留学博士研究生培养方案英文版.docx

留学博士研究生培养方案英文版.docx

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留学博士研究生培养方案英文版

附件4、留学博士研究生培养方案英文版

Ph.D.DegreePrograminMaterialsScienceandEngineering

Disciplinecode:

0805

Ⅰ.ADMISSION

Ph.D.degreeprograminMaterialsScience&EngineeringoffersgraduatestudentswiththePhDdegreePrograminMaterialsScience&Engineering.Theprogramaimsatbringingaboutadequatepracticaltrainingopportunitiesforengineeringgraduatestoenablethemcompletetheirtrainingandattainprofessionalstatus.Toreachthetarget,studentsmusthavebasicknowledgeandprofoundexpertiseonmaterialsscience&engineering,havethetechnicalabilitytothepreparation,processingandcharacterizationofadvancedmaterials,havetheabilitytocarryoutresearchworksindependentlyandcanobtaincreativeachievementsinscienceorexpertise.TobeginthePhDprograminmaterialsscienceandengineeringinourschool,astudentmust:

1.HavetheacademicqualificationadmittedbyJiangsuUniversity.

2.HaveobtainedaMasterdegreeinmaterialsscienceorinarelateddisciplinebeforeenrollingasacandidateforPhDdegree.

Ⅱ.GOAL

Requirements：

1.Witharigorousandrealisticscientificattitudeandstyleofwork,astrongprofessionalethicsandanall-rounddevelopmentofmoral,intellectualandphysicallevel;

2.Tohaveamagnificentfoundationintheory,systematicexpertisein-depth;

3.TohaveR&Dandinnovationabilitywhenengagedintheoreticalresearchandhigh-techprojectindependently,toundertakeandcompleteresearchsubjectsinthisfieldonone’sown,capableofperformingscientificresearch,teachingandtechnologymanagementofscientificprojects.

Ⅲ.OBJECTIVES

ThePh.D.trainingisbasedonTutorialSystem.ThetrainingprocessisajointeffortofSupervisorandPh.D.TutorCommittee.GraduationtimeisdecidedbyPh.D.TutorCommittee.Generalstudyingperiodis3to5years.Ph.D.candidatesshouldfinishprescribedresearchworkanddissertation. 

Ⅳ.RESEARCHFIELDS

ThePh.D.DegreePrograminMaterialsScience&Engineeringfocuseson:

1.DesignandPreparationofAdvancedMetalStructuralMaterials

2.PreparationandProcessingControlofAdvancedMaterials

3.MultifunctionalDesignandOptimizationofInorganic Nonmetallic Materials

4.BiomaterialsandEnergyMaterials

5.BiomimeticPolymerScience

Ⅴ.DEGREEREQUIREMENTS

ThegraduatestudentsforMaterialsScienceandEngineeringmajorshouldfinishtherequiredcoursecreditsthatmustbeatleastatotalof15credits,andthecreditsfordegreecoursesshouldbemorethan9.Thecompletionofthesecoursesisusuallywithin1to2years,whiletheadditional2to3yearsisusedtocompletethedissertationresearchandthesisoraldefense.Moreover,everystudentisalsorequiredtocommitseveralpresentations/lecturesthatarecloselyrelevanttohis/herresearchproject,attendacademicconferences/workshopsforatleast15times,whichwillbecountedfor2creditsofthisseminarcourse.Inaddition,therequiredcoursecreditscanbeaddedbeyondthetotalrequiredcoursecreditsifthatisnecessaryintermsofyourknowledgebackgroundandtheresearchprojectinwhichyouwillinvolve.

Ⅵ.CURRICULUM

CourseCategory

CourseName

Credit

Term

CourseFrom

theSchool

Remark

DegreeCourses

CompulsorySubjectsforallStudents

OverviewofChina

2

1

OverseasEducationCollege

Compulsory

Chinese

3

1，2

OverseasEducationCollege

FundamentalTheories

MathematicModel

2

1

SchoolofScience

Atleastoneofthem

Chaostheory

2

1

SchoolofScience

Advancedstructuralmaterialchemistry

2

2

SchoolofMaterialsScienceandEngineering（SchoolofMSE）

ProfessionalFoundationorSpecializedCourses

AdvancedX-raydiffractionstudies

2

2

SchoolofMSE

Atleastoneofthem

MaterialsChemistry

2

2

SchoolofMSE

SpecializedElectiveCourses

IntroductiontoEnergyMaterials　

2

2

SchoolofMSE

Atleasttwoofthem

FunctionalMaterials

2

2

SchoolofMSE

ScienceofCompositeMaterials

2

2

SchoolofMSE

NanomaterialsandNanotechnology

2

2

SchoolofMSE

Chemicalsynthesisofinorganicmaterials

2

2

SchoolofMSE

ThecharacterizationinBionanomaterials

2

2

SchoolofMSE

NewPolymermaterials

2

2

SchoolofMSE

PublicElective

Courses

ResearchandInformationLiteracyⅠ

LiteratureRetrieval&Utilization

2

1

GraduateSchool

OverseasEducationCollege

Atleastoneofthem

PaperWriting

1

ResearchandInformationLiteracyⅡ

PatentApplication

1

2

ScientificFrontiers&Symposiums

1

1，2

SchoolofMSE

Compulsory

VII.COURSECONTENT

Coursename:

Advancedstructuralmaterialchemistry

Overallgoal:

Theoverallgoalofthiscourse"advancedstructuralmaterialchemistry"istoendowPhD-levelstudentswithknowledgeinmaterials'structuralchemistry,servingtheirfutureresearchinthedevelopmentofnovelmaterials.

Specifiedobjectives:

Theoverallgoalcanbeaccomplishedthroughthree-phase'learning,thatis,thebasicknowledgegainedinthefirstphaseinmaterials'structure（suchasmetallic,nonmetallicandorganicpolymermaterials）,followedbythehotissuesofmaterials'structuresdiscussedinthesecondphase（includingmolecularself-assembly,phase-transitionofsmartmaterials,andshape-memorymaterialsetc.）,andfinallythediscussioninthematerialsstructureperformanceandhowitcanbeimprovedusingmodification.

Contentcovered:

"Advancedstructuralmaterialchemistry"isadisciplineatopmaterialsscience,addressingtherelationshipbetweenmaterials'microstructuresandmacroscopicperformance.Researcherscanachieveopportunitiestoimproveandadjustmaterials'performancebyresortingforthebasicknowledgegainedinmaterials'structureandthehotissuescapturedinmaterials'structures.Themajorcontentinvolvedinthiscoursecoversbasicknowledgeinmaterialsthemselvesandtheirstructures,includingmetallic,nonmetallicandorganicpolymermaterials.Thecoursealsocoverscurrenthotissuesinthematerials,suchasmolecularself-assembly,phase-transitionofsmartmaterials,andshape-memorymaterials.Theobjectiveofthiscourseistoserveininnovativeresearchesandparticularlyinthedevelopmentofnovelmaterials.

Evaluation:

Close-bookexamination.

CourseName:

AdvancedX-raydiffractionstudies

Goal

XRDisatoolfortheinvestigationofthecrystalstructuresofmaterials.Itisanextremelyimportantanalyticaltoolforresearchersinmaterialsrelateddisciplines.ThisclassisintendedtoprovidethestudentswiththeknowledgeofX-RayDiffraction（XRD）anditsapplications.

EssentialObjectives

1.Thiscoursewillprovidefundamentalsandapplicationsofpowderx-raydiffraction,whichisanextremelyimportantanalyticaltoolforresearch.ThiscourseisusefulforthestudentsfromMaterialsScienceandChemistry.

2.Asaresultofattendingthiscourse,youwill

1）Learnthefundamentalsofcrystallographyanddiffraction

2）BeabletouseRietveldrefinementofpowderX-raydiffractiondatabyFullprofprogram

3）UnderstandthepropertiesofSynchrotronradiationanduseforstructuralinvestigationofcomplexnovelmaterialsorfastdataacquisitionforinsituinvestigationofphasetransitionorchemicalreactionsunderavarietyofphysicalconditions.

4）Gainhands-onexperiencewithtechniquesandprogrammesfordataanalysis.

ContentCoverage

Thiscoursecoversthefundamentalsofcrystallographyanddiffraction.24crystalstructuretypesofimportancetovariousbranchesofmaterialsscienceandengineeringwillbeintroduced.TheintenseX-rayradiationfromasynchrotroncanprovidehighqualitypowderX-raydiffractiondatawhichwillalsointroduced.Thetechniquecanprovidehighresolutiondataforstructuralinvestigationofcomplexnovelmaterialsorfastdataacquisitionforinsituinvestigationofphasetransitionorchemicalreactionsunderavarietyofphysicalconditions.MethodsfordataanalysisofRietveldrefinementwillbediscussedusingFullprofprogram.Theteachingwillbeanumberoflecturesandworkshopswheretheparticipantswillgainhands-onexperiencewithtechniquesandprogrammesfordataanalysis..

Evaluation：

EssayReport

CourseName:

MaterialsChemistry

Goal

Theemphasisinthiscourseisonmaterialsstructure,fromatomicleveltomacro-scaleanditsrelationshiptoproperties,andfabricationmethods,todevelopadvancedmaterialswithgoodperformance.

EssentialObjectives

Thecourserelatestothechemistriesofmaterialsonsynthesis,process,application,etc.Bythestudyingofthecourse,thestudentsshouldwellunderstandtherelationshipofthestructuresandpropertiesofmaterials,getsolidmasteryonthechemicalsynthesismethodandpreparationtechnologyofmaterials,havebasicknowledgeonnovelmetallicmaterials,inorganicmaterials,nano-materials,polymermaterialsandhighperformancecompositeandtheirapplications.

ContentCoverage

ThecoursebeginsinPartIwithanoverviewoftheelementarychemistrythatunderliesmuchofmodernmaterialsscience.Chapter1isageneralintroductiontothesubject,Chapter2dealswithdescriptiveideasofchemicalbonding,andChapter3summarizesthebackgroundsynthesisandreactionchemistrythatplayacrucialpartinmanyaspectsofmaterialsscience.PartIIfocusesonthecoreofmaterialschemistry-ondifferentclassesofmaterials,withfivechaptersdealingwithpolymersglasses,oxideandnon-oxideceramics,metals,alloys,andcomposites.Theemphasisinthissectionisonmaterialsdiversity,chemicalsynthesis,solid-statestructureanditsrelationshiptoproperties,andfabricationmethods.PartIIIbuildsontheforegoingchaptersandcontinueswithanemphasisonmaterialsthatareimportantinelectronics,energy-relatedapplications,membranes,o