본문 바로가기 대메뉴 바로가기

한밭대학교대학원

HIGHHANBAT

응용소재공학과

Department of Applied Materials Engineering HANBAT NATIONAL UNIVERSITY GRADUATE SCHOOL

Department Office Location and Phone Number: Room 109, N8 Building (Tel. 821-1234)

Department Overview and Objectives

  • By providing engineering education with a focus on the development of overall knowledge and practical skills in the design, development, and production of advanced new materials and components necessary to lead the high-tech era of the 21st century, we aim to foster excellent engineers with adaptability and creativity who can play a pivotal role in the new and advanced materials and components industry.
  • The Department of Applied Materials Engineering aims to educate and train advanced technical professionals who can play a crucial role in the field of advanced materials, which are the foundation of industries of the future. The department focuses on advanced functional materials such as metallic materials, photovoltaics, energy, aircraft industry, semiconductors, and biomaterials, and combines academic theories with experiments. In addition, the department endeavors to produce professionals who can contribute to the industrial field and research institutions.

Focuses of Education and Research

The Department of Applied Materials Engineering covers the development, analysis, evaluation, and application of new and advanced materials. Efforts are made to enable students to develop and research new applied materials based on basic understanding of materials. The department offers three research-based majors, i.e., metallic materials, energy materials, and computer simulation, and professors in each field are assigned to conduct research activities with students as well as industrial cooperation activities in related fields.

Applications and Related Industries

Graduates from this department typically take middle and upper management positions at companies in related fields, work as research directors and employees of research institutes and related companies, work as civil servants, work at state- owned enterprises, become self-employed, enter the new materials industry (metals, semiconductors, ceramics, and other fields), and work as researchers in research institutes. Others move on to graduate school at our university and other universities to further their studies before entering the workforce.

The Nature of the Discipline and Its Prospects

  • Cultivate applied materials engineers who are capable of academic inquiry
    - Develop the ability to apply theories from natural sciences and engineering to academic inquiry in applied materials engineering
    - Develop the ability to utilize the best materials and tools for academic research in applied materials engineering
  • Cultivate advanced materials experts needed in a highly industrialized society
    - Develop the ability to acquire the most advanced knowledge and research methods in applied materials science and apply them to solve practical problems related to materials
  • Cultivate professionals armed with the tools of the information age and globalization era