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PhD's Program Map

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Credit Structure for Master Classes

 

 

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Notes

1. Graduation Credits﹕30 credit
  (1) 6 credit hours from the required courses (including Seminar and English Technical

        Writing (1)(2)).
  (2)18 credit hours from the elective courses.
  (3)6 credits of thesis (grant after passing the degree exam.).

 2. Max.of 6 credit hours outside of CME Department and Biomed Graduate Institutes are

     counted for graduation requirement.

 3. Students have to take at least 2 courses from 8 core elective courses.

 4. Ph.D. students must take the compulsory Seminar course in the first

     year and second year (total 4 credit hours).

 5. All graduate students must pass/meet the English proficiency test/requirement as

     outlined in "English Proficiency Assessment for Foreign Students, College of

     Engineering, Chang Gung University".

 6.International students may take elective courses in English provided by other

    departments/graduate institutes of CGU toward graduation requirement or graduation

    requirement of core elective courses, within the caps of 12 credit hours for M.S.

    students and 9 credit hours for Ph.D. students. These courses are subject to be reviewed

    by advisor and graduate student affairs committee. This regulation applies to the

    international students admitted through the international student admission process.

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Essential Subjects

Course Title credit semester
Advanced Reaction Engineering 3

First

Advanced Transport Phenomena 3

First

Advanced Process Engineering

3

Second
Advanced Thermodynamics

3

Second
Advanced Inorganic Materials

3

First
Advanced Organic Materials

3

Second
Biochemical Engineering

3

Second
Biomedical Engineering

3

Second

 

 

 

 

 

 

 

 

 

 

 

 

 

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Professional Optional Subjects

Course Title credit semester
Enzymes and Cell Immobilization

3

First
Polymer Structure and Physical Properties

3

First
Instrumental Analysis Special Topics

3

First
Air Pollution Control Theory and Design

3

First
Particulate Engineering

3

First
Membrane Technology

3

First
Opto-Polymers & Their Application

3

First
Special Topics in Advanced Electrochemistry

3

First
Clinical Applications of Biomedical Engineering and Materials

3

First
Applied Industrial Microbiology

3

Second
Theory and Design of Wastewater Treatment

3

Second
Bioreactor

3

Second
Polymer Blends

3

Second
Design of Experiments 

3

Second
Thin Film Processing

3

Second
Battery and Energy Conversion

3

Second
Functional Polymers

3

Second
R&D and Patents Practice

3

Second
Solid State Chemistry

3

Second

 

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