilities to identify and solve problems, and to produce innovative answers through your graduation work. Please experience the creativity, intensity, and pleasure of research in the Chemical Biotechnology department and make a huge difference in society.
Most graduates proceed to the postgraduate master's course. After graduation, many obtain research personnel positions in many private enterprises (chemistry/materials, food/medical goods, electric/electronics, automobile-related, etc.), national/local institutions, universities, etc. as humans have expanded their visual fields and developed new mental, as well as collective, capacity based on chemistry. In recent years, basic fields in chemistry and biotechnology have expanded, and graduates actively participate in all industries. A few years after graduation, they lead projects and receive roles wherein they get to guide their juniors. In recent years, the number of graduates who conduct technical guidance and research abroad has increased. Each of us is building a future society around the world.
現代社会では、有機ELや有機FETなどの機能性材料が重要な役割を担っています。
豊かで持続可能な社会を目指し、明確で美しい構造を持つ有機分子の開拓を行っています。実験的と理論的アプローチを組み合わせた設計で、新しい材料の開発に挑んでいます。
生命現象およびそこから作り出される様々な生体高分子は、我々に計り知れない可能性を示してくれます。この生命のメカニズムを謙虚に学んで利用しつつ、さらに天然材料を遥かに凌駕するような新規高機能ナノマテリアルと次世代型バイオテクノロジーを目指した研究を行っております
。
