Environment and Materials Engineering

Course Overview

The Environmental and Materials Engineering course cultivates experts in the development of sustainable new materials, covering the fields of materials science, materials engineering, and environmental chemistry.

The course focuses on teaching and research in the fields of materials science, materials engineering, and environmental chemistry, aiming to train engineers and researchers to design and develop new materials that are sustainable and friendly to society. In the first year, students study a wide range of natural sciences such as physics and chemistry. From the second year onward, they study 欧洲杯足彩app下载_欧洲杯下注平台-【直播*网站】 specific and specialized content emphasizing the relationship between the environment and materials through lectures, experiments and practical training. In the third year, students begin their graduation research, in which they learn cutting-edge knowledge and techniques in the laboratory while attending lectures and conducting experiments. In the fourth year, they individually plan and conduct their graduation research, taking the first step toward becoming experts. If you wish to learn 欧洲杯足彩app下载_欧洲杯下注平台-【直播*网站】 advanced content, they can continue and develop your research at a graduate school.

Research Fields/Areas

Materials chemistry

Acquisition of chemical knowledge necessary for materials science and materials engineering, including materials chemistry, organic reactions, and energy

Material properties

Gaining an understanding of various materials such as steel materials, inorganic materials, organic materials, environmental materials, composite materials, and semiconductors, and a mastery of simulation and materials informatics (computational materials)

Functional evaluation

Gaining an understanding of principles and methods of analysis and measurement of magnetic properties, X-ray structural analysis, quantum microscopy, humidity measurement, thermal analysis, etc.

Materials physics

Acquiring the physical knowledge necessary for materials science and materials engineering based on materials mechanics and quantum theory

Structural processes

Gaining an understanding of levitation (weightless) processes, ultra-quick solidification, semiconductor device manufacturing processes, etc.

Keywords for Learning

Curriculum

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	Jump to Japanese page
	Admission capacity	208
	Number of students	Jump to Japanese page
	Number of students entering graduate school	-