Master’s Degree program in Advanced and Sustainable Environmental Engineering (EnvE.)
Environmental problems, both regional and global levels, are mostly caused by the infinite demand for human’s better living, by increasing of technological development and inventions. The effects of environmental problems are not only existed at the moment, but also passed to the next generations. To overcome the present problems and be protective for the future, engineers who are creative and ethical, with a solid background of advanced knowledge on sustainable environment, are definitely required. Therefore, Kasetsart University, under the collaboration with the National Science and Technology Development Agency and Tokyo Institute of Technology, Japan, proposes a Master Program in Advanced and Sustainable Environmental Engineering to produce such the engineers. With a project-based learning approach under the supervision by professors and researchers from Thailand and Japan, the students in the program will be guided through a strong academic curriculum specifically designed, emphasizing on researching for assigned projects. The program will also promote the academic collaborations among the higher education Institutes, Governmental Agencies, and Industrial sector, in term of research outcomes of the projects. These will lead to the environmental sustainability, national and worldwide.
The curriculum structure of Master of Engineering Program in Advanced and Sustainable Environmental Engineering
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Year 1st Semester 1st |
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01xxx511 |
Fundamental of Sustainable Environmental Engineering |
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2(2-0-4) |
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01xxx512 |
Global Environmental Issues and Regulations |
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1(1-0-2) |
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01xxx513 |
Sustainable Environmental Engineering Ethics |
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1(1-0-2) |
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01xxx512 |
Environmental Risk Analysis |
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1(1-0-2) |
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01xxx514 |
Utilization of Resources and Waste for Sustainable Environment |
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1(1-0-2) |
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01xxx522 |
Advanced Environmental Pollutant Analysis |
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2(1-3-3) |
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01xxx540 |
Creative Designing for Sustainable Environmental Engineering |
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2(1-3-3) |
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01xxx501 |
Sustainable Environmental Research Methodology |
|
1(1-0-2) |
|
|
|
sum |
11(9-6-20) |
|
|
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Year 1st Semester 2nd |
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|
01xxx513 |
Life Cycle Assessment |
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1(1-0-2) |
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01xxx520 |
Sustainable Environmental Statistics |
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1(1-0-2) |
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01xxx515 |
Chemical Model in Atmosphere |
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1(1-0-2) |
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01xxx542 |
Process Design in Sustainable Environmental Engineering |
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2(1-3-3) |
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01xxx543 |
Economic and Ecological Design |
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1(1-0-2) |
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01xxx534 |
Hazardous Wastes Treatment and Disposal |
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1(1-0-2) |
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01xxx535 |
Radioactive Waste Treatment and Disposal |
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1(1-0-2) |
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01xxx536 |
Zero emission Technology |
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1(1-0-2) |
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01xxx538 |
Waste Utilization |
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1(1-0-2) |
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01xxx539 |
Principle of Environmental Management |
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1(1-0-2) |
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01xxx546 |
Global and Local Environmental Modeling |
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1(1-0-2) |
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01xxx547 |
LCA and Eco-design Modeling Software |
|
1(1-0-2) |
|
|
|
sum |
13(12-3-25) |
|
|
|
|
|
|
Year 2nd Semester 1st |
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|
01xxx597 |
Seminar |
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2 |
|
01xxx599 |
Master Thesis |
|
6 |
|
|
|
sum |
8 |
|
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- Written Comprehensive Examination |
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|
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|
|
|
|
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Year 2nd Semester 2nd |
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||
|
01xxx599 |
Master Thesis |
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6 |
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|
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sum |
6 |
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- Final Defense Examination |
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|
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|
|
sum |
38 |







