Prospective Students
DOCTOR OF PHILOSOPHY PROGRAM IN INTEGRATED CHEMICAL ENGINEERING (INTERNATIONAL PROGRAM)
| Level | Doctoral |
| Faculty | FACULTY OF ENGINEERING |
| Website | http://www.eg.mahidol.ac.th |
Degree Designation
DOCTOR OF PHILOSOPHY(INTEGRATED CHEMICAL ENGINEERING)
Additional advantages of the programme
This program focuses on producing Doctor who has skill and competent in both Chemical
Engineering and integration with other disciplines as well such as Energy Engineering, Food and Pharmaceutical Engineering, Bioprocess Engineering et al. They can integrate different knowledge
to achieve goals in creative and develop research. Unlike other programs that focus on petroleum
and petrochemical only.
In addition to integrating with other disciplines, this program also focuses on collaborative research
with the private sectors that is consistent with the actual problem in industry.
The course is also an international program which can respond to the policies of countries that
need to develop knowledge and skills in advanced research for graduate study for devoted to the free
trade agreement with ASEAN in 2558.
Admission Requirements
An applicant is eligible to enroll in type 1.1 ( Master to a doctoral degree for a thesis only )
(1) A person who holds a Master of Engineering or Master in related field from the institutions which
accredits by the Council for Higher Education Accreditation.
(2) The cumulative grade point gets average of at least 3.50 for the program or have experience work in a related field for at least one year or have article that have been published.
(3) A person who has the addition of these criteria may be considered to apply for studying by the
discretion of the Program Director and Dean of Graduate.
An applicant is eligible to enroll in type 1.2 (Bachelor to a doctoral degree for a thesis only)
(1) A person who holds a Bachelor of Engineering or Bachelor in related field from the institutions
which accredits by the Council for Higher Education Accreditation.
(2) The cumulative grade point gets average of at least 3.50 for the program and have experience
work in a related field for at least one year or have article that have been published.
(3) A person who has the addition of these criteria may be considered to apply for studying by the
discretion of the Program Director and Dean of Graduate.
An applicant is eligible to enroll in type 2.1 ( Master to a doctoral degree for courses and a thesis)
(1) A person who holds a Master of Engineering or Master in related field from the institutions which
accredits by the Council for Higher Education Accreditation.
(2) The cumulative grade point gets average of at least 3.50 for the program.
(3) A person who has the addition of these criteria may be considered to apply for studying by the
discretion of the Program Director and Dean of Graduate.
An applicant is eligible to enroll in type 2.2 (Bachelor to a doctoral degree for courses and a thesis)
(1) A person who holds a Bachelor of Engineering or Bachelor in related field from the institutions which accredits by the Council for Higher Education Accreditation.
(2) The cumulative grade point gets average of at least 3.50 for the program.
(3) A person who has the addition of these criteria may be considered to apply for studying by
the discretion of the Program Director and Dean of Graduate.
Curriculum Structure
| Plan 1 | |||
| Elective Courses not less than | 12 | Credits | |
| For students with Master's Degree | |||
| Prerequisite Course | No Credit | ||
| Dissertation | 48 | Credits | |
| Total not less than | 48 | Credits | |
| For students with Bachelor's Degree | |||
| Prerequisite Course | No Credit | ||
| Dissertation | 72 | Credits | |
| Total not less than | 72 | Credits | |
| Plan 2 | |||
| For students with Master's Degree | |||
| Prerequisite Course | No Credit | ||
| Required Courses | 6 | Credits | |
| Elective Courses not less than | 6 | Credits | |
| Dissertation | 36 | Credits | |
| Total not less than | 48 | Credits | |
| For students with Bachelor's Degree | |||
| Prerequisite Course | No Credit | ||
| Required Courses | 12 | Credits | |
| Dissertation | 48 | Credits | |
| Total not less than | 72 | Credits | |
Job option after graduation
- Chemical engineers and process engineers Or engineers in related fields - Environment and Safety Engineers - Consultant engineers - Researchers and academics
Course Requirements
Plan 1
| Prerequisite Courses | Credit | ||
| EGCH501 : TRANSPORT PROCESSES | 3 | ||
| EGCH502 : CHEMICAL ENGINEERING KINETICS AND REACTOR DESIGN | 3 | ||
| EGCH503 : PRINCIPLES AND CALCULATIONS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH504 : FOOD CHEMISTRY AND BIOCHEMISTRY | 3 | ||
| EGCH505 : INDUSTRIAL MICROBIOLOGY | 3 | ||
| EGCH508 : CHEMICAL ENGINEERING THERMODYNAMICS | 3 | ||
| Dissertation | Credit | ||
| For students with Bachelor's degree | |||
| EGCH899 : DISSERTATION | 72 | ||
| For students with Master's degree | |||
| EGCH898 : DISSERTATION | 48 | ||
Plan 2
| Prerequisite Courses | Credit | ||
| EGCH501 : TRANSPORT PROCESSES | 3 | ||
| EGCH502 : CHEMICAL ENGINEERING KINETICS AND REACTOR DESIGN | 3 | ||
| EGCH503 : PRINCIPLES AND CALCULATIONS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH504 : FOOD CHEMISTRY AND BIOCHEMISTRY | 3 | ||
| EGCH505 : INDUSTRIAL MICROBIOLOGY | 3 | ||
| EGCH508 : CHEMICAL ENGINEERING THERMODYNAMICS | 3 | ||
| Required Courses | Credit | ||
| For students with Bachelor's degree | |||
| EGCH701 : ADVANCED TRANSPORT PROCESS | 3 | ||
| EGCH702 : ADVANCED THERMODYNAMICS ENGINEERING | 3 | ||
| EGCH703 : RESEARCH METHODOLOGY | 3 | ||
| EGCH704 : COMPUTATIONAL PROCESS ENGINEERING | 3 | ||
| For students with Master's degree | |||
| EGCH703 : RESEARCH METHODOLOGY | 3 | ||
| EGCH704 : COMPUTATIONAL PROCESS ENGINEERING | 3 | ||
| Elective Courses | Credit | ||
| EGBE604 : BIOSENSORS | 3 | ||
| EGBE610 : NEURAL NETWORKS | 3 | ||
| EGBE631 : ADVANCED DRUG DELIVERY | 3 | ||
| EGBE632 : PHYSIOLOGICAL TRANSPORT PHENOMENA | 3 | ||
| EGBE633 : BIOMEDICAL POLYMER | 3 | ||
| EGBE634 : BIOMATERIALS AND BIOCOMPATIBILITY | 3 | ||
| EGBE635 : BIOTECHNOLOGY FOR BIOMEDICAL ENGINEERING | 3 | ||
| EGBE651 : BIOINFORMATICS | 3 | ||
| EGBE653 : INTELLIGENT SYSTEMS | 3 | ||
| EGCH605 : SEPARATION PROCESSES IN CHEMICAL ENGINEERING | 3 | ||
| EGCH606 : ENVIRONMENTAL AND SAFETY ENGINEERING | 3 | ||
| EGCH613 : SENSORS TECHNOLOGY | 3 | ||
| EGCH615 : ADVANCED CHEMICAL ENGINEERING KINETICS AND CHEMICAL REACTOR DESIGN | 3 | ||
| EGCH617 : ADVANCED PARTICLE TECHNOLOGY | 3 | ||
| EGCH618 : ELECTROCHEMICAL AND CORROSION ENGINEERING | 3 | ||
| EGCH619 : INDUSTRIAL CATALYTIC PROCESSES | 3 | ||
| EGCH620 : MODELING AND SIMULATION IN CHEMICAL ENGINEERING | 3 | ||
| EGCH641 : NUMERICAL COMPUTATIONS IN FOOD PROCESS ENGINEERING | 3 | ||
| EGCH642 : FOOD AND PHARMACEUTICAL PROCESSES TECHNOLOGY | 3 | ||
| EGCH643 : FOOD PROPERTIES AND QUALITY ASSESSMENT | 3 | ||
| EGCH645 : NON-THERMAL PROCESS ENGINEERING | 3 | ||
| EGCH647 : ADVANCED FERMENTATION TECHNOLOGY | 3 | ||
| EGCH649 : BIOPROCESS OPTIMIZATION | 3 | ||
| EGCH650 : ADVANCED BIOCHEMICAL ENGINEERING | 3 | ||
| EGCH651 : ADVANCED ENZYME TECHNOLOGY | 3 | ||
| EGCH671 : PROJECT MANAGEMENT FOR ENGINEERS | 3 | ||
| EGCH674 : PHARMACEUTICAL FACILITIES, EQUIPMENT AND PROCESS DESIGN | 3 | ||
| EGCH675 : PHARMACOKINETICS AND DRUG DELIVERY | 3 | ||
| EGCH680 : OPTIMIZATION THEORY IN CHEMICAL PROCESSES | 3 | ||
| EGCH681 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH682 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH683 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH684 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH685 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH686 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH687 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH688 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH689 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH711 : DISTILLATION SYSTEM DESIGN | 3 | ||
| EGCH712 : ADVANCED INDUSTRIAL PROCESS CONTROL | 3 | ||
| EGCH713 : MODELING OF COMPUTATIONAL FLUID DYNAMICS | 3 | ||
| EGCH721 : ADVANCED BIOPOLYMER AND NANOMATERIAL | 3 | ||
| EGCH722 : APPLIED CHEMICAL AND BILOLGICAL SENSOR | 3 | ||
| EGCH723 : PRECIOUS METAL EXTRACTION AND RECYCLING | 3 | ||
| EGCH731 : RENEWABLE ENERGY TECHNOLOGY | 3 | ||
| EGCH732 : INTEGRATED ENVIRONMENTAL TECHNOLOGIES | 3 | ||
| EGCH741 : ADVANCED FOOD AND BIOCHEMICAL ENGINEERING | 3 | ||
| EGCH742 : BIOMASS PROCESSING TECHNOLOGY AND BIOREFINERY SYSTEM | 3 | ||
| EGCH743 : ADVANCED FOOD PLANT DESIGN AND LAYOUT | 3 | ||
| EGCH751 : ADVANCED PHARMACEUTICAL TECHNOLOGIES | 3 | ||
| EGCH752 : ADVANCED PACKAGING FOOD AND PHARMACEUTICAL TECHNOLOGIES | 3 | ||
| EGCH753 : ADVANCED SAFETY AND OCCUPATIONAL HEALTH MANAGEMENT | 3 | ||
| EGCH780 : ADVANCED OPTIMIZATION THEORY IN CHEMICAL PROCESSES | 3 | ||
| EGCH781 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH782 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH783 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH784 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH785 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH786 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH787 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH788 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| EGCH789 : CURRENT TOPICS IN ADVANCED CHEMICAL ENGINEERING | 3 | ||
| Dissertation | Credit | ||
| For students with Bachelor's degree | |||
| EGCH799 : DISSERTATION | 48 | ||
| For students with Master's degree | |||
| EGCH699 : DISSERTATION | 36 | ||
