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Master of Engineering Program in Chemical Engineering

School of Engineering and Resources

Program

  • Master of Engineering (Chemical Engineering)

Philosophy and Purpose of the Program

The program aim to produce graduates who are capable of advanced knowledge in chemical engineering and be able to apply their knowledge in the research and innovation of renewable energy, chemical-bio process and environment.


Objectives

1. Produce high quality graduates with expertise in advanced engineering technology and be able to apply it for advanced research on chemical and environmental engineering.
2. Strengten English ability of students so that after graduation they are highly potential candidates in world class emplyability.
3. Promote academic strength of enginnering research and education in school of engineering and resources


Graduate Attributes

1. Equiped with advanced knowledge on chemical engineering and capable of integrate multi-disciplinary knowledge in the to work as teamwork in the fileds of chemical engineering, renewable enery, and related areas.
2. Have proficiency in English skills to meet the requirement for international employability.
3. Be Good collaborator in teamwork and have skills for continuous-self learning/development for prosperity in career path.
4. Have intregrity and ethical in carreer.


Career opportunities after graduation

1. Engineer who work in the fileds of chemical engineering, environmental engineering, renewable energy, etc.
2. Academia such as researchers and professors.
3. Any other works relevant to chemical engineering.


Education opportunities after graduation

Graduates can continue their study for the doctoral degree in chemical engineering or other related programs in national and international universities, including the postgraduate programs at Walailak University.


Fees

  • Tuition fee: 15,000 Baht/trimister
  • Tuition fee: 90,000 Baht for an entire program

Program structure

Total 48 credits (for 2 year program)
Credits
Type A1 Type A2
1. Madatory Courses 0 20
2. Elective 0 4
3. Thesis 48 24
4. Independent Study 0 0
– Seminar 6* 6*
Total Credits 48 48

Remark:
* Not inclueded in total credits.
Type A1 = Thesis only.
Type A2 = Coursework + thesis.


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