The curriculum of the School of Mechanical Engineering is designed to provide students with the basic mechanics of basic mechanics (fluid, thermodynamics, solids), materials and processing, mathematics and computer learning, in the second year, students study basic subjects (material dynamics, thermodynamics, dynamics, fluid mechanics) for understanding and understanding of mechanical systems, in the third year, students studying in mechanical engineering, mechanical engineering, mechanical engineering, vibration engineering, piping engineering, and welding engineering are selected for mechanical system design and production, Window design, hydraulic engineering, energy engineering, CAE, CAD, noise engineering, structural analysis).
Therefore, in this department, theoretical education of mechanical engineering specialty is combined with sufficient experimental and practical training to cope with the rapidly developing industrial technology and the engineering. In future, not only mechanical engineering but also other fields, The purpose of this training is to educate qualified professionals capable of serving as leaders in industries, government agencies, research institutes, and academia and serving the national and human society prosperity.

In Mechanical Engineering, we focus on basic Dynamic (fluids, thermal dynamics, solid), Materials and Processing, Mathematics and Computer Learnings to equip our students with durable basic skills. By offering them various application subjects (Robotics, Creative Engineering Design, Refrigeration and Air Conditioning, Systems Engineering) we expect our students to carry specialized knowledge when they become social participation. In addition, the academic foundation for graduate education is to acquire knowledge as researchers.
On the other hand, by expanding the usage of application Software (CATIA, CAD, 3G) we intend to experience actual engineering, and to enhance the engineering problem solving adaptation as mechanical design engineers now and in the future. As the level of human civilization is identified by the tools it uses, mechanical engineering makes human lives more convenient and enables humans to use energy more efficiently, and a tec that create Synergy, and the need of Mechanical and Design Engineering Professionals are demanding continuously.

The Department of Mechanical Systems Engineering is based on mechanical engineering and deals with the fields of science that can be applied to the design and manufacture of mechanical devices. This course aims to train students who can play a pivotal role in the field of mechanical engineering in industrial fields and research institutes by providing theoretical and practical application of mechanical system engineering and creative problem solving in future high-tech industries. Comparisons and processes.
The curriculum is designed to combine theoretical and practical skills through basic mechanics, computer-aided design (CAD), laboratory / laboratory and capstone design, field practice, and mechanical engineering projects. In addition, various comparative courses are conducted to nurture engineers who have a sense of professional ethics, cooperative ability, and sound personality as members of the industrial society.

This plant engineering major is a major that trains basic and professional knowledge related to smart plants made by convergence of ICT (Information Communication Technology) and aims to train and discharge competent personnel who lead high-tech fields in the 4th Industrial Revolution era.
The smart plant is a futuristic plant that has built a solution that enhances the safety of the process by utilizing big data, the Internet of Things and artificial intelligence, and minimizes errors that can be caused by humans.
Although automation of processes in oil and chemical industries has already been established due to its characteristics, it has gone beyond the concept of smart factory and is increasing to a point where it can detect risks early and detect abnormalities and increase efficiency of production by using accumulated data.
Therefore, South Korea's oil and chemical industries are actively introducing smart plants that converge ICT to raise production efficiency and process stability level to a new level.

• Sang-Kyoo Park, Ph.D. [Professor, Fluid Engineering and Turbulence, psk@jnu.ac.kr]
• Kang Chung, Ph.D. [Professor, Noise and Vibration Engineering, Numerical Analysis and Structural Vibration, ckang@jnu.ac.kr]
• Young-Wan Kim, Ph.D. [Professor, Mechanical Design and Mechanics of Composite Materials, wannkim@jnu.ac.kr]
• Ki-Seong Kim, Ph.D. [Professor, Heat and ParticleImaging Velocimeter, sngkim@jnu.ac.kr]
• Seung-Uk Ko, Ph.D. [Associate Professor Dynamics Control and Biomedical, kos2@jnu.ac.kr]
• Kyung-Jo Park, Ph.D. [Professor, Dynamics and Vibration, kjpark40@jnu.ac.kr]
• Chung-Youb Kim, Ph.D. [Professor, Solid Mechanics, kimcy@jnu.ac.kr]
• Hei-Cheon Yang, Ph.D. [Professor, Thermal and Fluid Engineering, hcyang@jnu.ac.kr]
• Hoon Kim, Ph.D. [ Professor, Mechanics Control and Measurements, khoon97@jnu.ac.kr]
• Bong-Ho Moon, Ph.D.[Professor, Tribology, mbh@jnu.ac.kr]

Students are required to earn 140 credits, normally over a period of 4 years. Students on average earn 18 credits per semester.

• Major of Courses
  • General Physics 1
  • General Physics 2
  • Field Practice
  • English for Global Communication 1
  • Mathematics 1
  • Statics
  • Engineering Mathematics
  • Mechanical Element Drawing
  • Kinematics of Mechanisms
  • Introduction to Production Engineering
  • Thermodynamics 1
  • Fluid Mechanics 1
  • Mechanics of Materials 1
  • Dynamics
  • Thermodynamics 2
  • Fluid Mechanics 2
  • Mechanics of Materials 2
  • Introduction to Electrical Engineering
  • Computer Programming for Engineers
  • Plastic process of casting and plastic working
  • Computer programming and practice

• Major of Courses
  • Machine Tools and Practice
  • Mechanical Design
  • Internal Combustion Engine
  • Dynamic system design
  • Mechanics of Living Body Motions
  • Sensor and Experiment Engineering
  • Automatic Control
  • Field Training1
  • Material Engineering
  • Nondestructive Testing
  • Energy Conversion Engineering
  • Fluid Machinery
  • Welding/Joining Engineering and Practice
  • Field Practice 2
  • CAD & Practice
  • Mechanical Vibration
  • Mechatronics ＆ Practice
  • Hydraulic Engineering
  • Computational mechanical design and practice
  • Design of Computational thermal system
  • Precision of Mechanism
  • Field Practice
  • Field Practice 3
  • Structure Analysis
  • Renewable Energy
  • Safety Engineering of Chemicals
  • Fluid thermodynamics and Practice
  • capstone design
  • Field Practice 4

• Major of Courses
  • Rigid body dynamics and Practice
  • Measurement Engineering
  • Machine Element of Design
  • Conveyance Engine
  • Creative Mechanical System Design Lab1
  • Field Training1
  • Numerical Analysis
  • Heat ·Material Transfer And Practice
  • Analysis and Design of Fluid System
  • Material science
  • Creative Mechanical System Design Lab2
  • Automatic Control
  • Ultrasonic Testing
  • Field Practice 2
  • 3D modelling and Practice)
  • Hydraulic Engineering
  • Mechanical Project Lab 1
  • Energy air conditioning systems
  • Mechanical Vibrations
  • Vehicle Dynamics
  • Capstone Design1
  • Plants System Design
  • Field Practice
  • Field Practice 3
  • Mechanical Project Lab 2
  • Future transportation system and energy
  • Production System Design Lab
  • Noise Analysis
  • Capstone Design2
  • Plants System Design 2
  • Field Practice
  • CAE and Practice

• Major of Courses
  • Rigid body dynamics and Practice
  • Introduction to Plant Engineering
  • Plant Digital Engineering
  • Plant Electric Machinery1
  • Plant Electromagnetics1
  • Plant Power Engineering1
  • Plant Computer Aided Design
  • Plant Piping Engineering
  • Plan Heat Transfe
  • Plant Welding Engineering
  • Plant Automatic Control
  • Plant Electric Machinery2
  • Plant Circuit Theory
  • Plant Electromagnetics2
  • Field Training1
  • Mechatronics System Design
  • Nondestructive Testing
  • Capstone Design1
  • Plant Signals and System Engineering
  • Plant Electrical Machinery Lab.
  • Plant Structural Vibrations
  • Field Practice2
  • Mechatronics ＆ Practice
  • Capstone Design2
  • Plant Structure Analysis
  • Plant Digital Signal Processing
  • Plant Noise Analysis
  • Plant Power Engineering2

Graduates are able to pursue careers in engineering, electronics, automobile, and construction firms. They may also enroll in graduate programs in the field of mechanical systems engineering.
Graduates may be qualified to work as heavy industry employees, technical public officials, and government officers.