Prospective Students
MASTER OF ENGINEERING PROGRAM IN INTEGRATED CHEMICAL ENGINEERING (INTERNATIONAL PROGRAM)
| Level | Master's |
| Faculty | FACULTY OF ENGINEERING |
| Website | http://www.eg.mahidol.ac.th |
Degree Designation
MASTER OF ENGINEERING(INTEGRATED CHEMICAL ENGINEERING)
Additional advantages of the programme
- Under Project work subject, all students have an opptunity to work with real PBL in an industry.
- The program is designed to integrate knowledge of Chemical Engineering with other related areas, Food and Bioprocess Engineering and Pharmaceutical Engineering. The module of Pharmaceutical Engineering is the first set launch in Thailand.
- Professional focus areas : (1) Advanced Chemical Engineering as catalyst sensors fuel cell, novel separation etc. (2) Food and Bioprocess Engineering as Non-thermal techniques, novel extraction, Biocatalyst, biosensors (3) Pharmaceutical Engineering as drug delivery, herbal extraction, nanoproducts etc.
Admission Requirements
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 the requirement of Faculty of Graduate Studies 4. Other requirements shall follow those that are specified by the Faculty of Graduate Studies 5. Applicants with different qualifications from 2 to 4 may be considered by the Program Administrative Committee and the Dean of the Faculty of Graduate Studies
Curriculum Structure
| Plan 1.2 Academic (Course work and research) | |||
| Prerequisite Course | No Credit | ||
| Required Courses | 15 | Credits | |
| Elective Courses not less than | 9 | Credits | |
| Thesis | 12 | Credits | |
| Total not less than | 36 | Credits | |
Job option after graduation
- Chemical engineers, process engineers, environmental engineers, safety engineers, consulting engineers, pharmaceutical engineers and engineers in related fields
- Researchers and scholars in related fields such as medical, biochemical and food industries
Course Requirements
Plan A2
| Prerequisite Courses | Credit | ||
| EGCH503 : PRINCIPLES AND CALCULATIONS IN CHEMICAL ENGINEERING | 3 | ||
| EGCH524 : FUNDAMENTAL TRANSPORT PROCESS | 2 | ||
| EGCH525 : FUNDAMENTAL CHEMICAL ENGINEERING KINETICS AND REACTOR DESIGN | 2 | ||
| EGCH526 : CHEMICAL ENGINEERING THERMODYNAMICS | 2 | ||
| Required Courses | Credit | ||
| EGCH624 : GRADUATE SEMINAR IN INTEGRATED CHEMICAL ENGINEERING | 1 | ||
| EGCH625 : ARTIFICIAL INTELLIGENCE, DATA ANALYTICS AND COMPUTATIONAL TECHNIQUES | 3 | ||
| EGCH626 : THERMODYNAMICS AND ENERGY TECHNOLOGY | 3 | ||
| EGCH627 : GLOBAL TRENDS IN CHEMICAL INDUSTRY | 3 | ||
| EGCH628 : INTEGRATIVE TRANSPORT PHENOMENA AND KINETICS | 3 | ||
| EGCH634 : RESEARCH METHODOLOGY FOR INTEGRATED CHEMICAL ENGINEERS | 2 | ||
| Elective Courses | Credit | ||
| HEALTHCARE | |||
| EGCH519 : DRUG DELIVERY AND DEVELOPMENT | 3 | ||
| EGCH520 : PRODUCT DEVELOPMENT AND COSMETIC FORMULATIONS | 3 | ||
| EGCH633 : NUMERICAL COMPUTATIONS IN FOOD, BIOPROCESS AND PHARMACEUTICAL PROCESS ENGINEERING | 3 | ||
| EGCH642 : FOOD AND PHARMACEUTICAL PROCESSES TECHNOLOGY | 3 | ||
| EGCH643 : FOOD PROPERTIES AND QUALITY ASSESSMENT | 3 | ||
| EGCH645 : NON-THERMAL PROCESS ENGINEERING | 3 | ||
| EGCH661 : BIOPOLYMER SCIENCE | 3 | ||
| EGCH674 : PHARMACEUTICAL FACILITIES, EQUIPMENT AND PROCESS DESIGN | 3 | ||
| EGCH710 : MICRO/NANO ENGINEERING: TOOLS IN LIFE-SCIENCE RESEARCHES AND INDUSTRIES | 3 | ||
| EGCH714 : BASIC MOLECULAR AND CELL BIOLOGY FOR ENGINEERS | 3 | ||
| SUSTAINABILITY | |||
| EGCH629 : RENEWABLE ENERGY AND BIOFUELS | 3 | ||
| EGCH630 : WASTE WATER TREATMENT PROCESSES AND DESIGN | 3 | ||
| EGCH632 : BIORESOURCES TECHNOLOGY AND ITS RECENT APPLICATIONS DESIGN | 3 | ||
| EGCH653 : INDUSTRIAL CATALYTIC PROCESSES | 3 | ||
| EGCH663 : GAS ADSORPTION PROCESS BY POROUS SOLIDS | 3 | ||
| EGCH666 : ADVANCED BIOCHEMICAL ENGINEERING | 3 | ||
| EGCH669 : ECO-ENVIRONMENTAL TECHNOLOGY | 3 | ||
| PROCESS ENGINEERING | |||
| EGCH515 : ADVANCED PROCESS MODELING AND CONTROL IN CHEMICAL ENGINEERING | 3 | ||
| EGCH517 : OPERATIONAL EXCELLENCE IN CHEMICAL INDUSTRY | 3 | ||
| EGCH605 : SEPARATION PROCESSES IN CHEMICAL ENGINEERING | 3 | ||
| EGCH620 : MODELING AND SIMULATION IN CHEMICAL ENGINEERING | 3 | ||
| EGCH649 : BIOPROCESS OPTIMIZATION | 3 | ||
| EGCH664 : MOLECULAR SIMULATION IN CHEMICAL ENGINEERING | 3 | ||
| EGCH680 : OPTIMIZATION THEORY IN CHEMICAL PROCESSES | 3 | ||
| GENERAL ELECTIVES | |||
| EGCH613 : SENSORS TECHNOLOGY | 3 | ||
| EGCH619 : ADVANCED CHEMICAL ENGINEERING THERMODYNAMICS AND GREEN TECHNOLOGY | 3 | ||
| EGCH631 : CORPORATE SOCIAL RESPONSIBILITY FOR ENGINEERING | 3 | ||
| EGCH635 : DESIGN OF EXPERIMENTS AND UNIT OPERATIONS FOR CHEMICAL, FOOD AND PHARMACEUTICAL APPLICATIONS | 3 | ||
| EGCH671 : PROJECT MANAGEMENT FOR ENGINEERS | 3 | ||
| EGCH681 : CURRENT TOPICS IN CHEMICAL ENGINEERING | 3 | ||
| Thesis | Credit | ||
| EGCH698 : THESIS | 12 | ||
Programme Lecturer
- ASSISTANT PROFESSOR PORNCHAI BUMROONGSRI (PROGRAMME DIRECTOR)
- PROFESSOR MALI HUNSOM
- PROFESSOR MOHAMMAD NAGHI ESHTIAGHI
- ASSOCIATE PROFESSOR CHULARAT SAKDARONNARONG
- ASSOCIATE PROFESSOR ATTHAPON SRIFA
- ASSOCIATE PROFESSOR NATTEE AKKARAWATKHOOSITH
- ASSISTANT PROFESSOR PATTARAPORN POSOKNISTAKUL
- ASSISTANT PROFESSOR POOMIWAT PHADUNGBUT
- ASSISTANT PROFESSOR SAKHON RATCHAHAT
- ASSISTANT PROFESSOR SIRA SRINIVES
- ASSISTANT PROFESSOR TIPRAWEE TONGTUMMACHAT
- ASSISTANT PROFESSOR WANIDA KOO-AMORNPATTANA
- ASSISTANT PROFESSOR WEERAWUT CHAIWAT
- ASSISTANT PROFESSOR WORANART JONGLERTJUNYA
- LECTURER PRATHANA NIMMANTERDWONG
- LECTURER SUTHIDA BOONSITH
- LECTURER SOONTORN TUNTITHAVORNWAT
