Curriculum
※ The department curriculum has three components:
Liberal education requirements(36Credits), a major(75Credits), and electives.
| Yr-Sem-R/E Course (Credit) | |
|---|---|
| 1-2-E Introduction in Chemical Engineering (3) | |
|
2-1-R Chem. Eng. Calculation Ⅰ(3) 2-1-R Physical Chemistry Ⅰ(3) 2-1-R Organic Chemistry Ⅰ(3) 2-1-E Enginnering Mathematics Ⅰ(3) 2-1-E Chem. Eng. Analysis Lab. (2) |
2-2-R Chem. Eng. Thermodynamics Ⅰ(3) 2-2-E Engineering Mathematics Ⅱ (3) 2-2-E Physical Chemistry Ⅱ (3) 2-2-E Organic Chemistry Ⅱ (3) 2-2-E Electrochemistry (3) 2-2-E Chem. Eng. Calculation Ⅱ (3) |
|
3-1-R Fluid Mechanics (3) 3-1-R Reaction Engineering Ⅰ (3) 3-1-E Chem. Eng. Thermodynamics Ⅱ (3) 3-1-E Modeling in Chem. Eng. (3) 3-1-E Process Engineering (3) 3-1-E Chem. Engineering Experiment Ⅰ (2) 3-1-E Engineering Education Theory (3) |
3-2-R Heat and Mass transfer (3) 3-2-RPolymer Science (3) 3-2-E Reaction Engineering Ⅱ (3) 3-2-E Energy Engineering (3) 3-2-E Engineering Biology (3) 3-2-E Chem. Engineering Experiment Ⅱ (2) 3-2-E Logic & writing in Chemical Engineering Education (3) |
|
4-1-R Process Control (3) 4-1-E Separation Process (3) 4-1-E Chemical Plant Design (3) 4-1-E Polymer Engineering (3) 4-1-E Chemical Process of Semiconductor (3) 4-1-E Chemical Engineering Experiment Ⅲ (2) 4-1-E Chemical Engineering Education (3) 4-1-E Industry-Academic Seminar (1) 4-1-E Internship Ⅰ (15) 4-1-E Internship Ⅱ (3) |
4-2-E Biochemical Eng. (3) 4-2-E Nano-Chemical Materials (3) 4-2-E Teaching Method & Study on Teaching Materials in Chemical Engineering (3) 4-2-E Internship Ⅲ (15) 4-2-E Internship Ⅳ (3) |