It is our goal for students to structurally research and educate themselves in the theory and techniques related to safety convenience design production and fusion spare-part material, which is a very basic and important part of a field that incorporates superprecision machines that use computers as instruments in plasticity inosculation. These include new machinery engineering technology and energy efficiency in the eco-friendly supplying machinery field, new renewable energy and the flying propellant combustion field, and the wind and fluid machinery fields.

Our students are educated in CAD/CAM/CAE using computers and various software to design, produce and explain, study the theory and concepts of complex computer systems of production, methods to monitor the production process and the automation and factory automation of the production process. By nurturing professionals for these fields, we are educating our students in modern design technology, precise process system techniques and new material application techniques.

We deal with the theory and techniques that are necessary tools for the development of alternative energy, such as wind energy, hydrogen energy, solar energy, fuel cell and unutilized energy, efficient transition and the transfer field of energy such as combustion facility and heat transistors, design/simulation field of fluid machinery related to the power generation system of pumps and turbines and flying propellants, and the design supplying machinery engine field.

NOTE: The university may have additional program-specific eligibility requirements. It is recommended to verify these on the official university website.