| No. |
Description |
Number of Credit |
|
| Plan A (Type A2) | Plan B | ||
| 1 |
Course Work – a minimum of 1.1 Core Courses – a minimum of 1.2 Elective Courses |
24 6 18 |
30 6 24 |
|
2 |
2.1 Thesis 2.2 Independent Study |
12 – |
– 6 |
|
3 |
Required Non-Credit |
4 |
4 |
| Total number of credits – a minimum of |
36 |
36 |
|
1 I Program Title and Degree offered
- English Full Name : Master of Engineering (Environmental Engineering)
- Abbreviation : M.Eng. (Environmental Engineering)
2 I Degree Information
- Duration : 2 years (4 semesters)
- Tuition Fee : 25,000 Baht/Semester
3 I Potential Career for Graduates
After finishing studies, graduates will be certified as environmental engineers
and are capable of working as a designer, consultant, operator, turn-key, or even sales engineer. Environmental engineers are highly sought after by employers. They are able to find various occupation in industry, public service, state enterprise or private sector. They can also take a higher degree to fulfil the proficiency in research and development positions.
4 I Selection Method
In accordance with the Naresuan University rules and regulations. The program committee reserves the rights to require more qualifications as deemed appropriate.
5 I Course Synopsis and Methodology
6 I Student Requirements
Students are required to have the characteristics and academic qualifications according to the regulations for Naresuan University and addition regulations of department of civil engineering, faculty of engineering.
7 I Example of Curriculum : M.Eng. (Environmental Engineering)
Core Courses
- Applied Chemistry for Environmental Engineering
- Environmental Fate and Transport of Pollutants
- Pollution Engineering
Electives Courses
Waste Water Treatment and Hazardous Waste
- Advanced Hazardous Waste Management
- Advanced Wastewater Treatment Process
- Water and Wastewater Treatment Plant Operation and Management
- Integrated Municipal Solid Waste Engineering and Management
- Solid and Hazardous Waste Landfill Engineering
- Industrial Waste Control
Air Pollution Control and Climate Change
- Design of Air-conditioning Heating and Ventilation System
- Air Pollution and Control
- Design of Air Pollution and Control System for Industry
- Atmospheric Chemistry
- Climate Change Adaptation and Mitigation
- Global Warming and Impact Mitigation
- Climate Change and Hydropower Development
Site Remediation & Environmental Modeling
- Site Remediation
- Environmental System Modelling
Energy and Global Warming
- Energy Engineering Economics
- Energy Conservation and Management
- Energy System and Technology for Sustainable Transportation
- Renewable Energy Resources
- Environment and Energy
- Current Issue in Environmental Engineering
Biotechnology
- Physico-Chemical-Biological Processes and Reaction Kinetics
- Biotechnology for Energy and Environment
Risk Assessment and Environmental Management
- Health Management
- Environmental and Health Risk Assessment
- Current Issue in Environmental Engineering
- Stakeholders Participation and Environmental Impact Assessment
- Industrial Safety and Environment Management
- Pollution Prevention
- Pollution Management
- Community Environmental Technology
- Environmental Law and Organization Management
- Environmental Health and Sanitation
- Construction Cost, Economics and Finance
Water Resources & Water Supply
- Application of Remote Sensing and Geographic Information Systems for Engineers
- Groundwater Hydraulics
- Flood Protection and Drainage
- Advanced Water Supply Technology
- Sewerage and Water Distribution Systems
- Water Resources Development and Management
- Hydropower Engineering
Noise Control
- Advanced Noise Control
