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DEPARTMENT OF CHEMICAL ENGINEERINGHEAD :PaisanThe Department of Chemical Engineering offers aBachelor of Engineering degree, a Master of Engineeringdegree, and a Doctor of Engineering degree in ChemicalEngineering.The department currently accepts asophomore class of about 70 students for Bachelor’sprogram, 100 students for Master program (50-60 forM.Eng.program, 30-40 for weekend M.Eng.program) and5-10 students for Doctoral program.The Bachelor of Engineering’s degree program offersa complete set of basic courses in Chemical Engineering.The curriculum also allows the students to choose severalelective courses. This special feature broadens thestudent’s knowledge to meet his or her interest and thedemands of the industries. The senior project introducesthe students to the integration of knowledge and givesthem hand-on experiences in solving the engineering andtechnological problems. The curriculum additionallystresses the training of the student to think and presentoneself logically and independently.The department of Chemical Engineering offers twograduate programs leading to the degree of Master ofEngineering and the degree of Doctor of EngineeringStudents entering graduate study in the Departmentnormally have a bachelor’s degree in ChemicalEngineering. The Department also admits exceptionalstudents who majored in another branch of engineering,or science at the undergraduate level. Depending ontheir background, these students have to takeundergraduate chemical engineering courses asnecessary, while simultaneously taking graduate levelsubjects for which they have adequate preparation.The applicant for a doctoral degree must hold eithera Bachelor’s degree in Chemical Engineering with SecondClass Honors or equivalent or a master’s degree inChemical Engineering.The research activitiesat the department aregrouped into 10 areas of interest, namely, biochemicalengineering,catalysts and catalytic vironmental chemical engineering and safety, life cycleengineering, oleochemical, particle technology andmaterial processing, polymer science and polymerengineering, process systems engineering, and separationtechnology. Each student can choose to do his or herresearch in any one of these research areas.The collaboration between the department and topuniversities in several countries such as Japan, Canada,England, Australia and China will strengthen graduateprogram of the department.The above curriculum and research activities togetherwith strong interaction between faculties and students inall levels have produced the graduates who can meet thedemands and needs of the chemical, petrochemical, andrelated industries as well as various governmentalorganizations. Additionally, these have paved the way forthe Department of Chemical Engineering to establishherself as an active partner in the advancement ofChemical Engineering discipline in Thailand.Kittisupakorn,Ph.D. tichaiAssabumrungrat,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)B.Eng. (Chula), M.Sc.(P.I.N.Y.), Dr.Ing.(I.N.S.A.) (Toulouse)B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)PROFESSORS :ASSOCIATE PROFESSORS :ArtiwanAnongnatBunjerdDeachaShotipruk,Ph.D. (Michigan, Ann Arbor)Somwangthanaroj, Ph.D. (Michigan)Jongsomjit,Ph.D. (Pittsburgh)Chatsiriwech,B.Eng. (Chula), D.I.C.,Ph.D. (London)JoongjaiPanpranot,Ph.D. (Clemson)KasiditNootong,Ph.D. (Pennsylvania)PrasertPavasant,B.Eng, (Chula), M.Sc.,D.I.C., Ph.D. (London)SarawutRimdusit,B.Eng. (Chula),M.S.,Ph.D. (CWRU)Seeroong Prichanont,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)SiripornDamrongsukkul,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)Soorathep Kheawhom,Ph.D. (Tokyo)Tawatchai Charinpanitkul,B.Eng. (Chula) M.Eng.,D.Eng. (Tokyo)Tharathon Mongkhonsi,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)Muenduen Phisalaphong,B.Sc. (Kasetsart),M.Eng. (Chula),M.Sc. (Lehigh),Ph.D. (Colorado State)VarongPavarajarn,Ph.D. (Oregon State)UraPancharoen,B.S. (Newark), M.Sc.,D.Eng.Sc. (NJIT)ASSISTANT PROFESSORS :Amornchai aSuphotTonanon,Kanokpanont,Phatanasri,D.Eng. (Chula)B.Eng.(Chula),M.Sc.,D.eng. (Tottori)D.Eng. (Kyoto)Ph.D. (Drexel)B.Sc. (Chiangmai),M.Eng. (Chula),D.Eng. (Kyoto)LECTURERS :AkawatSirisuk,Chutimon Satirapipathkul,JirdsakTscheikuna,Sirijutaratana isitphongse,PonpeshPh.D. (Wisconsin)D.Eng (Tokyo Tech)Ph.D. (OklahomaState)Ph.D. (Michigan,Ann Arbor)M.S. (Waterloo)Ph.D. (UCLA)Ph.D. (California)
COURSE NO.SUBJECTCREDITSCOURSE NO.2103213THIRD SEMESTERENG MECHANICS I3210522021052212105222210526121052625500208CHE CHEMCHE CHEM LABCHE THERMO ICHEM PROD INDCHE PRINCOM PRES 53572105362XXXXXXXXXXXXXXMECH OF MAT ICHE THERMO IICHE MATH IUNIT OP IGENERAL EDUCATION21003013333618XXXXXXXCHE MATH IICHE STATUNIT OP IIUNIT OP LAB ICHEM ENG KIN REACTTECH WRIT ENGGENERAL EDUCATIONSIXTH SEMESTERCHE SEM IELEC ENGELEC ENG LAB ITRANS PHENOUNIT OP IIIUNIT OP LAB IICHEM PROC ECON ASSESSGENERAL EDUCATION131331331719ENG PRACTICE2SEVENTH 21054XXFIFTH CREDITSSUMMER SEMESTERFOURTH UNIT OP LAB IIICHE PROCCHEM PROC DSGNPROC DYN CONTROLSAFETY IN CHEM OPERCHE PROJ IELECTIVE COURSEEIGHTH SEMESTER2105402210546521054822105498OR 21009921054XXXXXXXXXXXXXXXXTOTAL CREDITS FOR GRADUATION 14672CHE SEM IICHEM PLANT DSGNENV CHEM ENGCHE PROJ IIENGINEERING PROJECTELECTIVE COURSEFREE ELECTIVEFREE ELECTIVE171333313133333319
NAME OF THE DEGREESirijutaratana: Master of Engineering: M.Eng.SirikanyaVarunPimpornPROFESSORS ssabumrungrat,An applicant must hold a Bachelor's Degree inChemical Engineering or equivalent and also meets therequirements of the Graduate School.DEGREE REQUIREMENTS(for bachelor degree of chemical engineering graduated)Students with bachelor degree of chemicalengineering are required to complete 24 credits ofcourses and a thesis of 12 credits. The course consists of9 credits of required courses in 1,not less than 6 credits ofapproved elective course from the same group in 2, and 9credits of free elective courses in 3 or from anothergroups in 2. Chemical engineering seminar I and II are nocredit required courses (S/U) and not counted to ful ll theprogram.Shotipruk,Ph.D. (Michigan,Ann Arbor)Anongnat Somwangthanaroj, Ph.D. (Michigan)BunjerdJongsomjit,Ph.D. (Pittsburgh)DeachaChatsiriwech,B.Eng. (Chula), D.I.C.,Ph.D. (London)JoongjaiPanpranot,Ph.D. (Clemson)KasiditNootong,Ph.D. (Pennsylvania)PrasertPavasant,B.Eng, (Chula), M.Sc.,D.I.C., Ph.D. (London)SarawutRimdusit,B.Eng. (Chula),M.S.,Ph.D. (CWRU)Seeroong Prichanont,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)SiripornDamrongsukkul,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)Soorathep kheawhom,Ph.D. (Tokyo)Tawatchai Charinpanitkul,B.Eng. (Chula) M.Eng.,D.Eng. (Tokyo)Tharathon Mongkhonsi,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)Muenduen Phisalaphong,B.Sc. (Kasetsart),M.Eng. (Chula),M.Sc. (Lehigh),Ph.D. (Colorado State)VarongPavarajarn,Ph.D. (Oregon State)UraPancharoen,B.S. (Newark), M.Sc.,D.Eng.Sc. (NJIT)COURSE REQUIREMENTS1. Required Courses2105605Seminar I2105606Seminar IINattaporn ,Satirapipathkul,Tscheikuna,from1(1-0-3)1(1-0-3)- Group II2105603 Advanced Chemical EngineeringThermodynamics3(3-0-9)2105686 Selected Topics in Chemical EngineeringThermodynamics3(3-0-9)- Group III2105604 Advanced Chemical Engineering Kineticsand Chemical Reactor Design3(3-0-9)2105687 Advanced Chemical Kinetics andCatalysis3(3-0-9)2105688 Selected Topics in Chemical EngineeringKinetics3(3-0-9)D.Eng. (Chula)B.Eng.(Chula),M.Sc.,D.eng. (Tottori)D.Eng. (Kyoto)Ph.D. (Drexel)B.Sc. (Chiengmai),M.Eng. (Chula),D.Eng. (Kyoto)- Group IV2105601 Advance Engineering Mathematics forChemical Engineers3(3-0-9)2105607 Chemical Engineering ProcessScale-up3(3-0-9)2105612 Chemical Engineering Process andProduct Development3(3-0-9)2105617 Research Methodology and StatisticalAnalysis3(3-0-9)2105618 Characterization and InstrumentalAnalysis3(3-0-9)LECTURERS :AkawatChutimonJirdsak2 credits2) Core Course15 credits from- Group I2105602 Advanced Transport Phenomena 3(3-0-9)2105685 Selected Topics in Transport Phenomena3(3-0-9)ASSISTANT PROFESSORS :Amornchai isitphongse,PonpeshPh.D. (Michigan,Ann Arbor)M.S. (Waterloo)Ph.D. (UCLA)Ph.D. (California)ADMISSIONB.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)B.Eng. (Chula), M.Sc.(P.I.N.Y.), Dr.Ing.(I.N.S.A.) (Toulouse)B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)ASSOCIATE PROFESSORS :ArtiwanCovavisaruch,Ph.D. (Wisconsin)D.Eng (Tokyo Tech)Ph.D. (OklahomaState)73
21056762105671210562321056892105699Instrumentation in Chemical Process3(3-0-9)Process Dynamics3(3-0-9)Optimization of Chemical Processes3(3-0-9)Safe Process Operation and Design3(3-0-9)Multifunctional Reactor3(3-0-9)3) Elective Courses9 105696from- Chemical Engineering Fundamental Division2105526 Total Productive Management forChemical Process Industry3(3-0-9)2105608 Adsorption Process3(3-0-9)2105610 Membrane Technology3(3-0-9)2105611 Separation Technology Via LiquidMembrane And Application3(3-0-9)2105613 Mass Transfer Operation3(3-0-9)2105626 Advanced Heat Transfer3(3-0-9)2105663 Heat Transfer 92Surface TechnologyChemical Analysis for ChemicalProcess Control IIndependent Study IIndependent Study IIIndependent Study IIIBioreactor Analysis and ControlDesign3(3-0-9)Biosensors3(3-0-9)Bioprocess Plant Design3(3-0-9)Biochemical Separation Technology3(3-0-9)Bioactive Compounds3(3-0-9)Bioenergy Technology3(3-0-9)Special Problems in BiochemicalEngineering3(3-0-9)- Cleaner Production Engineering Division2105666 Source Control of Particulate Emission3(3-0-9)2105667 Loss Prevention in Chemical Operations3(3-0-9)2105697 Special Problems in Cleaner ProductionEngineering3(3-0-9)- Particle Technology Division2105572 Encapsulation Process3(3-0-9)2105609 Advanced Particulate Technology 3(3-0-9)2105616 Fluid and Particle Mechanics3(3-0-9)2105672 Simulation of Particulate and MaterialProcessing3(3-0-9)2105678 Introduction to Nanotechnology 3(3-0-9)2105698 Special Problems in 3(3-0-9)3(3-0-9)4) THESIS2105811 THESIS2105816 THESIS- Process Control and System Engineering Division2105522 Dyanamic Process Simulation3(3-0-9)2105599 Batch Chemical Processes3(3-0-9)2105619 Advanced Automatic Process Control3(3-0-9)2105693 Special Problems in ProcessControl Engineering3(3-0-9)1236creditscreditsMaster of Chemical Engineering ProgramFirst Semester- Petrochemical Engineering Division2105630 Heterogeneous Catalytic ReactorModeling3(3-0-9)2105631 Advanced Catalysts for Polymers 3(3-0-9)2105632 Petrochemical Technology3(3-0-9)2105634 Catalysis3(3-0-9)2105636 Heterogeneous Catalysis3(3-0-9)2105637 Design of Industrial Catalysis3(3-0-9)2105681 Catalyst Deactivation3(3-0-9)2105694 Special Problems in PetrochemicalEngineering3(3-0-9)First Year2105602ADV TRANS PHENOM2105603ADV CHE THERMO2105604ADV CHE KINETICS21056xx/5xx Free Elective12Second Semester2105605Seminar I21056xxApproved Elective21056xxApproved Elective21056xx/5xx Free Elective21056xx/5xx Free Elective2105811Thesis- Polymer Engineering Division2105527 Polymer Characterization and Fracture3(3-0-9)2105638 Advanced Polymer Engineering 3(3-0-9)2105643 Polymer Processing3(3-0-9)2105649 Polymer Blends and Composites 3(3-0-9)2105675 Polymer Chemistry for Engineers 3(3-0-9)2105695 Special Problems in PolymerEngineering3(3-0-9)First Semester7413333215Second Year2105606Seminar II2105811Thesis21056xx/5xx Free Elective(Option)- Biochemical Engineering Division2105641 Biodegradable Material Engineering3(3-0-9)2105650 Biochemical Engineering3(3-0-9)33331637,10
Second Semester2105811Thesis21056xx/5xx Free Elective(Option)First Semester434,72105464Chemical Process Design2105472Process Dynamics and Control2105458Unit Operations Laboratory III2105811Thesis21056xx/5xx Free Elective (Option)DEGREE REQUIREMENTS(for non-bachelor degree of chemical engineeringgraduated)Students with non-bachelor degree of chemicalengineering are required to complete 30 credits ofengineering and chemical engineering fundamentalcourses, 24 credits of courses and a thesis of 12 credits.The fundamental courses of 30 credits are lists in 5. Thecourse consists of 9 credits of required courses in 1, notless than 6 credits of approved elective course from thesame group in 2, and 9 credits of free elective courses in3 or from another groups in 2. The fundamental, chemicalEngineering Seminar I and II are non credit requiredcourses (S/U) and not counted for in order to ful ll theprogram.Chemical Engineering Kinetics andReactor Design2105331Chemical Engineering Mathematics II2103106Engineering Drawing2105603ADV CHE THERMO21056xx/5xx Free Elective2105811Thesis21056xx/5xx Free Elective (Option)First 5607313316210561221056172105618Second Semester2105353Unit Operation III2105357Unit Operations Laboratory II21056xxApproved Elective21056xx/5xx Free Elective2105811Thesis2) Required Courses9creditsAdvanced Transport Phenomena 3(3-0-9)Advanced Chemical EngineeringThermodynamics3(3-0-9)Advanced Chemical Engineering Kineticsand Chemical Reactor Design3(3-0-9)Chemical Engineering Seminar I 1(1-0-3)Chemical Engineering Seminar II 1(1-0-3)3) Approved ElectiveSecond YearUnit Operations IIUnit Operations Laboratory IADV TRANS PHEHOMADV CHE KINETICSSeminar II636,9COURSE REQUIREMENTS1) Fundamental Courses2103106Engineering Drawing3(1-4-4)2105251Unit Operations I3(3-0-6)2105331Chemical EngineeringMathematics II3(3-0-6)2105333Transport Phenomena3(3-0-6)2105352Unit Operations II3(3-0-6)2015353Unit Operations III3(3-0-6)2105356Unit Operations Laboratory I1(0-3-0)2105357Unit Operations Laboratory II1(0-3-0)2105373Chemical Engineering Kinetics andReactor Design3(3-0-6)2105458Unit Operations Laboratory III1(0-3-0)2105464Chemical Process Design3(2-3-4)2105472Process Dynamics and Control3(3-0-6)Second Semester2105333Transport Phenomena2105251Unit Operations I21056xxApproved Elective21056xx/5xx Free Elective2105605Seminar I331434,7Second SemesterMaster of Chemical Engineering ProgramFirst YearFirst Semester2105373Third Year21056223133282105676creditsAdvanced Engineering Mathematicsfor Chemical Engineers3(3-0-9)Chemical Engineering ProcessScale-up3(3-0-9)Chemical Engineering process andProduct Development3(3-0-9)Research Methodology and StatisticalAnalysis3(3-0-9)Characterization and InstrumentalAnalysis3(3-0-9)Chemical Process Simulation andOptimization3(3-0-9)Instrumentation in ChemicalProcess3(3-0-9)4) Elective Courses7569credits
Group 1 : Chemical Engineering Fundamental Division2105526Total Productive Management forChemical Process Industry3(3-0-9)2105608Adsorption Process3(3-0-9)2105610Membrane Technology3(3-0-9)2105611Separation Technology via LiquidMembrane and Application3(3-0-9)2105613Mass Transfer Operations3(3-0-9)2150626Advanced Heat Transfer3(3-0-9)2150661Special Problems in ChemicalEngineering3(3-0-9)2105662Selected Topics in ChemicalEngineering3(3-0-9)2150663Heat Transfer Operation3(3-0-9)2105665Cryogenic Engineering3(3-0-9)2105673Design and Analysis of Experimentsin Chemical Engineering3(3-0-9)2105680Multifunctional Reactor3(3-0-9)2105682Surface Technology3(3-0-9)2105684Chemical Analysis for ChemicalProcess Control I3(3-0-9)21056522105654210565521056562105659Group 3 Group 4 :21055272105638210564321056492105675Group 5 :210564121056503(3-0-9)Bioactive CompoundsBioenergy TechnologyGroup 6 :2105666Cleaner Production Engineering DivisionSource Control of ParticulateEmissions3(3-0-9)Loss Prevention in ChemicalOperations3(3-0-9)Energy Conservation in ChemicalProcesses3(3-0-9)Cleaner Technology3(3-0-9)21056682105669Group 7 )3(3-0-9)Particle Technology DivisionAerosol EngineeringEncapsulation ProcessAdvanced Particulate TechnologyFluid and Particle MechanicsSimulation of Particulate andMaterial ProcessingIntroduction to 0-9)3(3-0-9)4) Thesis2105811Thesis12 CreditsNAME OF THE DEGREE: Doctor of Engineering: D.Eng.PROFESSORS :Petrochemical Engineering DivisionHeterogeneous Catalytic ReactorModelling3(3-0-9)Advanced Catalysts for Polymers 3(3-0-9)Petrochemical Technology3(3-0-9)Catalysis3(3-0-9)Heterogeneous Catalysis3(3-0-9)Design of Industrial Catalysts3(3-0-9)Catalyst Deactivation3(3-0-9)Polymer Engineering DivisionPolymer Characterization andFractureAdvanced Polymer EngineeringPolymer ProcessingPolymer Blends and CompositesPolymer Chemistry for 056832105667Group 2 : Process Control and Systems EngineeringDivision2105522Dynamic Process Simulation3(3-0-9)2105599Batch Chemical Process3(3-0-9)2105619Advanced Automatic ProcessControl3(3-0-9)2105621Multivariable Process Control3(3-0-9)2105623Optimization of ChemicalProcesses3(3-0-9)2105624Computer Process Control3(2-3-7)2105625Process Control and Management 3(3-0-9)2105628Process Control Instrumentation 3(3-0-9)2105629Process Identi cation and DataAnalysis3(3-0-9)2105671Process Dynamics3(3-0-9)2105674Computer-Aided Process andProduct Engineering3(3-0-9)Bioreactor Design Analysis andControlBiosensorsBioprocess Plant DesignBioremediation EngineeringBiochemical serthdam,SuttichaiAssabumrungrat,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)B.Eng. (Chula), M.Sc.(P.I.N.Y.), Dr.Ing.(I.N.S.A.) (Toulouse)B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)ASSOCIATE PROFESSORS :ArtiwanPh.D. (Michigan,Ann Arbor)Anongnat Somwangthanaroj, Ph.D. (Michigan)BunjerdJongsomjit,Ph.D. (Pittsburgh)DeachaChatsiriwech,B.Eng. (Chula), D.I.C.,Ph.D. (London)JoongjaiPanpranot,Ph.D. (Clemson)KasiditNootong,Ph.D. (Pennsylvania)PrasertPavasant,B.Eng, (Chula), M.Sc.,D.I.C., Ph.D. (London)SarawutRimdusit,B.Eng. (Chula),M.S.,Ph.D. hemical Engineering DivisionBiodegradable MaterialEngineering3(3-0-9)Biochemical Engineering3(3-0-9)76Shotipruk,
SeeroongPrichanont,SiripornDamrongsukkul,Soorathep kheawhom,Tawatchai Charinpanitkul,Tharathon Mongkhonsi,Muenduen Phisalaphong,VarongUraPavarajarn,Pancharoen,B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)Ph.D. (Tokyo)B.Eng. (Chula) M.Eng.,D.Eng. (Tokyo)B.Eng. (Chula), M.Sc.,D.I.C., Ph.D. (London)B.Sc. (Kasetsart),M.Eng. (Chula),M.Sc. (Lehigh),Ph.D. (Colorado State)Ph.D. (Oregon State)B.S. (Newark), M.Sc.,D.Eng.Sc. (NJIT)which is required for Pattern II. The additionalrequirement for Pattern I is the minimumgrade point average of 3.5 on Master's Degree inChemical Engineering.COURSE REQUIREMENTS2105601210560221056032105604ASSISTANT PROFESSORS :Amornchai Arpornwichanop,ApinanSoottitantawat,Nattaporn D.Eng. (Chula)B.Eng.(Chula),M.Sc.,D.eng. (Tottori)D.Eng. (Kyoto)Ph.D. (Drexel)B.Sc. (Chiengmai),M.Eng. (Chula),D.Eng. (Kyoto)210571821056452105701LECTURERS :AkawatSirisuk,Chutimon Satirapipathkul,JirdsakTscheikuna,Sirijutaratana itphongse,Ponpesh210570221057032105709Ph.D. (Wisconsin)D.Eng (Tokyo Tech)Ph.D. (OklahomaState)Ph.D. (Michigan,Ann Arbor)M.S. (Waterloo)Ph.D. (UCLA)Ph.D. (California)Ph.D.(UCD)21057101) Required Courses for Pattern II (1)12creditsAdvanced Engineering Mathematics forChemical Engineers3(3-0-9)Advanced Transport Phenomena 3(3-0-9)Advanced Chemical EngineeringThermodynamics3(3-0-9)Advanced Chemical EngineeringKinetics and Chemical ReactorDesign3(3-0-9)Seminar in ChemicalEngineering III1(1-0-3)Seminar in ChemicalEngineering IV1(1-0-3)2) Elective Courses for Pattern II (2)12 creditsPolymer Extrusion Process andDesign3(3-0-9)Advanced Process SystemEngineering3(3-0-9)Advanced Separation Technology 3(3-0-9)Optimal Process Control3(3-0-9)Special Projects in ChemicalEngineering3(3-0-9)Air Engineering and Control ofGaseous Air Pollutants3(3-0-9)Students may select other courses offered by theGraduate School, Chulalongkorn University, withapproval from their academic advisor or ChemicalEngineering Department.ADMISSIONThe applicant must hold either a Bachelor's Degree inChemical Engineering or equivalent with Second ClassHonors, or a Master's Degree in Chemical Engineering,77
There are two patterns of study as follows:Required CoursesElective CoursesSeminar in Chem Eng.DissertationTotal course requirementsPattern IPattern II (1)Pattern II (2)Master’s Degree Holder002*4848Bachelor’s Degree Holder12122*4872Master’s Degree Holder0122*4860Pattern I for Master's degree holderFirst Semester2105717Seminar in Chemical Engineering III2105829DissertationSecond Semester2105718Seminar in Chemical Engineering IV2105829DissertationThird Semester2105894Doctoral Dissertation Seminar2105829DissertationFourth Semester2105894Doctoral Dissertation Seminar2105829DissertationFifth Semester2105894Doctoral Dissertation Seminar2105829DissertationSixth Semester2105894Doctoral Dissertation Seminar2105829DissertationPattern II (1) for Bachelor's degree holderFirst Semester2105717Seminar in Chemical Engineering III2105830DissertationSecond Semester2105718Seminar in Chemical Engineering 30 Dissertation0(s/u)**101021058300(s/u)**10102105830 DissertationThird Semester2105894 Doctoral Dissertation SeminarFourth Semester2105894Doctoral Dissertation SeminarDissertationFifth Semester2105894 Doctoral Dissertation SeminarSixth Semester2105894Doctoral Dissertation Seminar21058300(s/u)**1010DissertationSeventh Semester2105894Doctoral Dissertation Seminar21058300(s/u)**1010DissertationEighth Semester2105894Doctoral Dissertation s/u)**99
Pattern II (2) for Master's degree holderPattern II (2) for Bachelor's degree holderFirst Semester21056xxElective in CHE321056xxElective in CHE32105717Seminar in Chemical Engineering III 1(s/u)**2105828Dissertation410Second Semester21056xxElective in CHE321056xxElective in CHE32105718Seminar in Chemical Engineering IV 1(s/u)**2105828Dissertation410First Semester2105602 Advanced Transport Phenomena2105603 Advanced CHE ENG TransportPhenomenaThird Semester2105894Doctoral Dissertation Seminar2105828DissertationFourth Semester2105894Doctoral Dissertation Seminar2105828DissertationFifth Semester2105894 Doctoral Dissertation Seminar2105828 DissertationSixth Semester2105894 Doctoral Dissertation Seminar2105828 Dissertation2105604 Advanced CHE ENG Kinetics andCHE Reactor Design21056xx Elective in CHE2105717 Seminar in Chemical Engineering IIISecond Semester21056xx Approve Elective in CHE21056xx Approve Elective in CHE21056xx Elective in CHE21056xx Elective in CHE2105718 Seminar in Chemical Engineering IV0(s/u)**1010Third Semester2105894 Doctoral Dissertation Seminar0(s/u)**10102105828 DissertationFourth Semester2105894 Doctoral Dissertation Seminar0(s/u)**10102105828 Dissertation0(s/u)**10102105828 DissertationFifth Semester2105894 Doctoral Dissertation SeminarSixth Semester2105894 Doctoral Dissertation Seminar2105828 DissertationSeven Semester2105894 Doctoral Dissertation Seminar2105828 DissertationEight Semester2105894 Doctoral Dissertation Seminar2105828 88
COURSES DESCRIPTIONSIN CHEMICAL ENGINEERING (B.ENG.)2105301 Chemical Engineering Seminar I 1(0-3-0)Softskill improvement for quality chemical engineer.Discussion of various topics relevant for recent chemicalengineering development.2105220 Chemical Engineering Chemistry 3(3-0-6)Principles of chemical analysis for chemical engineersfor quality control, process control, and researches,utilization of quantitative analysis and interpretation,techniques of chemical analysis, using traditionalmethods, and use of analysis instruments, principles oforganic chemistry to be applied in chemical industriesand bio-engineering, properties and reactions of basicfunctional groups: hydrocarbons, hydroxyl, ether,carbonyl, carboxylic, and organic complexes.2105331Chemical Engineering Mathematics II3(3-0-6)Numerical techniques for solving chemicalengineering problems, application of computer for solvingchemical engineering problems.2105332 Chemical Engineering Statistics3(3-0-6)Elementary principles of statistics and probability,random variables and probability distributions,experimental data analysis, chemical process parameterestimation, linear regression and correlation, multipleregression, design and analysis of chemical experimentswith single factor and with several factors, chemicalprocess modeling with stochastic oratory1(0-3-0)Practice in chemical analysis using various techniquesfor quality control, process control, and research.2105222Chemical Engineering Thermodynamics I3(3-0-6)Prediction of thermodynamic properties of singlecomponents, ideal gas law, equation of states of gas andliquid, gaseous and liquid mixtures, thermodynamic laws,relationships of thermodynamic properties, phaseequilibrium of single components, refrigeration cycle.2105333 Transport Phenomena3(3-0-6)Viscosity, mathematical models of momentumtransports in isothermaluid systems, thermalconduction and convection, mathematical models ofenergy transports in solids and in uids for isothermalsystems and non-isothermal systems, diffusion in binarymixtures, mathematical models of mass transports inisothermal mixtures without chemical reactions and withchemical reactions, simultaneous mass and energytransports in uid mixtures.2105223Chemical Engineering Thermodynamics II3(3-0-6)Prediction of thermodynamic properites of mixtures,phase equilibrium of mixtures, vapour-liquid equilibrium,liquid-liquid equilibrium, liquid-solid liquidequilibrium, chemical equilibrium, thermodynamics ofchemical processes.2105352 Unit Operations II3(3-0-6)Unit Operations for separating gaseous and liquidmixtures with distillation, absorption, extraction,adsorption and crystallization.2105230Chemical Engineering Mathematics I3(3-0-6)Fundamental of line integration and surfaceintegration, polar co-ordinates, calculus of real valuemultivariable functions and application, analysisprinciples for solving chemical engineering problems.2105353 Unit Operations III3(3-0-6)Unit operations for exchanging heat, boilers,evaporators, condensers, dryers, and cooling watersystems.2105356Unit Operations Laboratory I1(0-3-0)Condition: Prerequisite 2105251Practice unit operations for momentum transports.2105251 Unit Operations I3(3-0-6)Units for transporting liquid and gas, uidizedsystems, pneumatic system for transport particles, unitoperations for separating particles from gaseous andliquid system with centrifugaldiffusion.forces,2105357Unit Operations Laboratory II1(0-3-0)Condition: Prerequisite 2105352Practice unit operations for mass transport andreaction kinetics.ltration, and2105362Chemical Process Economic Assessment3(3-0-6)Cost components of chemical industries, chemicalindustrial cost indexes, capital cost components, capitalinvestment estimates, purchase costs of facturing cost estimates, chemical processdepreciation estimates, feasibility analysis, alternativeinvestments and replacements2105261 Chemicals Production Industries 3(3-0-6)Industrial standard, law related to onsibilities of engineers.2105262 Chemical Engineering Principles 3(3-0-6)Principles of chemical engineering, relationship ofmass with chemical reactions, conservation of mass andenergy, use of phase equilibrium and thermodynamicproperties.80
2105373Chemical Engineering Kinetics andReactor Design3(3-0-6)Fundamental principles of chemical kinetics;diffusion and catalysis; concepts of reactor design; theeffect of reactor geometry, operating conditions, andow characteristics on mass and energy conservationequations; single and multiple reactor systems.feeding and discharging systems, classi cation ofparticles, granulation and agglomeration, comminution(size reduction), mixing and agitation of powder, kneadinglter press (expression ), extrusion.2105445Catalyst Reaction EngineeringFundamentals3(3-0-6)Catalyst structures and functions; fundamentals ofcatalyst manufacturing processes and catalyst rectionengineering; applications of catalysts in petrochemicaland chemical engineering processes; catalyst reactordesign.2105385Recycling of Agricultural and AgroInductrial Waste3(2-3-4)Wealth of Thailand, bio-diversity in Thailand, role oftechnology in full utilization of agri-waste oragro-industrial waste; cycles of agri-waste andagro-industrial waste; characterization of agri-waste andagro-industrial waste; utilization of agri-waste andagro-industrial waste; project/product evaluation.2105402 Chemical Engineering Seminar II 1(0-3-0)Softskill improvement for quality chemical engineer.Discussion of various topics relevant for recent chemicalengineering development.2105452 Fermentation Processes3(3-0-6)Detailed study of the processes, operations,technology involved in selected industrial fermentationprocessesdirectedtowards the production ofpharmaceuticals and industrial chemicals.2105453Introduction to Biochemical Engineering3(3-0-6)Importance of biochemical reactions in the industries,health & medicine, and daily life. A review of biochemicalreaction kinetics for enzy
2105686 Selected Topics in Chemical Engineering Thermodynamics 3(3-0-9) - G roup III 2105604 Advanced Chemical Engineering Kinetics and Chemical Reactor Design 3(3-0-9) 2105687 Advanced Chemical Kinetics and Catalysis 3(3-0-9) 2105688 Selected Topics in Chemical Engineering Kinetics 3(3-0-9) - G roup IV
