1. Mission
(1) To cultivate problem-solving skills through basic and advanced courses, field technology seminars, R&D projects and patent applications in the fields of Smart Manufacturing Convergence Systems Engineering
(A) 1st year of Master's program: Students acquire relevant knowledge about quantification of problems and skills to describe the process of problem-solving, which are the foundation of the Smart Manufacturing Convergence Systems Engineering, through the basic (mandatory) and advanced (optional) courses (Research Topics for the 1st semester, Research Contents for the 2nd semester)
(B) 2nd year of Master's program: Through major courses and practical research on improvement of on-site difficulties (problems), students can improve the practical ability of finding and solving problems and drawing results and how to present and publish the results of their research (Research Outcomes for the 3rd semester, Research Thesis Presentation for the 4th semester)
(2) To cultivate human resources
(A System design skill should be developed to drive innovations in conventional manufacturing businesses by introducing smart factory technology, as the introduction of smart production system is essential for the local small and medium sized manufacturers to grow into global businesses.
(B) In particular, small and medium-sized manufacturing companies are not able to build smart factories simply by purchasing commercially available software or equipment. The entire process should be conducted step-by-step from the initial stage, middle stages 1 and 2 and then the final stage, and in a format appropriate for each business.
(C) In addition to that, a broad knowledge and understanding of ICT (electricity, electronics, computers), production system operation management (industrial engineering, business administration), and element technology (machinery, new materials, shipbuilding, etc.) are required for the implementation and operation of smart manufacturing systems.
2. Curriculum
(1) In order to cultivate practical human resources integrating various disciplines and technologies, the Department intends to organize and operate a convergent curriculum consisting of four majors:
(A) ICT courses: Courses related to IOT, Sensor Network and Operation Management Systems regarding Smart Factory Implementation taught by instructors in the fields of electrical, electronics, and computer engineering.
(B) Operations management courses: Courses on improving the efficiency, eliminating waste and optimizing manufacturing sites taught by instructors in the field of industrial engineering.
(C) Element technology courses:Courses on element manufacturing technology required by specific industries taught by instructors in the fields of machinery, chemicals, new materials, etc.
(D) Field-oriented, corporate-associated courses: Courses on practical R&D projects aimed at improving understanding of on-site situations and practical skills
(2) In consideration of the characteristics of the company and the areas of interest of students, students may choose one major course among the three majors, as follows:
(A) Smart Factory Major: This course is suitable for employees of IT companies and managers in manufacturing companies. It focuses on ICT convergence at the level of manufacturing sites.
(B) Mechanical/Shipbuilding Convergence System Major: Focusing on manufacturers of machinery parts or shipbuilding/offshore industries located in Busan, this course offers the technical expertise required for manufacturing technology and product development.
(C) Manufacturing System Major: Centers on learning about cost reduction and productivity improvement through operations management of manufacturing sites.
3. Faculty
Name |
Position |
Academic degree |
Major |
Dr. Sang-Mun Shin |
Professor |
Ph.D. in Engineering |
Quality engineering |
Dr. Hoon-Yong Yoon |
Professor |
Ph.D. in Engineering |
Human engineering |
Dr. Chae-Soo Kim |
Professor |
Ph.D. in Engineering |
Management science |
Dr. Woo-Yong Choi |
Professor |
Ph.D. in Engineering |
Information system |
Dr. Jeong-guk Yeom |
Professor |
Ph.D. in Engineering |
Mechanical Engineering |
Dr. Ki-Hang Kwon |
Professor |
Ph.D. in Engineering |
Software Engineering |
Dr. Sang-ho Lee |
Professor |
Ph.D. in Engineering |
Chemical engineering |
Dr. Jun-Woo Kim |
Associate Professor |
Ph.D. in Engineering |
Production engineering |
Dr. Moo-Yeon Lee |
Associate Professor |
Ph.D. in Engineering |
Mechanical Engineering |
Dr. Yeong-ik Choi |
Associate Professor |
Ph.D. in Engineering |
Environmental Engineering |
Dr. Hyo-jong Lee |
Associate Professor |
Ph.D. in Engineering |
Materials Engineering |
Dr. Yong-hee Lee |
Assistant Professor |
Ph.D. in Engineering |
Human Engineering and Safety Systems |
Dr. Bo-geun Lee |
Assistant Professor |
Ph.D. in Engineering |
Quality Management |
Dr. Gyeong-soo Park |
Assistant Professor |
Ph.D. in Engineering |
Production Systems |