Chemical Engineering and Technology
time： 2015-08-04

Faculty:  School of Chemistry and Chemical Engineering
Degree:  MS
Specialty: Chemical Technology
Minimum Total Credits:  25.0
Minimum Compulsory Course Credits:  15.0
Minimum Optional Course Credits: 10.0
Objectives
This program aims to cultivate high-level specialists who have solid basic theory and systematic professional knowledge and comprehensive experiment skills of chemical technology and related subjects; who are well-informed with the developing trends of the related research fields and have potentials of research abilities in the discipline; who are proficient in one foreign language and able to read references in foreign languages. Students are expected to be capable of undertake jobs of teaching, scientific researches, design and technology management in higher education institutions, research and designing institutes, enterprises and other business establishments.
Years of Study
Three years
Major Research Fields
1. Green Chemical Technology and Technique
2. Theory and Technology of Renewable Resources
3. Fine Chemical Technology and Technique
4. Refining and Purification Technology of Natural Products
5. Hydrogen Energy and Technology
Cultivation Mode
Advisory system is applied in this program. Students should set out a working program in the first two weeks after registration. Students are supposed to participate in the stage assessment according to Master Degree Candidate Medium-Term Screening Method of South China University of Technology and complete the required social practices before the end of the third semester. Regular seminar reports are required.
Dissertation
Students should draw up thesis plans and write Thesis Proposals between the 11th and 20th weeks in the third semester. Before applying for Thesis Defense, students are required to publish officially one academic paper (recruited papers in academic conferences of all levels are accepted). Thesis defense will be arranged according to Rules for the Implementation of Graduation Degrees of South China University of Technology and Regulations of the Applications for Thesis Defense of South China University of Technology on the completion of theses.
Curriculum
Compulsory Courses
Course Code
Course Title
Credit
S0001001
Scientific Socialism Theory and Practice
1
S0001002
Introduction to Dialectics of Nature
2
S0002011
First Foreign Language (Essential English)
3
S0817103
Chemical Engineering Progress
2
S0817111
English for Special Purposes (Chemical Engineering)
2
Group 1 of Compulsory Courses
S0003001
Theory and Methods of Statistics
2
S0003003
Methods of Mathematical Physics
4
S0003004
Numerical Analysis(basis of Science and Engineering Computation)
2
Group 2 of Compulsory Courses
S0817001
Chemical Reaction Engineering (II)
2
S0817002
Transmission Phenomena
2
S0817023
Chemical Engineering Thermodynamics（II）（Estimation of Physical Property）
2
S0817104
Process Systems Engineering
2
Optional Courses
S0004024
Chromatographic Separation Techniques
2
S0004028
Colloid and Interface Chemistry
3
S0004034
Scientific Writing and Submission Guidance
1
S0703011
Biological Inorganic Chemistry
2
S0703025
Special Organic Synthesis Experiments
2
S0703055
Organometallic chemistry
2
S0703071
Theoretical Electrochemistry
2
S0805060
Research Progress of Surfactants Applications
2
S0817005
Simulation and Optimization System of Heat Exchangers and Heat Transfer
2
S0817014
Heterogeneous Photocatalytic Reactions and Design Principles of Reactor
2
S0817019
Environmental Functional Materials and Characterization Techniques
2
S0817025
Chemical Product Engineering
2
S0817027
Basis of Membrane Separation Technology
2
S0817030
Introduction to Modern Air-Conditioning Energy Saving Technology
2
S0817060
Catalytic Materials（I）
2
S0817062
Modern Catalytic Technology（I）
2
S0817066
Modern Characterization Techniques of Polymer
2
S0817071
Analysis Methods and Experimental Techniques of Modern Chemistry and Chemical Engineering
3
S0817074
Natural Gas Utilization Technology
2
S0817078
Molecular Pharmacology
2
S0817079
Modern Pharmaceutical Preparations
2
S0817080
Chemical Biology
2
S0817081
Principle and Application of Computer Molecular Simulation
2
S0817087
Chemical Computer Applications
2
S0817088
Resource Utilization and Extraction of Natural Products
2
S0817092
Catalysts Characterization and Practical research Methods
2
S0817093
Fluidization Engineering
2
S0817094
Water-Soluble Polymer
2
S0817095
Inorganic Membrane Technology
2
S0817096
Design and Synthesis of Optoelectronic functional molecule
2
S0817100
Chemical Adsorption Separation Principle
2
S0817101
Heat Transfer Enhancement and Energy Saving Technology
2
S0817102
Thermodynamic Analysis of Chemical Process and Energy Synthesis（I）
2
S0817105
Separation Technologies
2
S0817106
Energy and Environmental Materials
2
S0817107
Analysis and Design of Chemical Process
2
S0817108
Computational Heat Transfer
2
S0817109
Modern Coating Chemistry
2
S0817110
Fine Chemical Engineering
2
S0817112
Principles and Techniques of Natural Gas Hydrate
2

Chemical Engineering

01. Heat Transfer and Energy Conservation Engineering
02. Mass Transfer and Reaction Separation Processes
03. Process Systems Engineering
04. Biochemistry and Chemical Reaction Engineering
05. Fine Chemical Engineering
06. Nano Energy Materials and Technology
07. Refrigeration and Air Conditioning
08. Environmental Materials Engineering
09. Product Engineering

Process Engineering




01. Organic synthesis and separation
02. Renewable resources, theory and technology
03. Chemical technology for environmental protection
04. Fine Chemicals technology
05. Hydrogen energy and technology
06. Green chemical technology
07. Natural products refining and purification

Industrial Catalysis




01. Heterogeneous Catalysis
02.Nanocatalysis and Nanomaterials
03. Catalysis for Energy and Environment
04. Membrane Materials and Membrane Catalysis
05. Photoelectric Catalysis
06. Bionic Catalysis


Faculty:  School of Chemistry and Chemical Engineering
Degree:  MS
Specialty: Chemical Engineering
Minimum Total Credits:  25.0
Minimum Compulsory Course Credits:  15.0
Minimum Optional Course Credits: 10.0
Objectives
The program aims to cultivate high-level specialists who are equipped with basic theories and experimental skills of Chemical Engineering and related subjects. Students are required to be proficient in applying experimental skills of chemical engineering, computing technology; and doing researches on the transmission, conversion and processing devices of material flow, energy flow and information flow in the course of the study system or unit device.
Years of Study
Three years
Major Research Fields
1. Heat Transfer and Energy Conservation Engineering
2. Mass Transfer and Reaction-Separation Process
3. Process System Engineering
4. Biochemical and Chemical Reaction Engineering
5. Fine Chemical Engineering
6. Materials and Technology of Nano Energy
7. Refrigeration and Air Conditioning
8. Environmental Materials Engineering
9. Product Engineering
10. Resources Chemical Engineering
Cultivation Mode
Advisory system is applied in this program. Students should set out a working program in the first two weeks after registration. Students are supposed to participate in the stage assessment according to Master Degree Candidate Medium-Term Screening Method of South China University of Technology and complete the required social practices before the end of the third semester.
Dissertation
Students should draw up thesis plans and write Thesis Proposals between the 11th and 20th weeks in the third semester. Before applying for Thesis Defense, students are required to publish officially one academic paper (recruited papers in academic conferences of all levels are accepted). Thesis defense will be arranged according to Rules for the Implementation of Graduation Degrees of South China University of Technology and Regulations of the Applications for Thesis Defense of South China University of Technology on the completion of theses.
Curriculum
Compulsory Courses
Course Code
Course Title
Credit
S0001001
Scientific Socialism Theory and Practice
1
S0001002
Introduction to Dialectics of Nature
2
S0002011
First Foreign Language (Essential English)
3
S0817103
Chemical Engineering Progress
2
S0817111
English for Special Purposes (Chemical Engineering)
2
Group 1 of Compulsory Courses
S0003001
Theory and Methods of Statistics
2
S0003003
Methods of Mathematical Physics
4
S0003004
Numerical Analysis(basis of Science and Engineering Computation)
2
Group 2 of Compulsory Courses
S0817001
Chemical Reaction Engineering (II)
2
S0817002
Transmission Phenomena
2
S0817023
Chemical Engineering Thermodynamics（II）（Estimation of Physical Property）
2
S0817104
Process Systems Engineering
2
Optional Courses
S0004024
Chromatographic Separation Techniques
2
S0004028
Colloid and Interface Chemistry
3
S0004034
Scientific Writing and Submission Guidance
1
S0703011
Biological Inorganic Chemistry
2
S0703025
Special Organic Synthesis Experiments
2
S0703055
Organometallic chemistry
2
S0703071
Theoretical Electrochemistry
2
S0805060
Research Progress of Surfactants Applications
2
S0817005
Simulation and Optimization System of Heat Exchangers and Heat Transfer
2
S0817014
Heterogeneous Photocatalytic Reactions and Design Principles of Reactor
2
S0817019
Environmental Functional Materials and Characterization Techniques
2
S0817025
Chemical Product Engineering
2
S0817027
Basis of Membrane Separation Technology
2
S0817030
Introduction to Modern Air-Conditioning Energy Saving Technology
2
S0817060
Catalytic Materials（I）
2
S0817062
Modern Catalytic Technology（I）
2
S0817066
Modern Characterization Techniques of Polymer
2
S0817071
Analysis Methods and Experimental Techniques of Modern Chemistry and Chemical Engineering
3
S0817074
Natural Gas Utilization Technology
2
S0817078
Molecular Pharmacology
2
S0817079
Modern Pharmaceutical Preparations
2
S0817080
Chemical Biology
2
S0817081
Principle and Application of Computer Molecular Simulation
2
S0817087
Chemical Computer Applications
2
S0817088
Resource Utilization and Extraction of Natural Products
2
S0817092
Catalysts Characterization and Practical research Methods
2
S0817093
Fluidization Engineering
2
S0817094
Water-Soluble Polymer
2
S0817095
Inorganic Membrane Technology
2
S0817096
Design and Synthesis of Optoelectronic Functional Molecule
2
S0817100
Chemical Adsorption Separation Principle
2
S0817101
Heat Transfer Enhancement and Energy Saving Technology
2
S0817102
Thermodynamic Analysis of Chemical Process and Energy Synthesis（I）
2
S0817105
Modern Separation Technologies
2
S0817106
Energy and Environmental Materials
2
S0817107
Analysis and Design of Chemical Process
2
S0817108
Computational Heat Transfer
2
S0817109
Modern Coating Chemistry
2
S0817110
Fine Chemical Engineering
2
S0817112
Principles and Techniques of Natural Gas Hydrate
2