DEGREE REQUIREMENTS
Major Course Requirement for Dept. of Chemical and Biomolecular Engineering
(For Master’s Program)
Thesis Master’s Degree Program Please check the common graduation requirements. Credit Requirement for Graduation: Required to complete a total of more than 33 credits. Mandatory General Courses: 3 credits and 1AU Mandatory Major Courses: 6 credits Elective Courses: At least 12 credits
- It is required, at least, to take 9 credits from lectures offered by the CBE Department.
- ※ Lectures offered in Graduate School of EEWS by professors of CBE department are considered as lectures offered by CBE department.
- At least 12 credits including 2 credits from Seminar
- ※ International students who have completed at least one of the Korean language courses are exempted from the completion requirement of taking 2 credits from Seminars.
- ※ Students of the Department of Chemical and Biomolecular Engineering who are taking the Interdisciplinary Program are exempted from the completion requirement of taking 2 credits from Seminars, if they have taken the Interdisciplinary Internship Program.
None
Transitional measures- These requirements apply to those who enrolled in 2013 and onward.
- For those who enrolled in 2012 or before should comply to the former requirements:
- Master’s Program students who enrolled in 2012: 3 credits of Mandatory Major Course (CBE601); at least 15 credits of Elective Course (12 credits from CBE course)
- Master’s Program students who enrolled between 2009 and 2011: at least 18 credits of Elective Course (15 credits from CBE course); no Mandatory Major Course required
- The exemption of the completion requirement of taking Master’s Seminars is applied to all enrolled students.
Major Course Requirement for Dept. of Chemical and Biomolecular Engineering
(For Doctoral Program)
Please check the common graduation requirements. Credit Requirement for Graduation: Required to complete a total of more than 60 credits Mandatory General Courses: 3 credits and 1AU Mandatory Major Courses: 6 credits Elective Courses: At least 21 credits
- It is required, at least, to take 12 credits from lectures offered by the CBE department.
- ※ Lectures offered in Graduate School of EEWS by professors of CBE department are considered as lectures offered by CBE department.
- ※ The course credits earned in the Master's course work can be used towards the Doctoral degree (except research credits).
- These requirements apply to those who enrolled in 2013 and onward.
- For those who enrolled in 2012 or before should comply to the former requirements:
- Doctoral, Integrated Master’s and Doctoral Degree Program students who enrolled between 2009 and 2012: at least 27 credits of Elective Course (18 credits from CBE course); no Mandatory Major Course required
Major Course Requirement for Dept. of Chemical and Biomolecular Engineering
(For MS-PhD Integrated Program)
Please check the common graduation requirements. Credit Requirement for Graduation: Required to complete a total of more than 60 credits Mandatory General Courses: 3 credits and 1AU Mandatory Major Courses: 6 credits Elective Courses: At least 21 credits
- It is required, at least, to take 12 credits from lectures offered by the CBE department.
- ※ Lectures offered in Graduate School of EEWS by professors of CBE department are considered as lectures offered by CBE department.
- These requirements apply to those who enrolled in 2013 and onward.
- For those who enrolled in 2012 or before should comply to the former requirements:
- Doctoral, Integrated Master’s and Doctoral Degree Program students who enrolled between 2009 and 2012: at least 27 credits of Elective Course (18 credits from CBE course); no Mandatory Major Course required
Substitute Course List
Substitute Courses Offered by Other Departments | |||||
---|---|---|---|---|---|
Category | Courses Offered by the Department | Courses Offered by Other Departments | |||
Course No. | Course Title | Course No. | Course Title | Remark | |
Under graduate | CBE203 | Industrial Organic Chemistry | CH221 | Organic Chemistry Ⅰ | Unidirectional substitution |
Under graduate | CBE260 | Biomolecular Engineering | BS209 | Molecular Biology | Unidirectional substitution |
Under graduate | CBE303 | Physical Chemistry for Chemical and Bimolecular Engineers Ⅰ |
CH213 | Physical Chemistry Ⅱ | Unidirectional substitution |
Under graduate | CBE362 | Bioinformatics | Bioinformatics | Bioinformatics | Unidirectional substitution |
Under graduate | CBE404 | Physical Chemistry for Chemical and Bimolecular Engineers Ⅱ | CH211 | Physical Chemistry Ⅰ | Unidirectional substitution |
Graduate | CBE567 | Metabolic Engineering | BiS622 | Metabolic Engineering | Unidirectional substitution |
Graduate | CBE653 | Mechanical Properties of Polymers |
MAE633 | Mechanical Behavior of Polymeric and Composite Materials |
Unidirectional substitution |
Graduate | CBE712 | Surface Phenomena | MS654 | Surface Science | Unidirectional substitution |
Graduate | CBE861 | Special Topics in Biochemical Engineering |
BS760 | Selected Topics in Environmental Biotechnology |
Unidirectional substitution |
- ※ Students cannot take both courses to be substituted and courses to be recognized. For example, students can only take either [CBE203] Industrial Organic Chemistry or [CH221] Organic Chemistry Ⅰ.
- ※ If you have taken [CH213] Physical Chemistry Ⅱ and [CBE303] Physical Chemistry for Chemical and Bimolecular Engineers Ⅰ, or [CH211] Physical Chemistry Ⅰ and [CBE404] Physical Chemistry for Chemical and Bimolecular Engineers Ⅱ in 2013 or before, credits from both courses can be counted in the graduation credits.
- ※ Substitute courses may differ according to the effective year of the requirements.