Program Name

Master of Engineering Program in Chemical Engineering (M.Eng. Chemical Engineering)

About the Department

The Department of Chemical Engineering, Faculty of Engineering, Prince of Songkla University, was established in 1973 with the launch of its Bachelor of Engineering program. In 1991, the Master’s program was introduced to produce highly competent chemical engineers with strong foundations in chemical engineering and process technology, particularly serving key southern industries such as natural rubber, palm oil, minerals, and petrochemicals. Over the years, the department has developed strong capabilities in teaching and research, supported by qualified personnel, modern facilities, research funding, and international collaborations. In 2002, the Ph.D. program was established to cultivate advanced researchers and academics capable of innovation, independent research, and leadership in chemical engineering. The department has fostered collaborations with leading international institutions, including the University of Melbourne (Australia), Tokyo Institute of Technology (Japan), and the Research Institute of Petroleum Processing (China), and regularly hosts visiting professors to enhance students’ academic and research experience at an international level.

Vision

To be a leading graduate program producing industry-ready chemical engineers with strong analytical and problem-solving capabilities, integrating advanced knowledge in S-Curve industries to drive sustainable industrial innovation.

Mission

To deliver flexible, learner-centered education through Industrial and Research groups that integrate fundamental knowledge with real-world applications, enhance professional and communication skills, and cultivate ethical, lifelong learners capable of addressing complex industrial challenges.

Program Educational Objective

Graduates of the program are expected to:

1. Demonstrate the ability to systematically analyze and evaluate engineering problems by integrating fundamental principles and advanced chemical engineering knowledge for accurate and sound decision-making.
2. Utilize information technology effectively for self-directed learning and information retrieval, with critical consideration of data reliability.
3. Apply appropriate digital technologies and tools for efficient data analysis to support decision-making and problem-solving in specialized areas.
4. Design, plan, and conduct research in accordance with established research standards.
5. Communicate effectively through reading, writing, and academic presentations in both formal and informal contexts with clarity and precision.
6. Demonstrate honesty and responsibility in their work, uphold ethical principles and professional conduct, and collaborate effectively with others.

Program Learning Outcomes (PLOs)

Upon completion of the program, graduates will be able to:

• PLO1 Analyze industrial problems accurately based on advanced chemical engineering principles and theories.
• PLO2 Utilize information technology to retrieve reliable information for self-directed learning.
• PLO3 Apply digital technologies to analyze data and solve chemical engineering problems.
• PLO4 Design and conduct research in accordance with recognized research standards.
• PLO5 Communicate and present academic work effectively with clarity and precision.
• PLO6 Demonstrate ethical responsibility and adhere to academic and professional codes of conduct.

Program Learning Outcomes (PLOs)

 

• PLO1 Analyze industrial problems accurately based on advanced chemical engineering principles and theories.
• PLO2 Utilize information technology to retrieve reliable information for self-directed learning.
• PLO3 Apply digital technologies to analyze data and solve chemical engineering problems.
• PLO4 Design and conduct research in accordance with recognized research standards.
• PLO5 Communicate and present academic work effectively with clarity and precision.
• PLO6 Demonstrate ethical responsibility and adhere to academic and professional codes of conduct.

Catalog Description

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Study Plans

Plan 1 (A1)	Total 36 credits
Thesis	36 credits
Plan 1 (A2)	Total 36 credits
Core Courses	12 credits
Elective Courses	6 credits
Thesis	18 credits

Thesis advisor specialization

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Thesis topics

Research area

1. Clean air, Health & Sustainable Emission Control
2. Circular Bioeconomy & Waste Valorization
3. Advanced Catalysts, Materials & Sustainable Products
4. Digital & Sustainable Process Systems Engineering

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Student Admissions

Plan A1 (Academic Plan – Thesis Only)

Applicants must meet one of the following criteria:

• Hold a Bachelor’s degree or equivalent in Chemical Engineering or a related field with a minimum GPA of 3.00, or have at least 1 year of work experience in chemical engineering; or
• Possess other qualifications in accordance with the Prince of Songkla University Graduate Studies Regulations B.E. 2563 (2020).

Plan A2 (Academic Plan – Coursework and Thesis)

Applicants must meet one of the following criteria:

1. Hold a Bachelor’s degree or equivalent in Chemical Engineering with a minimum GPA of 2.50, or have at least 1 year of work experience in chemical engineering; or
2. Hold a Bachelor’s degree in a related field with a minimum GPA of 2.75, or have at least 1 year of work experience in chemical engineering; and
3. Possess other qualifications in accordance with the Prince of Songkla University Graduate Studies Regulations B.E. 2563 (2020)

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Graduation Criteria

Plan A1 (Thesis Only)

1. Successfully defend the thesis in an open oral examination and achieve the program learning outcomes.
2. Meet the University’s English proficiency requirements.
3. Fulfill all university regulations.
4. Publish or disseminate at least one thesis-related work in a recognized international/national journal, conference proceeding, or as an innovation or academic output.

Plan A2 (Coursework and Thesis)

1. Complete all coursework with a minimum GPA of 3.00 and successfully defend the thesis in an open oral examination.
2. Meet the University’s English proficiency requirements.
3. Fulfill all university regulations.
4. Publish or disseminate at least one thesis-related work in a recognized international/national journal, conference proceeding, or as an innovation or academic output.

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Fee and Scholarship

• 30,000 THB (Thai Student)
• 60,000 THB (International Student)

Financial supports are available for both Thai and International students. Please contact the program chair for more details.

Program Accreditation

AUN-QA (ASEAN University Network Quality Assurance)

Contact Person

Asst.Prof.Pornsiri Kaewpradit Doctoral Chair of the Curriculum Executive Committee	pornsiri.k@psu.ac.th
Ms.Keerattaya Charoenmark Academic Supporting Staff	crattaya@eng.psu.ac.th
Ms.Sarapee Sahawiriya Academic Supporting Staff	sarapee@eng.psu.ac.th