COURSE OFFERINGS
Table of Curriculum (Undergraduate)
| Classification | Course No. | Course Title | Lecture:Lab.:Credit (Homework) | Semester (lecture cycle) | Lecture Plan | Note | |
|---|---|---|---|---|---|---|---|
| Elective Basic Courses | CBE.10000 | Integrating Chemistry and Biology into Engineering | 3:0:3(3) | Fall (1 year) | '25 Fall, '26 Fall | ||
| Mandatory Major Courses | CBE.20001 | Molecular Engineering Laboratory | 1:6:3(6) | Fall (1 year) | '25 Fall, '26 Fall | ||
| CBE.20003 | Industrial Organic Chemistry | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | |||
| CBE.20005 | Chemical and Biomolecular Engineering Analysis | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | □MAS.10001, MAS.10002 | ||
| CBE.30001 | Chemical and Biomolecular Engineering Laboratory | 1:6:3(6) | Spring (1 year) | '25 Spring, '26 Spring | |||
| CBE.30011 | Reaction Engineering | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | |||
| CBE.30022 | Chemical and Biomolecular Engineering Thermodynamics | 3:0:3(3) | Fall (1 year) | '25 Fall, '26 Fall | |||
| Elective Major Courses | Advanced Major | CBE.20002 | Basic Principles for Chemical and Biomolecular Engineering | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | |
| CBE.20006 | Introduction to Numerical Methods for Chemical and Biomolecular Engineers | 3:0:3 | Fall (1 year) | '25 Fall, '26 Fall | □MAS.10001, MAS.10002 | ||
| CBE.20061 | Biochemical Engineering | 3:0:3(3) | Fall (1 year) | '25 Fall, '26 Fall | |||
| CBE.30031 | Fluid Mechanics for Chemical Engineering | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | □CBE.20005 | ||
| CBE.30032 | Heat and Molecular Transfer | 3:0:3(3) | Fall (1 year) | '25 Fall, '26 Fall | |||
| CBE.30051 | Introduction to Macromolecular Engineering | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | |||
| Elective Major Course | CBE.20007 | My CBE-Career Planning in Chemical and Biomolecular Engineering | 1:0:1 | Spring (1 year) | '25 Spring, '26 Spring | ||
| CBE.20008 | Physical Chemistry for Chemical and Biomolecular Engineers Ⅰ | 3:0:3 | Fall (1 year) | '25 Fall, '26 Fall | |||
| CBE.20060 | Biomolecular Engineering | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | |||
| CBE.30021 | Separation Processes | 3:0:3(3) | Fall (1 year) | '25 Fall, '26 Fall | □CBE.20002, CBE.30022 | ||
| CBE.30041 | Process Simulation and Control | 3:1:3(3) | Spring (1 year) | '25 Spring, '26 Spring | |||
| CBE.30062 | Bioinformatics | 3:0:3(3) | Spring (2 year) | '25 Spring, '27 Spring | |||
| CBE.30063 | Introduction to Metabolic Engineering and Synthetic Biology | 3:0:3 | Fall (2 year) | '26 Fall | |||
| CBE.30071 | Electrochemical Principles for Chemical and Biomolecular Engineering | 3:0:3 | Spring (1 year) | '25 Spring, '26 Spring | |||
| CBE.40004 | Physical Chemistry for Chemical and Bimolecular Engineers Ⅱ | 3:0:3(3) | Fall (1 year) | '25 Fall, '26 Fall | ◎ | ||
| CBE.40041 | Techniques of Process and Product Design | 3:0:3(3) | Spring (1 year) | '25 Spring, '26 Spring | ◎ □CBE.20002, CBE.30021, CBE.30022 | ||
| CBE.40042 | Chemical and Biomolecular Engineering Capstone Design Project | 3:0:3(3) | Fall (2 year) | '25 Fall, '27 Fall | ◎ □CBE.30011, CBE.30021, CBE.40041 | ||
| CBE.40044 | Introduction to Molecular Modeling and Simulations | 3:0:3 | Spring (2 year) | '25 Spring, '27 Spring | ◎ □CBE.20006 | ||
| CBE.40052 | Polymer Synthesis for Chemical and Biomolecular Engineers | 3:0:3 | Fall (1 year) | '25 Fall | ◎ | ||
| CBE.40055 | Nanochemical Technology | 3:0:3(3) | Fall (1 year) | '25 Fall, '26 Fall | ◎ | ||
| CBE.40061 | Biorefineries for fuels and Chemicals | 3:0:3(3) | Fall | not open | ◎ | ||
| CBE.40062 | Bioseparation Engineering | 3:0:3 | Fall (1 year) | '25 Fall, '26 Fall | ◎ | ||
| CBE.40063 | Engineering Principles in Biological Systems | 3:0:3 | Fall (2 year) | '25 Fall | ◎ | ||
| CBE.40064 | Big Data Analysis and Machine Learning for Biotechnology | 3:0:3 | Spring (2 year) | '25 Spring, '27 Spring | ◎ □CBE.20060, CBE.20061 | ||
| CBE.40072 | Introduction to New and Renewable Energy | 3:0:3 | Spring (1 year) | '25 Spring, '26 Spring (TBD) | ◎ | ||
| CBE.40073 | Microelectronics Processes | 3:0:3(3) | Spring (1 year) | '25 Spring, '27 Spring | ◎ | ||
| CBE.40074 | Instrumental Analysis for Chemical and Biomolecular Engineering | 3:0:3 | Fall (1 year) | '25 Fall, '26 Fall | ◎ | ||
| CBE.40075 | Introduction to Environmental Chemical Engineering | 3:0:3 | Spring (2 year) | '26 Spring : not open | ◎ | ||
| CBE.49900 | Special Topics in Chemical and Biomolecular Engineering | 3:0:3(3) | Spring·Fall | ◎ Subtitle is assigned | |||
| CBE.49901 | Special Topics in Chemical and Biomolecular Engineering Ⅱ | 2:0:2(2) | Spring·Fall | ◎ Subtitle is assigned | |||
| CBE.49902 | Special Topics in Chemical and Biomolecular Engineering Ⅲ | 1:0:1(1) | Spring·Fall | ◎ Subtitle is assigned | |||
| Research | CBE.91000 | Undergraduate Research | 0:6:3 | Spring·Fall | |||
| CBE.91100 | Individual Study | 0:6:1 | Spring·Fall | ||||
| CBE.93000 | Seminar for Undergraduate Students | 1:0:1 | Spring·Fall | ||||
◎: Course mutually recognized by undergraduate and graduate programs
□: Prerequisite Courses
※ Course classification, course title, and mutual recognition of credits may differ according to the effective year of the requirements.
Substitute Course List
| Substitute courses in the department | |||||
|---|---|---|---|---|---|
| Category | Courses currently offered | Courses not currently offered | |||
| Course No. | Course Title | Course No. | Course Title | Remark | |
| Undergraduate | CBE.20002 | Basic Principles for Chemical and Biomolecular Engineering | CBE.20002 | Introduction to Chemical and Biomolecular Engineering | Course title/Course Classification change |
| Undergraduate | CBE.20008 | Physical Chemistry for Chemical and Biomolecular Engineers Ⅰ | CBE.30003 | Physical Chemistry for Chemical and Biomolecular Engineers Ⅰ | Course No. change |
| Undergraduate | CBE.30011 | Reaction Engineering | CBE.30011 | Molecular Reaction Engineering | Course Title/Course Classification change |
| Undergraduate | CBE.30022 | Chemical and Biomolecular Engineering Thermodynamics | CBE.20021 | Molecular Thermodynamics and Energy Systems | Course Title/Course No. change |
| Undergraduate | CBE.30031 | Fluid Mechanics for Chemical and Biomolecular Engineering | CBE.30031 | Fluid Mechanics for Chemical Engineering | Course Title change |
| 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 | |
| Undergraduate | CBE.20003 | Industrial Organic Chemistry | CH.20021 | Organic Chemistry Ⅰ | Unidirectional substitution |
| Undergraduate | CBE.20060 | Biomolecular Engineering | BS.20009 | Molecular Biology | Unidirectional substitution |
| Undergraduate | CBE.20008 | Physical Chemistry for Chemical and Bimolecular Engineers Ⅰ | CH.20012 | Physical Chemistry Ⅱ | Unidirectional substitution |
| Undergraduate | CBE.30062 | Bioinformatics | BiS.43008 | Bioinformatics | Unidirectional substitution |
| Undergraduate | CBE.40004 | Physical Chemistry for Chemical and Bimolecular Engineers Ⅱ | CH.20011 | Physical Chemistry Ⅰ | Unidirectional substitution |
| Graduate | CBE.50067 | Metabolic Engineering | BiS.62002 | Metabolic Engineering | Unidirectional substitution |
| Graduate | CBE.60053 | Mechanical Properties of Polymers | ME.60033 | Mechanical Behavior of Polymeric and Composite Materials | Unidirectional substitution |
| Graduate | CBE.70012 | Surface Phenomena | MS.60054 | Surface Science | Unidirectional substitution |
| Graduate | CBE.89906 | Special Topics in Biochemical Engineering | BS.70060 | 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 [CBE.20003] Industrial Organic Chemistry or [CH.20021] Organic Chemistry Ⅰ.
※ If you have taken [CH.20012] Physical Chemistry Ⅱ and [CBE.20008] Physical Chemistry for Chemical and Bimolecular Engineers Ⅰ, or [CH.20011] Physical Chemistry Ⅰ and [CBE.40004] 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.