GRADUATE

Master of Engineering
Program in Integrated
Chemical Engineering
(International Program)

Master of Engineering Program in Integrated Chemical Engineering (International Program)

 

Master of Engineering Program in Integrated Chemical Engineering (International Program) offers the students great opportunities to explore in a wide range of innovative areas. Our multidisciplinary program enjoys various research opportunities in collaboration with excellent organizations both inside and outside Mahidol University to gain advanced research facilities and resources. Our multidisciplinary program is opening to all applicants with Bachelor’s degree in chemical engineering, other fields of engineering and science that are well familiar with key concepts of chemistry.

Explore our comprehensive course curriculum detail below.

Distinctive features of the program

 

  1. Knowledge: Advanced curriculum with flexible elective pathways
    Build strong chemical engineering knowledge through an integrated curriculum and elective courses designed to match emerging industry, research, and sustainability needs.
  2. Skills: Future-ready skills with a strong safety mindset
    Develop essential skills for modern engineers, including research, problem-solving, communication, teamwork, digital literacy, AI-assisted learning, and professional safety awareness.
  3. Tools: Research facilities, engineering tools, and lab safety training
    Gain hands-on experience with research laboratories, analytical instruments, process simulation, data analysis tools, and systematic laboratory safety practices.
  4. Opportunities: Global pathways, scholarships, and career value
    Expand your future through double degree options, global mobility, international collaboration, scholarship opportunities, and strong pathways to industry, research, and doctoral study.

General Information

 

1.1 Curriculum Name

หลักสูตรวิศวกรรมศาสตรมหาบัณฑิต สาขาวิชาวิศวกรรมเคมีบูรณาการ (หลักสูตรนานาชาติ)

Master of Engineering Program in Integrated Chemical Engineering (International Program)

1.2 Name of Degree (Major)

Full Title Thai: วิศวกรรมศาสตรมหาบัณฑิต (วิศวกรรมเคมีบูรณาการ)

Abbreviation Thai: วศ.ม. (วิศวกรรมเคมีบูรณาการ)

Full Title English: Master of Engineering (Integrated Chemical Engineering)

Abbreviation English: M.Eng. (Integrated Chemical Engineering)

Mahidol University Education Philosophy

 

Our primary focus is on educating the learners, as for them to attain academic achievement through learning-centered education, outcome-based education and Constructivism. To become a wisdom graduate, learners combine what they have learned so far with the new knowledge, and with experiential learning activities.

Program Framework

 

1. Program Philosophy

The program aims to produce graduates with knowledge and competence in integrated chemical engineering who can work as engineers, researchers, and scholars, and to foster research and innovation by applying this knowledge alongside other disciplines, grounded in morality, ethics, and international academic and professional standards.

2. Objectives of the Program

After graduating from the program, graduates will have qualification standards for higher education as follows:

  1. Possess the knowledge, theories, and principles in integrated chemical engineering
  2. Design and conduct research to extend knowledge in integrated chemical engineering
  3. Possess the morals, professional and research ethics following the academic and professional standards
  4. Demonstrate appropriate team roles, effective communication, responsibility for assigned work, and life-long learning skills

3. Expected program learning outcomes (PLOs)

At the end of the study in the program, students will be able to

  1. Integrate theories and principles in advanced chemical engineering and data analytics to formulate new knowledge
  2. Apply advanced chemical engineering knowledge, research methodology and digital skills to address industrial problems and global issues
  3. Demonstrate morals, professional and research ethics according to academic and professional standards
  4. Demonstrate appropriate team roles, effective communication, responsibility for assigned work, and lifelong learning skills

Curriculum

 

1. Curriculum

 Courses Study Program
prerequired courses* –
Required courses 15
Elective courses 9
Thesis 12
Total not less than 36

*Prerequisite courses are for students who have completed the degree in non-chemical engineering fields.

2. Prerequisite courses

EGCH 503 Principles and Calculations in Chemical Engineering

EGCH 524 Fundamental Transport Process

EGCH 525 Fundamental Chemical Engineering Kinetics and Reactor Design

EGCH 526 Chemical Engineering Thermodynamics

 

3. Required courses

EGCH 624 Graduate Seminar in Integrated Chemical Engineering

EGCH 625 Artificial Intelligence, Data Analytics and Computational Techniques

EGCH 626 Thermodynamics and Energy Technology

EGCH 627 Global Trends in Chemical Industry

EGCH 628 Integrative Transport Phenomena and Kinetics

EGCH 634 Research Methodology for Integrated Chemical Engineers

 

4. Elective courses (4 themes)

Healthcare Sustainability Process Engineering General electives
  • Drug dalivery and development
  • Industrial Catalytic Processes
  • Separation Processes in Chemical Engineering
  • Corporate Social Responsibility for Engineering
  • Product Development and Cosmeti Formulations
  • Renewable Energy and Biofuels
  • Advanced Process Modeling and Control in Chemical Engineering
  • Project Management for Engineers
  • Food and Pharmaceutical Process Technology
  • Waste Water Treatment Processes and Design
  • Operational Excellence in Chemical Industry
  • Current Topics in Chemical Engineering
  • Pharmaceutical Facilities, Equipment and Process Design
  • Eco-environmental Technology
  • Optimization Theory in Chemical Processes

Study plan

 
Regular Program

Before the beginning of the 1st semester  
Prerequisite courses (non-credits)
Year Semester 1   Semester 2  
1 EGCH 624  Graduate Seminar in Integrated Chemical Engineering

1(1-0-2)

 EGCH 627  Global Trends in Chemical Industry

3(3-0-6)
EGCH 625  Artificial Intelligence, Data Analytics and Computational 3(2-2-5) EGCH 628  Integrative Transport Phenomena and Kinetics

3(3-0-6)
EGCH 626  Techniques Thermodynamics and Energy Technology 3(3-0-6) EGCH 634  Research Methodology for Integrated Chemical
Engineers		 2(2-0-4)

EGCH 6 xx/  Elective courses

EGCH 7xx

 3(3-0-6)

EGCH 6 xx/  Elective courses

EGCH 7xx

 3(3-0-6)
2 EGCH 698  Thesis 6(0-18-0) EGCH 698  Thesis 6(0-18-0)

EGCH 6 xx/  Elective courses

EGCH 7xx

 3(3-0-6)

EGCH 6 xx/  Elective courses

EGCH 7xx

 3(3-0-6)

Research topics

 
1.Research topic for academic year 2027

The program offers research opportunities in the following broad areas:

  • Renewable Energy, Biofuels, and Biorefinery Engineering
  • Catalysis, Reaction Engineering, and CO₂ Utilization
  • Bioresource Conversion and Biomass Valorization
  • Advanced and Sustainable Materials (Polymers, Nanomaterials, and Biomaterials)
  • Food, Pharmaceutical, and Drug Delivery Engineering
  • Process Systems Engineering, Simulation, Optimization, and Control
  • Fermentation Technology and Biochemical Processes

Admission

 
1. Qualifications of Prospective Students

  1. Holding a Bachelor’s degree in engineering or science in related fields.
  2. Having a cumulative GPA not less than 2.5
  3. Having an English Proficiency Examination Score as required by the requirements of the Faculty of Graduate Studies
  4. Other requirements shall follow those that are specified by the Faculty of Graduate Studies
  5. The Program Administrative Committee and the Dean of the Faculty of Graduate Studies may consider applicants with different qualifications from 2 to 4

2. Apply Now

Submit your application through the official graduate admission system.

https://graduate.mahidol.ac.th/

Contact Program director

Asst.Prof.Dr. Warangkana Pornputtapitak
E-mail: warangkana.por@mahidol.ac.th