Curriculum

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Curriculum

M.Sc. Program (Environmental Science)

M.Sc. Program
Minimum total credit hours 36 credits
Core Courses 14 credits
Elective Courses 10 credits
Thesis 12 credits

 

Core Courses (14 Credits)
301511 Experimental Design and Statistical Analysis (3)
309537 Environmental Toxicology (3)
313521 Environmental Impact Assessment (3)
313551 Environmental Pollution Control and Prevention (3)
313691 Seminar I (1)
313692 Seminar II (1)
Elective Courses (10 Credits)
309535 Fish Immunotoxicology (3)
309553 Geographical Information Systems for Aquatic Resources Management (3)
309554 Remote Sensing for Aquatic Resources Management (3)
313522 Health Impact Assessment (3)
313531 Environmental Chemistry (3)
313532 Genetics and the Environment (3)
313533 Aquatic Pollution and Global Environmental Crisis (3)
313534 Microbiology of Environment (3)
313535 Environmental Physiology (3)
313536 Environmental Genetics (3)
313537 Stable Isotope in Ecology and Environmental Science (3)
313538 Environmental Ecology (3)
313541 Toxicology and Food Safety (3)
313542 Environmental Biomarkers (3)
313552 Noise pollution and Vibration Control (3)
313553 Air Pollution Control (3)
313554 Environmental Quality Monitoring (3)
313555 Environmental Molecular Biotechnology (3)
313556 Environmental Remote Sensing (3)
313571 Wastewater Treatment (3)
313572 Hazardous Waste Management (3)
313573 Biodegradation and Bioremediation (3)
313581 Environmental Economics (3)
313582 Environmental management (3)
313583 Environmental Law (3)
313584 Environmental Management System, ISO14000 (3)
313585 Water Resources Management (3)
313611 Scientific English Writing for Environmental Science (3)
313621 Advanced Environmental Impact Assessment (3)
313631 Human Ecology (3)
313664 Selected Topics in Environmental Science and Technology I (3)
313665 Selected Topics in Environmental Science and Technology II (3)
Thesis (12 Credits)
313699 Thesis (12)

 

Ph.D. Program (Environmental Science)

A. For students with Bachelor’s Degree, no fewer than 84 credits (International)
Core Courses 20 credits
Elective Courses 16 credits
Thesis 48 credits

 

Required Courses (20 Credits)
301511 Experimental Design and Statistical Analysis (3)
309537 Environmental Toxicology (3)
313521 Environmental Impact Assessment (3)
313551 Environmental Pollution Control and Prevention (3)
313581 Environmental Economics (3)
313583 Environmental Law (3)
313691 Seminar I (1)
313692 Seminar II (1)
313693 Seminar III (1)
313694 Seminar IV (1)
Elective Courses (16 Credits)
223535 Fish Immunotoxicology (3)
223553 Geographical Information Systems for Aquatic Resources Management (3)
309554 Remote Sensing for Aquatic Resources Management (3)
313522 Health Impact Assessment (3)
313531 Aquatic Biochemistry (3)
309545 Aquatic Toxic Assessment (3)
313531 Environmental Chemistry (3)
313532 Genetics and the Environment (3)
313533 Aquatic Pollution and Global Environmental Crisis (3)
313534 Microbiology of Environment (3)
313535 Environmental Physiology (3)
313536 Environmental Genetics (3)
313537 Stable Isotope in Ecology and Environmental Science (3)
313538 Environmental Ecology (3)
313541 Toxicology and Food Safety (3)
313542 Environmental Biomarkers (3)
313552 Noise pollution and Vibration Control (3)
313553 Air Pollution Control (3)
313554 Environmental Quality Monitoring (3)
313555 Environmental Molecular Biotechnology (3)
313556 Environmental Remote Sensing (3)
313571 Wastewater Treatment (3)
313571 Wastewater Treatment (3)
313572 Hazardous Waste Management (3)
313573 Biodegradation and Bioremediation (3)
313582 Environmental management (3)
313584 Environmental Management System, ISO14000 (3)
313585 Water Resources Management (3)
313611 Scientific English Writing for Environmental Science (3)
313621 Advanced Environmental Impact Assessment (3)
313631 Human Ecology (3)
313664 Selected Topics in Environmental Science and Technology I (3)
313665 Selected Topics in Environmental Science and Technology II (3)
Doctoral Dissertation (48 Credits)
313999 Doctoral Dissertation (48)

 

B. For students with Master Degrees, no fewer than 48 credits (International)
Core Courses 9 credits
Elective Courses 3 credits
Thesis 36 credits

 

Required Courses (9 Credits)
309537 Environmental Toxicology (3)
313581 Environmental Economics (3)
313583 Environmental Law (3)
313693 Seminar III (1)
313694 Seminar IV (1)
Elective Courses (3 Credits)
301511 Experimental Design and Statistical Analysis (3)
309535 Fish Immunotoxicology (3)
309553 Geographical Information Systems for Aquatic Resources Management (3)
309554 Remote Sensing for Aquatic Resources Management (3)
313521 Environmental Impact Assessment (3)
313522 Health Impact Assessment (3)
313531 Environmental Chemistry (3)
313532 Genetics and the Environment (3)
313533 Aquatic Pollution and Global Environmental Crisis (3)
313534 Microbiology of Environment (3)
313535 Environmental Physiology (3)
313536 Environmental Genetics (3)
313537 Stable Isotope in Ecology and Environmental Science (3)
313538 Environmental Ecology (3)
313541 Toxicology and Food Safety (3)
313542 Environmental Biomarkers (3)
313551 Environmental Pollution Control and Prevention (3)
313552 Noise pollution and Vibration Control (3)
313553 Air Pollution Control (3)
313554 Environmental Quality Monitoring (3)
313555 Environmental Molecular Biotechnology (3)
313556 Environmental Remote Sensing (3)
313557 Environmental Geographic Information Systems (3)
313571 Wastewater Treatment (3)
313572 Hazardous Waste Management (3)
313573 Biodegradation and Bioremediation (3)
313582 Environmental management (3)
313584 Environmental Management System, ISO14000 (3)
313585 Water Resources Management (3)
313611 Scientific English Writing for Environmental Science (3)
313621 Advanced Environmental Impact Assessment (3)
313631 Human Ecology (3)
313664 Selected Topics in Environmental Science and Technology I (3)
313665 Selected Topics in Environmental Science and Technology II (3)
Doctoral Dissertation (36 Credits)
313998 Doctoral Dissertation (36)

*Elective Course:

  1. Students must select no fewer than 3 credits from the courses listed above.
  2. Students may also select courses from other Thai universities or from international universities to a maximum of 6 credits

 

Research Area

  1. Bacterial degradation efficiency with a focus on PAHs using new approaches aiming at identifying suitable species and improving the capability of the microbes. Studies are also extended to other degradation aspects applicable to improvement used in shrimp farming practices.
  2. Studies on biomarkers used in tracking the behaviors of organochorines, PAHs and selected heavy metals in the environment. This will include any relevant factors affecting economically important species using biomarkers in physiological changes in the aquatic environment especially in coastal waters.
  3. Applications of microbes such as yeasts in water and waste water treatment from industries, agriculture and community households. The studies are in combination with other approaches such as phytoremediation using aquatic plants available in the area.
  4. Studies on physiological functions of aquatic organisms emphasizing economically important species from coastal waters and farming areas whereas various pollutants (PAHs and heavy metals) can be potential threats to reduced quality and quantity production
  5. Research on innovative techniques in treating industrial and agricultural water and waste water using natural and new products such as chitosan and its products. The project is a joint research with other institutions focusing on hazardous effects heavy metals and organics.
  6. Integrated studies on environmental problems due to deterioration of water, air and soil caused by heavy metals, PAHs , organics and nutrients. This systematic approach is focused on the relationship of environmental dynamics of these relevant chemicals such as accumulation, transportation and transformation influenced by physicochemical factors.
  7. Risk reduction and enlargement of health safety for field and factory employees are the main focus of this study. The research concentration is on occupational health effects from chemicals such as heavy metals, PAHs and organics in the workplace on physiological responses as well as the follow up of the effects. The study also includes work efficiency and corrective resolution.
  8. Bioassay studies on deterioration effects on coastal water qualities by chemicals on organismic and community levels of primary producers endemic to coastal waters in cooperation with ASEAN countries through related projects