Faculty: School of Chemistry and Chemical Engineering
Degree: M
Specialty: Energy and Enviroment Materials & Technology
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 specialized professionals who are equipped with a solid theoretical foundation and experimental skills in the field of Materials and Technology of Energy and Environment and related disciplines; who are well-informed with the developing trend and frontier issues of the study; who have the capacity in applying chemical experiment techniques and computers skills to undertake scientific researches on synthesis, characterization and application in the field of energy materials; who are proficient in one foreign language and able to read references in foreign languages in this discipline and have certain writing ability
Years of Study
Three years
Major Research Fields
1. Energy Chemical Engineering
2. Biomass Energy Engineering
3. New Energy Materials and Technology
4. Energy Engineering and Environment
Cultivation Mode
Advisory system is applied in this program. Students should set out a working program with the instruction of their supervisors 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
Thesis Proposals should be finished in the third semester. Before applying for Thesis Defense, graduates are required to publish officially at least one academic paper in core journals or those of above levels with South China University of Technology signed as the first unit, or the student signed as the first author or the supervisor signed as the first author and the student the second, or have one authorize patent. 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 |
S0003003 | Methods of Mathematical Physics | 4 |
S0817098 | Energy Chemical Engineering | 3 |
S0817111 | English for Special Purposes (Chemical 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 |
01. Energy materials engineering
02. Environmental materials engineering
03. Biomass and Bio-energy engineering