This new International Masters Program in Environmental and Water Resources Engineering at Mahidol University has following features; Problem Based Learning (PBL) in place of traditional teaching, to deal with industry and society related problems, an integrated program based on Environmental and Water Resources Engineering knowledge. Students will have opportunity to go abroad such as to Kyoto University in Japan, Seoul National University in South Korea, and National University of Singapore in Singapore for gaining research training and experience. The curriculum comprises lectures, problem solving, practical exercises, project work including reporting by student groups as well as written course examinations and an oral examination based on the project work.
Program Name: Master of Engineering Program in Environmental and Water Resources Engineering (International Program)
Language: English
Eligibility for Enrollment: Thai students and foreign students
Degree: Degree Title of Mahidol University: Master of Engineering (M.Eng) (Environmental and Water Resources Engineering)
Double Degree Option
Students who choose and be selected to study at both Mahidol University as well as the Graduate School of Global Environmental Studies, Kyoto University, Japan will receive two degrees if they can complete all graduation requirements of two universities.
Note: Double degrees is starting in the first semester of the academic year 2017
The program is set according to the Ministry of Education Announcement titled “Standard Criteria for Graduate Studies 2005”, with specified plan A(2) curriculum.
Program Name : Doctor of Philosophy Program in Environmental and Water Resources Engineering (International Program)
Degree Title
Full name : Doctor of Philosophy Program (Environmental and Water Resources Engineering)
Abbreviation : Ph.D. (Environmental and Water Resources Engineering)
Plan 1 (Research Only)
Plan 1.1 Students who have completed master's degree, require a minimum of 48 credits.
Plan 2 (Course Work and Research)
Plan 2.1 Students who have completed master's degree, require a minimum of 48 credits.
Plan 2.2 Students who have completed bachelor’s degrees, require a minimum of 72 credits.
Curriculum
Plan 1.1
Dissertation 48 Credits
Total not less than 48 Credits
Plan 2.1
(1) Required courses 9 Credits
(2) Elective courses not less than 3 Credits
(3) Dissertation 36 Credits
Total not less than 48 Credits
Plan 2.2
(1) Required courses 18 Credits
(2) Elective courses not less than 6 Credits
(3) Dissertation 48 Credits
Total not less than 72 Credits
1. Required Courses
Plan 2.1 Total 9 credits
EGEW 611 Advanced Research in Environmental and Water Resources Engineering (3 credits)
EGEW 612 Experimental Design and Modeling (3 credits)
EGEW 519 Research Methodology and Skill Enhancement through Problem Based Learning for Environmental and Water Resources Engineering (3 credits)
Plan 2.2 Total 18 credits
EGEW 611 Advanced Research in Environmental and Water Resources Engineering (3 credits)
EGEW 612 Experimental Design and Modeling (3 credits)
EGEW 519 Research Methodology and Skill Enhancement through Problem Based Learning for Environmental and Water Resources Engineering (3 credits)
EGEW 511 Water Quality Engineering (3 credits)
EGEW 513 Solid and Hazardous Waste Management (3 credits)
EGEW 515 Water Resources Systems Analysis and Management Planning (3 credits)
2. Elective courses
Plan 2.1 Elective courses of not less than 3 credits
Plan 2.2 Elective courses of not less than 6 credits
EGEW 512 Air Pollution Engineering (3 credits)
EGEW 531 Physico-Chemical Processes (3 credits)
EGEW 532 Biological Processes (3 credits)
EGEW 534 Membrane Technology (3 credits)
EGEW 535 Waste Reuse and Recycling (3 credits)
EGEW 537 Soil Pollution Engineering (3 credits)
EGEW 538 Air Pollution Modeling and Applications (3 credits)
EGEW 539 Life Cycle Assessment (3 credits)
EGEW 540 Micropollutants Control Engineering (3 credits)
EGEW 541 Applied Wastewater Microbiology (3 credits)
EGEW 542 Sediment and Pollutant Transport (3 credits)
EGEW 543 Flood and Drought Management (3 credits)
EGEW 544 Reservoir System Planning and Management (3 credits)
EGEW 545 Hydroinformatics in Water Resources Engineering (3 credits)
EGEW 546 Impact of Climate Change on Environment and Water Resources (3 credits)
EGEW 547 Geographic Information System for Environmental and Water Resources Engineering (3 credits)
EGEW 548 Remote Sensing for Environmental and Water Resources Engineering (3 credits)
EGEW 549 Special Study (3 credits)
EGEW 550 Eco-efficient Engineering (3 credits)
EGEW 551 Environmental Impact Assessment (3 credits)
EGEW 553 Natural Disaster Planning and Management for Water Resources Engineering (3 credits)
Students may take other courses available at any Department/Faculty under the Faculty of Graduate Studies of Mahidol University, or at other universities, based upon his/her interest or recommended by students’ advisor, and subject to the approval by the program administration committee.
3. Thesis
EGEW 898 Dissertation (Plan 1.1) 48 Credits
EGEW 699 Dissertation (Plan 2.1) 36 Credits
EGEW 799 Dissertation (Plan 2.2) 48 Credits
The research areas in the Environmental and Water Resources Engineering Program are as follows:
See the study plan in the full curriculum that can be downloaded in the last section.
Department of Civil and Environmental Engineering, Faculty of Engineering, Mahidol University, Thailand.
Student evaluation and graduation required are carried out in accordance with the rules and regulations of Mahidol University. The details can be seen in the full curriculum that can be downloaded in the last section.
