TIGP Program on Sustainable Chemical Science & Technology

Graduation Requirement

 

NYCU General Requirement 20240219 pdf icon

NTU General Requirement 20240801pdf icon

NTU-SCST Curriculum Regulations 20220923pdf iconpdf icon

NTU-SCST Thesis Quality and Management Standards(bilingual)pdf icon

PhD. Qualifying Exam Regulations (For NYCU & NTU Students enrolled in/after Fall 2026) pdf icon

PhD. Qualifying Exam Regulations (For NYCU & NTU Students enrolled in/after Fall 2022)pdf icon

Regulations Governing Scholarship and Academic Performance Evaluation 20220815 pdf icon

Student Assessment Document 20220815pdf icon

  

 

Minimum Term of Study Two Years
Minimum Credits for Ph.D. Students Who Have Master’s Degrees 20 Credits
Notes Students should pass the on-line course “Academic Research Ethics Education”. The passing certificate for this course should be submitted to the Department office before applying for the degree exam. https://ethics.moe.edu.tw/
NTU Students who have already taken the courses Send the certificate of completion to the Graduate Education Division at This email address is being protected from spambots. You need JavaScript enabled to view it., with your student ID number.
NYCU Students who have already taken the courses NYCU Application Form for Exemption of Academic Research Ethics Education Coursepdf icon

 

 

Curriculum and Regulations
NYCU-SCST
( Applied Chemistry Division )
 NYCU-SCST
( Environmental Engineering Division )
 NTU-SCST
  1. Mandatory
    1. Seminar (2 credits)
    2. Colloquium (2 credits)
    3. Lab Rotation (0 credit)
    4. Elementary Chinese I, II (0 credit)
    5. Introduction to Sustainable Chemical Science and Technology I, II (6 credits)。
  2. Elective Courses(Core): Except the Advanced Seminar, please select at least one course as below
    1. (Must Select) Advanced Seminar (1 credit)
    2. Advanced Organic Chemistry (3 credits)
    3. Advanced Inorganic Chemistry (3 credits)
    4. Advanced Analytical Chemistry (3 credits)
    5. Advanced Physical Chemistry I (3 credits)
    6. Discussion in Advanced Chemical Biology I (4 credits)
  1. Mandatory
    1. Seminar (2 credits)
    2. Colloquium (2 credits)
    3. Lab Rotation (0 credit)
    4. Elementary Chinese I, II (0 credit)
    5. Introduction to Sustainable Chemical Science and Technology I, II (6 credits)。
  2. Elective Courses(Core): Except the Advanced Seminar, please select at least one course as below
    1. (Must Select) Advanced Seminar (1 credit)
    2. Advanced Organic Chemistry (3 credits)
    3. Advanced Inorganic Chemistry (3 credits)
    4. Advanced Analytical Chemistry (3 credits)
    5. Advanced Physical Chemistry I (3 credits)
    6. Discussion in Advanced Chemical Biology I (4 credits)
    7. Environmental Engineering Division: at lease one course below provided by Institute of Environmental Engineering
      1. Theory and Practice of Particulate Control Equipment (3 credits)
      2. Advanced Aerosol Measurement (3 credits)
      3. Surface Chemistry (3 credits)
      4. Surface Analysis (3 credits)
      5. Environmental Analysis (3 credits)
      6. Environmental Chemistry (3 credits)
      7. Theory and Practice of Gaseous Pollution Control Devices (3 credits)
      8. Fundamental and Applications of Industrial Catalysis (3 credits)
  1. Mandatory
    1. Seminar (2 credits)
    2. Colloquium (2 credits)
    3. Lab Rotation (0 credit)
    4. Elementary Chinese I, II (0 credit)
    5. Introduction to Sustainable Chemical Science and Technology I, II (6 credits)
    6. Thesis (PhD.) (0 credit)
  2. Elective Courses(Core): Except the Advanced Seminar, please select at least one course as below
    1. (Must Select) Research Seminar (1 credit)
    2. Advanced Organic Chemistry (3 credits)
    3. Advanced Inorganic Chemistry (3 credits)
    4. Advanced Analytical Chemistry (3 credits)
    5. Advanced Physical Chemistry I (3 credits)
    6. Discussion in Advanced Chemical Biology I (4 credits)
    7. Advanced Chemical Engineering Thermodynamics
    8. Advanced Chemical Engineering Kinetics
    9. Advanced Heat and Mass Transfer
    10. Advanced Fluid Dynamics
    11. Fundamentals and Applications of Microfluidics
    12. Clinical Translation and Industrialization of Biomaterials
    13. Introduction to Biochemistry
    14. Special Topics on Biomaterials
    15. Introduction to Biomedical Engineering