Department of Chemical and Biomolecular Engineering
Korea Advanced Institute of Science and Technology

Course Offerings

Graduate Curriculum (Course Descriptions )
ClassificationCourse
Code
Course NameLecture
:Exp.
: Credit
(Homework)
TermRemark
Mandatory
General
Course
Mandatory
CC010
CC020
Special Lecture on Leadership
Ethics and Safety I
1:0:0
1AU
Fall
Spring/Fall
Choose 1
CC500
CC510
CC511
CC512
CC513
CC522
CC530
CC531
CC532
Scientific Writing
Introduction to Computer Application
Probability and Statistics
Introduction to Materials and Engineering
Engineering Economy and Cost Analysis
Introduction to Instruments
Entrepreneurship and Business Strategies
Patent Analysis and Invention Disclosure
Collaborative System Design and Engineering
3:0:3(4)
2:3:3(10)
2:3:3(6)
3:0:3(3)
3:0:3(6)
3:0:3(8)
3:0:3(6)
3:0:3(6)
4:0:4(8)
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Fall
Fall
Fall
Spring/Fall
Spring
Mandatory
Major Course
CBE601

CBE602
Research Methodology for Chemical & Biomolecular Engineers
Problem Solving in Chemical & Biomolecular Engineering
2:3:3(3)

3:0:3
Spring

Spring/Fall
Selective Major
Course
CBE502
CBE503
CBE505
CBE511
CBE512
CBE513
CBE522
CBE523
CBE525
CBE531
CBE532
CBE533
CBE541
CBE542
CBE543
CBE551
CBE552
CBE554
CBE555
CBE556
CBE563
CBE564
CBE566
CBE567
CBE568
CBE569
CBE571
CBE572
CBE573
CBE581
CBE611
CBE612
CBE613
CBE621
CBE622
CBE623
CBE631
CBE632
CBE641
CBE651
CBE652
CBE653
CBE661
CBE664
CBE672
CBE673
CBE680
CBE682
CBE683
CBE711
CBE712
CBE731
CBE741
CBE751
CBE761
CBE771
CBE773
CBE811
CBE821
CBE831
CBE832
CBE841
CBE851
CBE861
CBE871
CBE872
Engineering Applied Mathematics
Numerical Method for Chemical Engineers
Chemical Process and Product Design
Design of Reaction System
Introduction to Catalysis Engineering
Catalysis for Renewables
Introduction to Interfacial Engineering
Rate-controlled Separation Process
Molecular Electronics
Multiphase Reactor Engineering
Mass Transfer
Fundamentals of Microstructure Fluid Flow
Advanced Process Control I
Process Optimization
Process Systems Engineering Theories and Methods
Polymer Rheology
Materials Engineering of Polymers
Physical Principles of Polymers
Biopolymer
Structure and Properties of Macromolecules
Protein Engineering
Bioproces Engineering
Principles of Human Tissue Engineering
Metabolic Engineering
Nanobiotechnology for Biochemical Engineers
Nucleic Acid Engineering 
Energy Engineering
Inorganic Materials Processing
Fuel Cell Processes and Materials
Micro-chemical and Biomolecular System
Theory of Catalysis
Design of Catalysis
Photocatalytic Reaction Engineering
Phase Equilibria and Physical Properties
Mixing Technology in Chemical Engineering
Thin Film Nanotechnology
Microfluidics
Colloid and Surface Chemistry
Advanced Process Design
Multicomponent Polymer Materials
Polymer Characterization
Mechanical Properties of Polymers
Cell Culture Engineering
Process for Recombinant Microorganism
Air Pollution Control
Water Pollution Control
Membrane Technology
Organic Nano-Structured Materials
Electroactive Polymeric Materials and Devices
Advanced Reaction Engineering
Surface Phenomena
Polymer Fluid Dynamics
Advanced Process Control II
Advanced Rheology of Polymer
Bioprocess Analysis and Control
Advanced Electrochemical Engineering
Recent Topics in Chemical & Biomolecular Engineering
Special Topics in Chemical Reaction Engineering
Special Topics in Chemical Engineering Thermodynamics
Special Topics in Transport Phenomena
Special Topics in Separation Process
Special Topics in Process Engineering
Special Topics in Polymer Engineering
Special Topics in Biochemical Engineering
Recent Topics in Chemical & Biomolecular EngineeringⅡ
Recent Topics in Chemical & Biomolecular EngineeringⅢ
3:0:3(4)
3:0:3(4)
3:0:3
3:0:3(3)
3:0:3(4)
3:0:3
3:0:3(3)
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(4)
3:0:3(4)
3:0:3(4)
3:0:3(4)
3:0:3
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(4)
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(4)
3:00:03
3:0:3(4)
3:0:3(3)
3:00:03
3:0:3(4)
3:0:3(3)
3:0:3(4)
3:0:3(1)
3:0:3(3)
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3(3)
3:0:3
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(4)
3:0:3(3)
3:0:3(4)
3:0:3(3)
3:0:3(3)
3:0:3(3)
2:0:2(2)
1:0:1(1)
Fall
Spring
Fall
Spring/Fall
Spring/Fall
Spring
Spring
Spring
Spring/Fall
Spring
Spring
Spring/Fall
Spring
Spring
Fall
Spring/Fall
Spring/Fall
Fall
Fall
Spring
Spring/Fall
Fall
Spring
Fall
Spring/Fall
Spring/Fall
Fall
Spring/Fall
Fall
Spring
Spring/Fall
Spring/Fall
Fall
Spring/Fall
Spring/Fall
Fall
Fall
Fall
Spring/Fall
Fall
Fall
Spring/Fall
Spring/Fall
Spring/Fall
Fall
Spring
Fall
Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring
Spring/Fall
Spring
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
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*BiS622,**
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*MAE633








*MS654





Subtitle is assigned
″,*BS760
Research
CBE960
CBE966
CBE980
CBE986
Thesis (MS)
Seminar (MS)
Thesis (PhD)
Seminar (PhD)

1:0:1

1:0:1
Spring/Fall
Spring/Fall
Spring/Fall
Spring/Fall
*  Substitute course
** Courses for both BS and MS Students