Advanced Knowledge Education for the Progress of the World
Today, besides petrochemistry, chemical engineering has played an important role in the progress of fine chemistry, new & renewable energy technology such as solar cells and hydrogen fuel cells, electrotechnology and information & communications-related advanced material industry, and ife science.
Thus, School of Chemical Engineering's academic curriculum has been designed to provide systematic education of chemical knowledges for understanding the constitution and characters of materials, the process designing and driving-related technological principles for managing the reactions and changes of the materials, and the physical-chemical characters and principles for applying the materials in various fields like electric ingredients, medicines, and Eco-products.
Thus, School of Chemical Engineering's academic curriculum has been designed to provide systematic education of chemical knowledges for understanding the constitution and characters of materials, the process designing and driving-related technological principles for managing the reactions and changes of the materials, and the physical-chemical characters and principles for applying the materials in various fields like electric ingredients, medicines, and Eco-products.
Education of Creative and Real Technologies which can be applied to the industrial fields
It is very important to be aware that, modern scientific technology can be applied to the industrial fields and it is progressing through creative thinking. The School of Chemical Engineering opens various courses at which creative experiments and engineering design practices are available. In addition, the field training as a part of university-industry cooperation increases the students' adaptability after their graduation.
Curriculum
The School of Chemical Engineering's curriculum for the Chemical Engineering major on the basis of ABEEK is as follows:
(Curriculum System Structure by Nanochemical, Biochemical, and Energy Chemical Engineering)
(Curriculum System Structure by Nanochemical, Biochemical, and Energy Chemical Engineering)