Capabilities
\
Core Courses
A. to become proficient in the fields of Physics, Chemistry, Mathmatics, Biology and Computer Techonology
B. to develop core engineering knowledge in process analysis, design, synthesis and evaluation skills
C. to exercise problem solving skills by employing engineering theory and operating practices
D. to utlize core engineering knowledge to promote the advancement and innovation of engineering technology
E. to foster the ability to discover, analyze, explore and solve complex problems
F. to promote independent thinking and interdisciplinary skills
G. to acquire skill in verbal expression and effective communication
H. to develop vision for the future in a global context and value of team work
I. to enhance awareness of social responsibility and professional ethics
J. to promote humanistic virtue and life-long study
[A] [B] [C] [D] [E] [F] [G] [H] [I] [J]
Seminar                    
Doctorate Research                    
Colloid and Interfacial Phenomena                    
Advanced Chemical Engineering Thermodynamics                    
Advanced Chemical Engineering Kinetics                    
Advanced Heat and Mass Transfer                    
Advanced Fluid Dynamics                    
Process Optimization                    
Advanced Process Control                    
Computer Aided Process Design                    
Capabilities
\
Core Courses
A. to become proficient in the fields of Physics, Chemistry, Mathmatics, Biology and Computer Techonology
B. to develop core engineering knowledge in process analysis, design, synthesis and evaluation skills
C. to exercise problem solving skills by employing engineering theory and operating practices
D. to utlize core engineering knowledge to promote the advancement and innovation of engineering technology
E. to foster the ability to discover, analyze, explore and solve complex problems
F. to promote independent thinking and interdisciplinary skills
G. to acquire skill in verbal expression and effective communication
H. to develop vision for the future in a global context and value of team work
I. to enhance awareness of social responsibility and professional ethics
J. to promote humanistic virtue and life-long study
[A] [B] [C] [D] [E] [F] [G] [H] [I] [J]
Advanced Electrochemistry                    
Special Topic in Biochemical Engineering                    
Master Research (Ⅲ)                    
Properties of Particulate Matter                    
Statistical Applications in Chemical Engineering                  
Molecular Simulation                    
Computational Chemistry in Chemical Engineering                    
Protein Engineering                    
The Science of Soft Matter                    
Special Topics on Plasma Engineering                    
Capabilities
\
Core Courses
A. to become proficient in the fields of Physics, Chemistry, Mathmatics, Biology and Computer Techonology
B. to develop core engineering knowledge in process analysis, design, synthesis and evaluation skills
C. to exercise problem solving skills by employing engineering theory and operating practices
D. to utlize core engineering knowledge to promote the advancement and innovation of engineering technology
E. to foster the ability to discover, analyze, explore and solve complex problems
F. to promote independent thinking and interdisciplinary skills
G. to acquire skill in verbal expression and effective communication
H. to develop vision for the future in a global context and value of team work
I. to enhance awareness of social responsibility and professional ethics
J. to promote humanistic virtue and life-long study
[A] [B] [C] [D] [E] [F] [G] [H] [I] [J]
Fluidization Engineering                    
Energy Materials and Devices                    
Special Topic in Bioengineering                    
Core Capabilities A
to become proficient in the fields of Physics, Chemistry, Mathmatics, Biology and Computer Techonology
B
to develop core engineering knowledge in process analysis, design, synthesis and evaluation skills
C
to exercise problem solving skills by employing engineering theory and operating practices
D
to utlize core engineering knowledge to promote the advancement and innovation of engineering technology
E
to foster the ability to discover, analyze, explore and solve complex problems
F
to promote independent thinking and interdisciplinary skills
G
to acquire skill in verbal expression and effective communication
H
to develop vision for the future in a global context and value of team work
I
to enhance awareness of social responsibility and professional ethics
J
to promote humanistic virtue and life-long study
Number of Core Courses
(Number of All Courses: 23)
1 0 0 0 0 0 0 0 0 0