The discipline of materials has been studied and developed by engineering to have functions and properties for industrial uses and purposes, starting with the examination of the fundamental scientific formation principles of materials that played a key role in the development of human history and civilization. In particular, it is no exaggeration to say that the development of human history has progressed along with the development of materials. Even when human civilization showed the limits of its development and the flow of history stagnated, it was the role of engineering to overcome the limits and lead a new paradigm of industrial revolution. In the current era of the 21st century, the emergence of advanced materials has played a decisive role in communicating with the world and improving the quality of life due to the development of information and communication, semiconductor technology, and energy, and the demand for research and development of advanced materials is continuously increasing with the upcoming Fourth Industrial Revolution.
Just as the development of materials such as semiconductors, electronics, optics, and lightweight metal materials created new industries and led to the prosperity of the era, the future society will emphasize the importance of materials engineering students who can handle the research and development of advanced materials such as superconductors, semiconductors, and ceramics for secondary batteries. Since its inception, Department of Materials Science and Engineering at Korea National University of Transportation has been fostering the R&D professionals needed in the information industry society, and even now, when we need to prepare for the Fourth Industrial Revolution, we are presenting a vision of fostering innovative and creative global talents by linking the learning process with the implementation of large national research projects related to semiconductor and materials engineering.
We ask for your interest and support in the Department of Materials Science and Engineering, which is continuously conducting research based on energy, environment, nano, semiconductor and information and communication components and materials technologies that will change the paradigm of the next generation of science and technology, and is committed to fostering excellent human resources.
The history of mankind has been characterized by the development and manipulation of materials, and new materials are constantly being researched and developed even in the era we are currently living in. Just as the development of the metal-based materials industry and the development of new materials in the semiconductor, display, and energy sectors have been responsible for the Korean economy by creating new industries, the future society will emphasize the importance of advanced new materials. Advanced materials engineering is a discipline that studies the structure, properties, processes, and functions of materials from the background of basic science knowledge such as physics, chemistry, and mathematics, and provides the technical basis for utilizing them, and is the foundation for all industries, including the 6Ts (NT: Nanotechnology, BT: Biotechnology, IT: Information technology, ST: Space/Transportation technology, EET: Environmnet/Energy technology, CT: Culture technology) that will change the paradigm of future science and technology. In particular, in recent years, there has been an explosive interest in electronic/semiconductor materials with excellent properties, such as superconductors, semiconductors, and ceramics for secondary batteries, as well as energy and environmental materials, in preparation for the Fourth Industrial Revolution, and the demand for specialized technical personnel is increasing rapidly in line with the national trend of localization of material parts.
Department of Materials Science and Engineering at Korea National University of Transportation has been fostering specialized R&D engineers in the field of materials needed in the information and energy technologies by providing quality education services through a staged education system of basic, advanced, and application, and a talent development education model based on strong bonds between professors and students, and continues to produce pioneers who will lead the future 6T technology. In addition, we are contributing to the development of local and national industries through research on materials research trends in the fields of metals, ceramics, and organics, and the development of advanced materials and next-generation energy materials that reflect the needs of the next generation of advanced science.
No. | Grade | Semester | Subject name | Credit and time | Explanation |
---|---|---|---|---|---|
No Results |