전주대학교

Architectural engineering is a field of study to realize the most beautiful, the most functional, with the highest stability and economical. In this major, students will learn the theoretical and practical applications of architecture, to become architectural professionals who are able to design and construct buildings.

Since beginning of time, architecture has been an important standard in assessing the levels of culture. The future, how-ever, will be about the artistic perspectives of architecture. To maximize the values of architecture, it must be regarded as an essential part of the culture and designed as such. The department aims to educate and train great architects of the future, with courses focusing on from traditional architecture to state-of-the-art, advanced buildings. Architectural ma-jors are quite independent and attractive as it serves as the basis for obtaining architectural licenses, where one can start their own companies. Moreover, the architects often don’t have a retirement age. JJ University’s architectural major is a 5-year, internationally certified program.

The Department of Mechanical Systems Engineering aims to educate specialists in mechanical systems engineering who have the ability to solve the integrated problems using mechanical engineering knowledge with creativity.

Specific educational objectives are as follows.
● First, educate students with engineering knowledge and the capability of its practical use.
● Second, cultivate creative talents with problem-solving abilities.
● Third, train volunteer leaders with ethical awareness and responsibility.

The Department of Mechanical Systems Engineering reflects the characteristics of the modern industry in the curriculum, which emphasizes the systematic approach rather than each unit element. Through design education including mechanical engineering theory, computer-based analysis, laboratory exercises, and capstone design, the creative mechanical systems engineers will be trained in the fields of thermal fluid/energy system, mechatronics/robotic system, and advanced production/processing/design.

The Department of Mechanical and Automotive Engineering aims to educate and train design and production experts who may contribute to the development of the automotive and mechanical industry, through training students with skills in automotive system design, analysis, and production, as well as research all the necessary mechanics of energy production, conversion, delivery, and usage. The department aims to train multipurpose professionals who can operate of CAD/CAM/CAE based on automotive mechanics, able to lead the automotive industry of the future.

The Department of Carbon and Nano Materials Engineering aims to educate and train experts who will lead the nan-otechnology industry, a core technology of the future. With strong foundations in basic chemistry, physics, and mathe-matics, the department further intensifies the students’ ability in learning and researching the world of nanotechnology, a world smaller than 1/300,000 of a hair. The department also aims to set a founding ground for students to become experts of various sectors in nanotechnology by educating applicable nanotechnology so that the students can learn how nanotechnology is applied in semiconductors or display industry.

Department of Fire Safety Engineering consists of professional faculty, with wide range resources, domestic and foreign networks and experience from the field, with great research accomplishments and passion. The department’s aim is to educate and train professionals who are able to grow continuously, and not just towards graduating them. Students are verified of their capabilities in license, language, and major abilities through graduation objective system agreed by the student, their parents and professors. Educate what needs to be known and learned, rather than what the professor knows. At our Department of Fire Safety Engineering, experts who are involved with the government, corporations, research institutes, and relevant industries are engaged in master’s/doctoral degree programs, carrying out joint researches and studies. They may serve as the bridges for the undergraduate students to find work or expand their major after graduation.

Civil engineering is a field that contributes to the enhancement of quality of life of citizens by planning and upgrading social environments, and constructing SOC infrastructures. In this department, students will learn the fundamentals and applications of civil and environmental engineering, geared towards working-level experiences of civil engineering. Also, the department’s aim is to pursue a continued innovative education that responds to the needs of the industry, by providing opportunities for practicum and computer utilization.

The mankind, in the beginning, had lived a lifestyle that did not use any type of energy, and progressed slowly to times when we began to use dried bush or trees as sources of energy and to the modern day of using fossil fuels such as oil or coal, and now we’re on the verge of transition into an era where we’ll be using renewable energy such as solar heat, solar light, or wind. This renewable energy, are likely to be realized through projects called Intelligrid, or Smartgrid. The De-partment of Electrical and Electronics Engineering’s objective is to define itself as an academic discipline which educates to make energy sustainable, the biggest element of our civilization’s survival.

The Department of Information and Communication Engineering aims to educate and train H/W and S/W technicians, technology marketing professionals of the IT sector that society needs by teaching students wired and wireless commu-nications technology, mobile communication technology, image communication technology, internet and multimedia communication technology, etc., to efficiently process various types of communication services such as voice, image, and text, in response to our current and future technology needs.