Prof. Dr. Chartchalerm Isarankura-Na-Ayudhya
Dean of Faculty of Graduate Studies
Level | Master's |
Faculty / Institute | FACULTY OF ENGINEERING |
Website |
http://www.eg.mahidol.ac.th |
MASTER OF ENGINEERING(CHEMICAL ENGINEERING)
Plan A1 | |||
Thesis | 36 | Credits | |
Total not less than | 36 | Credits | |
Plan A2 | |||
Prerequisite Course * | No Credit | ||
Required Courses | 15 | Credits | |
Elective Courses not less than | 9 | Credits | |
Thesis | 12 | Credits | |
Total not less than | 36 | Credits | |
Non Type Subject | Credit | ||
EGCH623 : SEMINAR IN CHEMICAL ENGINEERING | 1 | ||
Thesis | Credit | ||
EGCH798 : THESIS | 36 |
Prerequisite Courses | Credit | ||
EGCH509 : TRANSPORT PROCESSES | 3 | ||
EGCH510 : CHEMICAL ENGINEERING KINETICS AND REACTOR DESIGN | 3 | ||
EGCH511 : PRINCIPLES AND CALCULATIONS IN CHEMICAL ENGINEERING | 3 | ||
EGCH512 : CHEMICAL ENGINEERING THERMODYNAMICS | 3 | ||
Required Courses | Credit | ||
EGCH609 : ADVANCED TRANSPORT PHENOMENA | 3 | ||
EGCH610 : ADVANCED CHEMICAL ENGINEERING THERMODYNAMICS | 3 | ||
EGCH621 : ADVANCED CHEMICAL ENGINEERING KINETICS AND CHEMICAL REACTOR DESIGN | 3 | ||
EGCH622 : ADVANCED CHEMICAL ENGINEERING MATHEMATICS | 3 | ||
EGCH623 : SEMINAR IN CHEMICAL ENGINEERING | 1 | ||
EGCH695 : RESEARCH METHODOLOGY IN CHEMICAL ENGINEERING | 2 | ||
Elective Courses | Credit | ||
กลุ่มวิชาวิศวกรรมเคมีขั้นสูงและแบบจำลองกระบวนการ | |||
EGCH652 : SEPARATION PROCESSES IN CHEMICAL ENGINEERING | 3 | ||
EGCH653 : INDUSTRIAL CATALYTIC PROCESSES | 3 | ||
EGCH655 : MODELING AND SIMULATION IN CHEMICAL ENGINEERING | 3 | ||
EGCH656 : PETROLEUM PRODUCTION ENGINEERING | 3 | ||
EGCH657 : OIL AND NATURAL GAS CONDITIONING AND PROCESSING | 3 | ||
EGCH664 : MOLECULAR SIMULATION IN CHEMICAL ENGINEERING | 3 | ||
EGCH672 : ENHANCED OIL RECOVERY TECHNOLOGY | 3 | ||
EGCH673 : INDUSTRIAL GAS TREATMENT IN CHEMICAL ENGINEERING PRACTICES | 3 | ||
EGCH675 : ADVANCED PROCESS DYNAMICS AND CONTROL | 3 | ||
กลุ่มวิชาวัสดุศาสตร์ขั้นสูง | |||
EGCH659 : ADVANCED PARTICLE TECHNOLOGY | 3 | ||
EGCH660 : SENSORS TECHNOLOGY | 3 | ||
EGCH661 : BIOPOLYMER SCIENCE | 3 | ||
EGCH662 : NANOSCIENCE AND NANOCOMPOSITE | 3 | ||
EGCH663 : GAS ADSORPTION PROCESS BY POROUS SOLIDS | 3 | ||
กลุ่มวิชาพลังงานและเคมีชีวภาพ | |||
EGCH647 : BIORESOURCES TECHNOLOGY AND ITS RECENT APPLICATIONS | 3 | ||
EGCH648 : ADVANCED BIOMASS CHEMISTRY AND ITS RECENT APPLICATIONS | 3 | ||
EGCH665 : BIOPROCESS OPTIMIZATION | 3 | ||
EGCH666 : ADVANCED BIOCHEMICAL ENGINEERING | 3 | ||
EGCH667 : RENEWABLE ENERGY AND BIOFUELS | 3 | ||
EGCH668 : FUEL PROCESSING TECHNOLOGY AND DESIGN | 3 | ||
EGCH669 : ECO-ENVIRONMENTAL TECHNOLOGY | 3 | ||
EGCH670 : WASTE WATER TREATMENT PROCESSES AND DESIGN | 3 | ||
EGCH679 : PULP AND PAPER TECHNOLOGY | 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 | ||
Thesis | Credit | ||
EGCH698 : THESIS | 12 |