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Master program
| Master's Degree Program |
| Department of Chemical Engineering, National Taiwan University |
|
Required course： 13 credits |
Core courses can be taken from the following classes:
| Curriculum Identity Number | Chinese Course Title | English Course Title | Credits | Group | Taught in English | Department |
| ChemE7001524 M0030 | 專題討論 | Seminar | 1 | Y | Dep. of ChE | |
| ChemE7003524 M1110 | 高等化工熱力學 | Advanced Chemical Engineering Thermodynamics | 3 | A | Y | Dep. of ChE |
| ChemE7004524 M1120 | 高等化工動力學 | Advanced Chemical Engineering Kinetics | 3 | A | Y | Dep. of ChE |
| ChemE7006524 M1200 | 高等熱質量傳遞 | Advanced Heat and Mass Transfer | 3 | A | Y | Dep. of ChE |
| ChemE7007524 M1210 | 高等流體力學 | Advanced Fluid Dynamics | 3 | A | Y | Dep. of ChE |
| ChemE7016524 M1520 | 高等化工應用數學一 | Advanced Applied Mathematics for Chemical Engineering (Ⅰ) | 3 | A | Dep. of ChE | |
| ChemE7017524 M1530 | 高等化工應用數學二 | Advanced Applied Mathematics for Chemical Engineering (Ⅱ) | 3 | A | Dep. of ChE | |
| ChemE7024524 M6010 | 碩士專題研究一 | Master Research (Ⅰ) | 1 | Y | Dep. of ChE | |
| ChemE7025524 M6020 | 碩士專題研究二 | Master Research (Ⅱ) | 1 | Y | Dep. of ChE |
Elective courses can be taken from the following classes:
| Curriculum Identity Number | Chinese Course Title | English Course Title | Credits | Group | Taught in English | Department |
| ChemE7031524 M6100 | 分子模擬 | Molecular Simulation | 3 | Y | Dep. of ChE | |
| ChemE5037524 EU2070 | 科技英文寫作 | Technical English Writing | 3 | Y | Dep. of ChE | |
| ChemE7011524 M1340 | 高等程序控制 | Advanced Process Control | 3 | Y | Dep. of ChE | |
| ChemE7035524 M6140 | 軟質材料科學 | The Science of Soft Matter | 3 | Y | Dep. of ChE | |
| ChemE7010524 M1310 | 程序最適學 | Process Optimization | 3 | Y | Dep. of ChE | |
| ChemE5028524 U1600 | 膜分離程序 | Membrane Separation Processes | 3 | Y | Dep. of ChE |
Special regulations for electives:
1. Undergraduate courses do not count toward the elective requirement for graduate students. Courses with an identity number starting with U can be applied toward the elective requirement for master’s students but not Ph.D. students. (Physical education and teacher education are not included).
2. No more than a total of 6 credits (with grades over 70) of graduate core courses taken during undergraduate study (beyond those needed to meet the undergraduate minimum requirement) may be applied toward the graduate course work requirement.
3. Students must complete a total of 9 credits of core courses, and 6 credits of electives (curriculum identity No. 524). No more than a total of 9 credits in other departments can be applied (unless approved by the advisor and the department chair).
Remarks:
1. 13 required credits include: Seminar (2 credits), Master Research (2 credits), 3 required core courses (3 credits for each course).
2. Core courses: Advanced Fluid Dynamics, Advanced Heat and Mass Transfer，Advanced Chemical Engineering Kinetics, Advanced Applied Mathematics for Chemical Engineering (Ⅰ) and (II) (Only one Applied Mathematics course can be applied toward the requirement if both courses are taken), Advanced Chemical Engineering Thermodynamics.