| Basic major course |
|
Physics for engineers I/II, Chemisty for engineers I/II, General life science I/II, Introduction to chemical and biological engineering |
| Mandatory major course |
|
Organic chemistry for engineers I/II, Physical chemistry for engineers I/II, Chemical engineering mathematics, Molecular biotechnology, Chemical and biological engineering experiment I/II, Transport phenomena I, Chemical engineering thermodynamics, Chemical reaction engineering |
| Elective major course |
Field of process and systems |
Introduction to device materials processing, Transport phenomena II, Process control and design, Separation processes, molecular nano and micro engineering design, Process optimization, Electronic industrial processes, Process analysis |
| Field of organic polymer materials |
Polymer engineering, Properties of polymers, Polymer materials, Organic fine chemistry, Organic materials engineering |
| Field of inorganic and electric materials |
Solid state chemical engineering, Catalysis engineering, Electronic materials engineering, Semiconductor engineering |
| Field of energy and environmental engineering |
Energy engineering, Energy device materials engineering, Electrochemical engineering, Environmental engineering, Environmental biological engineering |
| Field of biological engineering |
Genetic engineering, Cell biotechnology, Genome engineering, Biomaterials engineering, Biochemical engineering, Molecular bioengineering, Introduction to systems bioengineering, |
| Field of physical chemistry engineering |
Quantum chemical engineering, Instrumental analysis, Colloidal and interface engineering, Phase and reaction equilibria |
| Field of experiment and practice |
Laboratory for organic chemistry, Laboratory for chemical engineering, Laboratory for biomedical engineering, Practical application of engineering, Creative research, Creative design in chemical and biological engineering I/II, Career development |