Industrial Engineering
Introduce
Our program fosters industrial engineering experts dedicated to providing the technical support needed for companies to optimize profits and minimize risk. The curriculum consists of courses that cover various areas such as production management, operation management, facility management, quality control, applied statistics, human factors engineering and system research.
Objective / Goal
Industrial engineering provides the fundamental engineering needed in the areas of interaction between technology and management. I.E(Industrial Engineering) Focuses on the design and analysis of systems that aggregate the technical, economic and social components that exist in industries, service providers, and government organizations. Specifically, the medical institution educates OR, management science, system engineering, statistics, and human/machine systems.
New Materials Science and Engineering
Introduce
Korea’s materials and parts industry is the most urgent field to be reinforced throughout the industry and is emerging as a core field of 21C high-tech industry. In particular, new materials engineering is an important field to enhance national competitiveness by researching and developing parts and materials that become the core of high-tech industries, and applying them to the industry.
Our department of new material engineering established in 1982 as a material engineering major aims to produce the skills and manpower needed by nations and industries by cultivating human resources through research and education on metals, ceramics, electronics and polymer materials.
In order to execute this, we offer a variety of subjects related to the structure and process of materials related to physical, chemical, mechanical, and electromagnetic properties, and we are equipped with analysis equipment such as SEM and XRD to support students' practical experiences.
Objective / Goal
The new materials sector supplies basic materials not only for steel, machinery and electronics but also for the entire industrial sector, aiming to develop new materials based on physics and chemistry. Therefore, students with an interest in the field of parts and a strong affinity towards natural science, with an active critical mind can be regarded as fitting in the new material engineering department.
Recently, efforts have been actively made to develop new materials around the world, and accordingly, existing materials are constantly being replaced by new materials. Therefore, in order to promptly receive advanced academic and industrial information, skills in foreign languages such as English are required.
Recently, efforts have been actively made to develop new materials around the world, and accordingly, existing materials are constantly being replaced by new materials. Therefore, in order to promptly receive advanced academic and industrial information, skills in foreign languages such as English are required.
Introduce
The program specializes in studying next generation renewable energy that can replace existing fossil fuels, and conducting research and development related to energy efficiency and energy system maintenance and operations. The department cultivates professional talent in the fields of solar energy, replaceable batteries, energy storage, bio and waste energy, hydro energy and fuel cells, etc.
Objective / Goal
1. We will cultivate talented people with professional knowledge and experience in related fields to solve energy problems that are gradually increasing as demand continues to increase through the improvement of energy efficiency and the use of renewable energy.
2. In study of energy generation, conversion, and storage technologies through practical application and fusion of basic studies such as chemistry, physics, chemical engineering, and material engineering, which are covered in undergraduate courses, and conduct research and development of related technologies.
3. It provides students with an opportunity to see a perspective on a variety of energy-related problems and a systematic approach to solving them, and provides a framework for them to enter the society in the future and act as experts in their field.
Introduce
Food is the most important source of energy and nutrition for human life. Today, food engineering has developed to reach a stage where food materials are used to enhance human health, as well as prevent and treat diseases. Furthermore, biotechnology, called “green revolution” is greatly influencing food engineering. It is expected to solve the difficult problems that mankind is facing. According to these academic and social trends, the Food Engineering major contributes to people's health promotion and welfare improvement by developing functional foods, processed foods, and alternative materials into imported agricultural products. The major explores the development of a variety of beneficial food materials such as biologically active compounds and enzymes. To meet these purposes, we educate graduate students who major in Food Engineering to be equipped to produce hygienic, safe, and beneficial foods by offering five categories in the Food Engineering major: Food Engineering, Food Flavor Chemistry, Functional Food and Microbiology, Food Material Processing, and Food Safety Engineering.
Objective / Goal
The Food Engineering Department educates graduate students on the basis of the school's educational goals. First, we educate food engineers with creativity and application ability by systematically offering the basic knowledge and theory of Food Engineering. Second, we encourage graduate students to have practical experiences to understand and analyze problems in the food industry based on the expertise of Food Engineering. Third, we equip graduate students with responsibility and ethics for national health by producing hygienic, safe, and beneficial foods. Fourth, we instruct graduate students who have the potential to exercise leadership based on effective communication skills and cooperative spirit. Finally, we urge graduate students to learn through a cosmopolitan lens.
Introduce
The Department of Pharmaceutical Engineering is the department of convergence of pharmaceutics and engineering that deals with cutting-edge convergence technology, aiming at cultivating professional human resources who will lead innovation in the pharmaceutical industry with knowledges based on the latest drug delivery technology. The pharmaceutical bio-industry is a high value-added and a core industry in the BT field that will lead the 4th industrial revolution, thus, will play a key role in improving the national competitiveness. The major curriculum of the pharmaceutical engineering department focuses on the design and development of pharmaceutics, the development of the latest drug delivery technology, the manufacturing process technology of pharmaceuticals, and the quality control of pharmaceuticals. Students learns comprehensive knowledge across the pharmaceutical industry related to pharmaceutical synthesis, culture, formulation development, evaluation, toxicity and clinical practice via the training focused on developing practical skills. The Department of Pharmaceutical Engineering, with the support of world-class faculty and participating companies, offers a convergence, project-based, and industry-friendly education.
Objective / Goal
A. We aim to cultivate professional pharmaceutical engineers with highly specialized knowledge and experience to lead the pharmaceutical bio-industry which is continuously increasing demand.
B. We envisions that our students will learn pharmaceutical engineering in-depth and perform research and development of the related technologies through the application and convergence of basic sciences such as chemistry, physics, pharmacy, and pharmaceutical engineering, which are covered in undergraduate courses.
C. We provide the opportunity to take a perspective and systematic approach to solving the real problems of the pharmaceutical industry, and provide a framework to enter the society in the future and act as a creative leader.
Major introduction
The concentration of the department is pharmaceutical engineering, which is mainly focused on technical understanding and research and development of pharmaceutics, materials, and drug delivery technologies used in the pharmaceutical industry. In addition, 3D printing technology will be studied to develop novel drug delivery and drug analysis and diagnosis system in pharmaceutical engineering.