Objectives
In order to become the next-generation leaders of chemical engineering and biotechnology, students learn advanced theories and applied technologies, while carrying out original research and development projects.
Major Programs
Based on the theories of chemistry, chemical engineering, and biotechnology, students are to conduct research and development projects of next-generation organic high-molecular materials, environment control, and biotechnology.
Organic High-Molecular Materials – students acquire knowledge necessary for research and development of precise chemical products and new high-molecular materials to carry out applied research projects.
Environment Engineering – students acquire general knowledge in the sources and measurement of atmospheric and aquatic pollution; the principal mechanisms and designs of anti-pollution devices; wastewater disposal processes, and so forth.
Biotechnology – students acquire professional knowledge in designing and producing biotechnological products to carry out relevant research and development projects.
Organic High-Molecular Materials – students acquire knowledge necessary for research and development of precise chemical products and new high-molecular materials to carry out applied research projects.
Environment Engineering – students acquire general knowledge in the sources and measurement of atmospheric and aquatic pollution; the principal mechanisms and designs of anti-pollution devices; wastewater disposal processes, and so forth.
Biotechnology – students acquire professional knowledge in designing and producing biotechnological products to carry out relevant research and development projects.
Semester | Type | Classification | Class | Credit /hour |
Code |
---|---|---|---|---|---|
1st Semester |
Master /Doctor |
Selective | Advanced Fluid Mechanics | 3/3 | NC7201 |
Advanced Thermodynamics | 3/3 | NC7202 | |||
Advanced Inorganic Chemistry | 3/3 | NC7203 | |||
Advanced Instrumental Analysis | 3/3 | NC7204 | |||
Advanced Electronic Materials | 3/3 | NC7205 | |||
Eco-Environmental Chemistry I | 3/3 | NC7207 | |||
Atmospheric Environmental Analysis | 3/3 | NC7208 | |||
Advanced Industrial Chemistry | 3/3 | NC7225 | |||
Process for Recombinant Organisms | 3/3 | NC7229 | |||
Advanced Enzyme Engineering | 3/3 | NC7231 | |||
Advanced Electro-Chemistry | 3/3 | NC7234 | |||
Advanced Organic Chemistry | 3/3 | NC7235 | |||
Advanced Functional Biomaterials | 3/3 | NC7238 | |||
2nd Semester |
Master /Doctor |
Selective | Advanced Mass Transfer | 3/3 | NC7215 |
Advanced Chemical Reaction Engineering | 3/3 | NC7216 | |||
Advanced Physical Chemistry | 3/3 | NC7217 | |||
Advanced Heat Transfer | 3/3 | NC7218 | |||
Advanced Electronic Materials II | 3/3 | NC7219 | |||
Eco-Environmental Chemistry II | 3/3 | NC7221 | |||
Bioseparation Process Engineering | 3/3 | NC7227 | |||
Advanced Natural Biochemistry | 3/3 | NC7228 | |||
Advanced Polymer Materials | 3/3 | NC7230 | |||
Advanced Emulsion Chemistry | 3/3 | NC7233 | |||
Advanced Organic Synthesis | 3/3 | NC7236 | |||
Advanced Applied Microbiology | 3/3 | NC7237 | |||
Total | 25classes | 75 |