COURSE OFFERINGS

Table of Curriculum (Graduate)

Classification Course No. Computer Code Course Title Lecturee:Lab.: Credit
(Homework)
Semester Note
Mandatory Major Courses CBE601 39.601 Research Methodology for Chemical & Biomolecular Engineers 2:3:3(3) Spring
CBE602 39.602 Problem Solving in Chemical & Biomolecular Engineering 3:0:3 Spring or Fall
Elective Courses CBE502 39.502 Engineering Applied Mathematics 3:0:3(4) Fall
CBE503 39.503 Numerical Method for Chemical Engineers 3:0:3(4) Spring
CBE505 39.505 Chemical Process and Product Design 3:0:3 Fall
CBE511 39.511 Design of Reaction System 3:0:3(3) Spring or Fall
CBE512 39.512 Introduction to Catalysis Engineering 3:0:3(4) Spring or Fall
CBE513 39.513 Catalysis for Renewables 3:0:3 Spring
CBE522 39.522 Introduction to Interfacial Engineering 3:0:3(3) Spring
CBE523 39.523 Rate-controlled Separation Process 3:0:3(4) Spring
CBE525 39.525 Molecular Electronics 3:0:3(3) Spring or Fall
CBE531 39.531 Multiphase Reactor Engineering 3:0:3(3) Spring
CBE532 39.532 Mass Transfer 3:0:3(4) Spring
CBE533 39.533 Fundamentals of Microstructure Fluid Flow 3:0:3(4) Spring or Fall
CBE541 39.541 Advanced Process Control Ⅰ 3:0:3(4) Spring
CBE542 39.542 Process Optimization 3:0:3(4) Spring
CBE543 39.543 Process Systems Engineering Theories and Methods 3:0:3 Fall ◎ □CBE341
CBE551 39.551 Polymer Rheology 3:0:3(3) Spring or Fall
CBE552 39.552 Materials Engineering of Polymers 3:0:3(3) Spring or Fall
CBE554 39.554 Physical Principles of Polymers 3:0:3(3) Fall
CBE556 39.556 Structure and Properties of Macromolecules 3:0:3(3) Spring
CBE562 39.562 Drug Design, Development and Delivery 3:0:3 Spring or Fall
CBE563 39.563 Protein Engineering 3:0:3(3) Spring or Fall
CBE564 39.564 Bioprocess Engineering 3:0:3(3) Fall
CBE567 39.567 Metabolic Engineering 3:0:3(4) Fall
CBE568 39.568 Nanobiotechnology for Biochemical Engineers 3:0:3(3) Spring or Fall
CBE569 39.569 Nucleic Acid Engineering 3:0:3(3) Spring or Fall
CBE571 39.571 Energy Engineering 3:0:3(4) Fall
CBE572 39.572 Inorganic Materials Processing 3:0:3(4) Spring or Fall
CBE573 39.573 Fuel Cell Processes and Materials 3:0:3(3) Fall
CBE581 39.581 Micro-chemical and Biomolecular System 3:0:3(3) Spring ◎ □CBE260
CBE591 39.591 Special Lectures in Chemical and Biomolecular Engineering 3:0:3 Spring or Fall ◎ Subtitle is assigned
Classification Course No. Computer Code Course Title Lecturee:Lab.: Credit
(Homework)
Semester Note
Elective Courses CBE611 39.611 Theory of Catalysis 3:0:3(3) Spring or Fall
CBE612 39.612 Design of Catalysis 3:0:3(4) Spring or Fall □CBE203
CBE613 39.613 Photocatalytic Reaction Engineering 3:0:3 Fall
CBE621 39.621 Phase Equilibria and Physical Properties 3:0:3(4) Spring or Fall
CBE622 39.622 Mixing Technology in Chemical Engineering 3:0:3(3) Spring or Fall
CBE623 39.623 Thin Film Nanotechnology 3:0:3 Fall
CBE631 39.631 Microfluidics 3:0:3(4) Fall
CBE632 39.632 Colloid and Surface Chemistry 3:0:3(3) Fall
CBE641 39.641 Advanced Process Design 3:0:3(4) Spring or Fall
CBE651 39.651 Multicomponent Polymer Materials 3:0:3(1) Fall
CBE652 39.652 Polymer Characterization 3:0:3(3) Fall □CBE351
CBE653 39.653 Mechanical Properties of Polymers 3:0:3(4) Spring or Fall
CBE664 39.664 Process for Recombinant Microorganism 3:0:3(3) Spring or Fall
CBE672 39.672 Air Pollution Control 3:0:3(3) Fall
CBE673 39.673 Water Pollution Control 3:0:3(3) Spring
CBE680 39.680 Membrane Technology 3:0:3(3) Fall
CBE682 39.682 Organic Nano-Structured Materials 3:0:3(3) Fall
CBE683 39.683 Electroactive Polymeric Materials and Devices 3:0:3 Spring or Fall □CBE351
CBE711 39.711 Advanced Reaction Engineering 3:0:3(4) Spring or Fall
CBE712 39.712 Surface Phenomena 3:0:3(3) Spring or Fall
CBE731 39.731 Polymer Fluid Dynamics 3:0:3(3) Spring or Fall
CBE741 39.741 Advanced Process Control Ⅱ 3:0:3(4) Spring
CBE751 39.751 Advanced Rheology of Polymer 3:0:3(3) Spring or Fall
CBE761 39.761 Bioprocess Analysis and Control 3:0:3(3) Spring □CBE564
CBE771 39.771 Advanced Electrochemical Engineering 3:0:3(4) Spring or Fall □CBE371
CBE773 39.773 Recent Topics in Chemical & Biomolecular Engineering 3:0:3(3) Spring or Fall Subtitle is assigned
CBE811 39.811 Special Topics in Chemical Reaction Engineering 3:0:3(3) Spring or Fall Subtitle is assigned
CBE821 39.821 Special Topics in Chemical Engineering Thermodynamics 3:0:3(4) Spring or Fall Subtitle is assigned
CBE831 39.831 Special Topics in Transport Phenomena 3:0:3(3) Spring or Fall Subtitle is assigned
CBE832 39.832 Special Topics in Separation Process 3:0:3(4) Spring or Fall Subtitle is assigned
CBE841 39.841 Special Topics in Process Engineering 3:0:3(3) Spring or Fall Subtitle is assigned
CBE851 39.851 Special Topics in Polymer Engineering 3:0:3(3) Spring or Fall Subtitle is assigned
CBE861 39.861 Special Topics in Biochemical Engineering 3:0:3(3) Spring or Fall Subtitle is assigned
CBE871 39.871 Recent Topics in Chemical & Biomolecular Engineering Ⅱ 2:0:2(2) Spring or Fall Subtitle is assigned
CBE872 39.872 Recent Topics in Chemical & Biomolecular Engineering Ⅲ 1:0:1(1) Spring or Fall Subtitle is assigned
Research CBE960 39.960 Thesis <Master Student> Spring or Fall
CBE966 39.966 Seminar <Master Student> 1:0:1 Spring or Fall
CBE980 39.980 Thesis <Ph.D. Student> Spring or Fall
CBE986 39.986 Seminar <Ph.D. Student> 1:0:1 Spring or Fall
CBE998 39.998 Practicum in Chemical and Biomolecular Engineering Ⅰ 0:3:1 Spring or Fall
CBE999 39.999 Practicum in Chemical and Biomolecular Engineering Ⅱ 0:6:2 Spring or 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 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 BiS438 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.