Informations de base
HistoiredeHKUST
Retrouverlesracines
Le contexte de la création de l'école
Inthe1950s, China'sscientificandtechnologicalstrengthandcomprehensivenationalstrengthwereveryweakatthattime, anditwasdifficulttoadapttotheneedsofnationaldevelopmentandinternationalcompetition.AlthoughtheChineseAcademyofSciences, asanationalacademicresearchcenter, hasalargenumberofseniorscientifictalents, iturgentlyneedstosupplementoutstandingreserveforces, especiallycutting-edgescientificandtechnologicaltalentsindomesticemergingtechnologydisciplines.Atthattime, thenumberandqualityofgraduatesassignedfromcollegesanduniversitiescouldnotmeettheirneeds.Undersuchcircumstances, usingtheadvantagesoftheChineseAcademyofSciencestoestablishanewtypeofuniversitythatcultivatesemerging, marginaux, andinterdisciplinarycutting-edgetechnologytalentshasbecomethecommonvisionoftheleadersoftheAcademyofSciencesandmanyscientists.
Préparationetapprobation
Le 18 mars 1958, la troisième fois à l'Académie chinoise des sciences Lors de la réunion exécutive de l'académie, le doyen Guo Moru a suggéré que, pour former des cadres, il soit possible d'envisager la création d'une école supérieure rattachée à l'Académie des sciences.
OnMay9,1958, ZhangJinfu, secretaryofthePartyLeadershipGroupoftheChineseAcademyofSciences, submittedarequesttoVicePremierNieRongzhen, whoisinchargeofnationalscientificandtechnologicalwork, andthePropagandaDepartmentoftheCentralCommitteeonbehalfofthePartyLeadershipGroupoftheChineseAcademyofSciences.VicePremierNieRongzhenimmediatelyreportedtoPremierZhouEnlaiabouttheproposeduniversityestablishmentbytheAcademyofSciences, whichwasapprovedbyPremierZhouEnlai.OnMay21, VicePremierNieRongzhensubmittedareporttotheSecretariatoftheCPCCentralCommittee.
Le 2 juin 1958, après discussion lors d'une réunion du secrétariat du comité central du CPC, DengXiaoping, membre du comité permanent du bureau politique du comité central du CPC et secrétaire général DengXiaoping a indiqué que « la réunion du secrétariat a approuvé ce rapport et a décidé de créer cette université ».
Processus de préparation
June8,1958, presidedoverbyGuoMoruo, PresidentoftheChineseAcademyofSciencesThefirstmeetingoftheschoolpreparatorycommitteewasheldandtheschoolwasnamed "UniversityofScienceandTechnologyofChina" .Atthesametime, theuniversitypreparatorycommitteewasestablished.Themeetingpassedtheschoolplanandthe1958enrollmentguide, clarifyingthattheteachingequipmentisinprincipleresponsiblefortherelevantresearchinstitutesoftheAcademyofSciences.ThemeetingdecidedthattheschoolshouldsetuptheDepartmentofNuclearPhysicsandNuclearEngineering, theDepartmentofTechnicalPhysics, theDepartmentofChemicalPhysics, theDepartmentofPhysicalThermalEngineering, theDepartmentofRadioelectronics, theDepartmentofAutomation, theDepartmentofMechanicsandMechanicalEngineering, theDepartmentofRadiochemistryandRadiationChemistry, GeochemistryandRareElementsDepartment, DepartmentofPolymerChemistryandPolymerPhysics, DepartmentofAppliedMathematicsandComputerTechnology, DepartmentofBiophysics, etc;. AndestablishcontactandcooperationwithPekingUniversityandTsinghua Université.
Le28juilletdelamêmeannée,lecomitépréparatoireàl'écoleatenulapremièreréuniondeschefsdedépartement.L'assembléeadécidéd'ajouterledépartementdegéophysiqueappliquéeetdecréerquatregroupesdontphysiquegénérale,chimiegénérale,mathématiquesetpolitique.
Conformément aux instructions du vice-premier ministre Nie Rongzhen, la deuxième branche de l'ancienne école du Parti central sur la route Yuquan a été transférée sur le site de l'Université chinoise des sciences et de la technologie.
Afin de résoudre le problème d'inscription, le groupe du Parti de l'Académie chinoise des sciences a fait rapport au gouvernement central pour approbation, et l'Université des sciences et de la technologie de Chine a accordé la priorité à 1 600 nouveaux étudiants parmi les candidats des provinces et des villes.
Audébutseptembre,150étudiantsde première annéeadmisauxexamensdePékinsontpréalablementenregistréspourparticiperàdestravauxvolontairestelsquel’organisationducampusetlaconstructiond’unterraindejeu ;
La veille de la rentrée scolaire, Guo Moru a rédigé les paroles de la chanson de l'école et a sollicité de nombreuses suggestions de révision.
Les débuts de l'établissement scolaire
Le 20 septembre 1958, la cérémonie d'établissement et d'ouverture de l'Université des sciences et de la technologie de Chine se déroule dans la grande salle du Collège politique de l'Armée de libération du peuple chinois.
En 1959, theUniversityofScienceandInformationTechnologyofChinawasmergedintotheUniversityofScienceandTechnologyofChina, andtheDepartmentofScienceandTechnologyInformationwasestablished.InApril1964, theChineseAcademyofSciencesagreedtomergetheoriginal13departmentsintosixdepartments: DepartmentofMathematics, DepartmentofPhysics, DepartmentofModernChemistry, DepartmentofModernPhysics, DepartmentofModernMechanics, andDepartmentofRadioElectronics.TheMinistryofEducationapproved24majorsinschools, whichwerereducedto23in1966, witha5-yearschoolingsystem.AccordingtotherequirementsoftheChineseAcademyofSciences, aftertheadjustmentofdepartmentsandmajors, theprofessionalcourseswillbasicallyremainunchanged, andtheteachingandresearchsectionwillcontinuetoberetainedsothattheycanoftengetinclosecontactwiththeinstitute.
En mai 1959, il a été inscrit dans la « Décision de désignation d'un groupe d'écoles clés dans les établissements d'enseignement supérieur » du Comité central du Parti communiste chinois.
TheChineseUniversityofScienceandTechnologybegantorecruitgraduatestudentsin1963.In1964, the200graduatestudentsadmittedbytheBeijingInstituteoftheChineseAcademyofScienceswerealsoinchargeofbasiccourseteachingbytheChineseUniversityofScienceandTechnology.GeophysicistZhaoJiuzhangoncewrotetotheleadersoftheAcademyofSciences, suggestingthattheUniversityofScienceandTechnologyofChinaopenagraduateschool.TheAcademyofSciencesalsoproposedaplanfortheestablishmentofagraduateschoolinZhongguancunbytheUniversityofScienceandTechnologyofChina, whichwaslaterstrandedduetotheturmoilofthe "CulturalRevolution".
En 1960, theChineseUniversityofScienceandTechnologyandtheInstituteofComputingTechnologyjointlydevelopedthe "107Computer" .ThisisChina'sfirstself-designedgeneral-purposedigitalcomputerandthefirstelectronicdigitalcomputerinaChineseuniversity.InFebruary1960, theschoolheldthefirstscientificresearchreportmeeting.InSeptember1963, atotalof80papersfromteachersandstudentswereselectedinthe publishedtocommemoratethefifthanniversaryofthefoundingoftheschool "ScienceCollection".
Depuis 1966, l'Université des sciences et de la technologie de Chine a formé 4 710 diplômés pour le pays, dont 85 % sont affectés à des départements de recherche scientifique et des universités, et la plupart d'entre eux sont devenus des piliers du monde des affaires et de la direction.
Au cours de la révolution culturelle
Enmai1966,la« Révolution culturelle » a éclaté dans tout le pays, les écoles ont cessé d'inscrire des étudiants, et l'enseignement et la recherche scientifique ont été contraints de s'arrêter.
InJune1966, inaccordancewiththerequirementsoftheBeijingMunicipalCommitteeoftheCommunistPartyofChina, theChineseAcademyofSciencessentaworkinggrouptotheChineseUniversityofScienceandTechnology.Sincethen, exposingmeetings, criticismmeetings, grands-characterposters, andbigdebateshavecontinued, settingofftheclimaxoftheculturalrevolutioninthewholeschool.ItwasnotuntilJuly29thattheschool-basedworkinggroupwithdrewfromtheUniversityofScienceandTechnologyinaccordancewiththedecisionofthesuperior.
OnMarch5,1968, theRevolutionaryCommitteeoftheChineseUniversityofScienceandTechnologywasformallyestablished, andbegantoworkthenextday.BeforetheofficesoftheRevolutionaryCommitteewerecompleted, theywouldtakechargeofallmattersrelatedtotheRevolutionaryCommittee.InAugust1968, morethan200peoplefromthePeople'sLiberationArmy "MaoZedongThoughtPropagandaTeam" stationedinBeijingand300peoplefromtheCapitalWorkers "MaoZedongThoughtPropagandaTeam" de enteredtheUniversityofScienceandTechnologytoleadtheschool "combat, qui critiquaient, andreforming" movement.OnFebruary27,1969, theschoolestablishedtheEducationalRevolutionGroup.Afterthat, theschoolsuccessivelydispatched11educationalrevolutionexplorationteams, withatotalof77peoplesenttothearmy, ruralareas, andfactoriestoconducteducationalrevolutionexplorations, etapprendredeShanghai.
OnJuly9,1969, theEducationalRevolutionInvestigationTeamoftheUniversityofScienceandTechnologyofChinadraftedadraftof "PreliminaryOpinionsonTakingtheRoadoftheCommunistPartyandRebuildingtheProletarianNewUniversityofScienceandTechnology" .Themainspiritis: XiadongLaborUniversitysetanexample, learnedfromTsinghuaUniversityandPekingUniversity, andsetupaneducationalrevolutionbaseinJiangxi.FromJuly15thto23rd, theschoolsentmanypeopleinbatchestoHubei, Jiangxi, Northeastandotherplacestosetup cadreschools "May7th", sothatcadrescantaketurnstodecentralizelaborandexercise.
OnOctober26,1969, theCentralCommitteeoftheCommunistPartyofChinaissuedthe "NoticeontheDecentralizationofHigherEducationInstitutions" .AfterconsultationwithLiDesheng, directoroftheAnhuiRevolutionaryCommittee, LiuXiyaoinstructedtheChinaUniversityofScienceandTechnologyto "evacuatetoAnqingCity, AnhuiProvince." 90oftheadvancepersonnelrushedtoAnqinginearlyDecember, andthen900arrivedinthecityandwereplacedinathree-storybuildingofthePartySchooloftheAnqingMunicipalPartyCommittee, crowdedandunabletomaintainbasiclivingsuchasboardandlodging.
TheUniversityofScienceandTechnologyofChinabegantomovetoAnhuiinDecember1969andbasicallycompletedtherelocationinOctober1970.Atotalofmorethan70freightloadswereorganized, withacargovolumeof865tons, and35,000boxesofequipment, matériel, livres, andarchives.Morethan470familymembers, organizedmorethan20passengerbatchesofemployees, étudiants, andfamilymembers, about6,000passengers, morethan510sectionsoftrainskins, andrelocationexpensesof770,000yuan.
En septembre 1971, le Conseil d'État a décidé de transférer à la Chine
Lorsque l'école a déménagé à Hefei, la perte d'équipements et d'équipements était de 2/3, et la perte d'enseignants était de plus de 1/2.
Theschoolstartedteachingandresearchworkundertheconditionsofthe « returntofurnace » .Theschooldecidedtorecruitmorethan300graduatesfrom1968to1970whowereinvariouspositionsacrossthecountrybacktotheschoolforfurtherstudyandhelda « recoveringclass » .AfterthecompletionoftheTheschoolrecruitedmorethan200teachersfromvariousplacestoenrichtheschool'steachingteam, makingimportantprogressinteambuilding, andlayingagoodfoundationforthelaterformationofateachingteamwithyoungtalentsasthemainbody.Enrolledduringthisperiodfrom1972to1976Theschoolsystemwaschangedtothreeyearsfortheworkers, paysans, andsoldiers.
InMarch1973, withtheapprovaloftheStateCouncil, theUniversityofScienceandTechnologyofChinawaschangedtodualleadershipofAnhuiProvinceandtheChineseAcademyofSciences, withAnhuiProvinceasthemainstay.InSeptember1975, UponrequestfromtheStateCouncil, theChineseAcademyofSciencesdecidedthattheUniversityofScienceandTechnologyofChinawouldchangefrombeingledbyAnhuiProvincetobeingledbytheChineseAcademyofSciences.Inthesameyear, Hu Yaobang, thefirstdeputyleaderofthecoregroupoftheChineseAcademyofSciences, waspreparingtosubmittheChineseAcademyofSciencestotheStateCouncil.Atthesametimeasthe "ReportingOutline", theUniversityofScienceandTechnologywasinstructedtodraftthe "RequestforInstructionsonSeveralIssuesoftheUniversityofScienceandTechnologyofChina" tobereportedtotheStateCouncilonbehalfoftheAcademyofSciences.Inthereport, itwasproposedthattheUniversityofScienceandTechnologyofChinashouldrecruitfreshgraduatesthroughmeritocracy, pilotgraduateclasses, etc.Suggestions.Afterthereportwassubmitted, DengXiaopingcircledandagreed.
Alors que l'Université des sciences et de la technologie de Chine se préparait à mettre en œuvre la méthode d'inscription approuvée par DengXiaoping, le pays a déclenché une "tendance contre-droite renversant la situation" et "plusieurs problèmes sur le travail scientifique et technologique"
À la fin de 1977, la zone du campus de l'Université chinoise des sciences et de la technologie atteignait 118 000 mètres carrés, avec plus de 2 300 membres du corps professoral, dont 1 157 enseignants et 8 professeurs. Il y a 10 professeurs associés et 126 chargés de cours.
Réémergence
Thefallofthe "GangofFour" inOctober1976markedtheendofthe "CulturalRevolution." TheChineseAcademyofSciencesheldthefirstworkingconferenceoftheUniversityofScienceandTechnologyofChinainBeijingfromAugust5to13,1977.ItproposedthattheUniversityofScienceandTechnologyshouldbecomebothateachingcenterandaresearchcenter, andformulatedaseriesofreformmeasurestocorrectchaos.OnSeptember5, theChineseAcademyofSciencessubmittedthe "ReportonSeveralIssuesattheUniversityofScienceandTechnologyofChina" totheStateCouncil.TheChairmanoftheCentralCommitteeoftheCommunistPartyofChinaHuaGuofeng, ViceChairmanDengXiaoping, JiDengkui, YuQiuli, WangZhen, andVicePremierGuMugaveinstructionsandapproval.
À la fin des années 1970 et au début des années 1980, l'Université des sciences et de la technologie de Chine a proposé et mis en œuvre une série de mesures de réforme dans l'enseignement et la recherche scientifique, notamment :
1.Affronterlemondeetouvrirlesécoles
1.b>
ChinaUniversityofScienceandTechnologytooktheleadinopeningtotheoutsideworldamonguniversitiesinthecountry.Ithassignedcooperationandexchangeagreementswithnearly100universitiesandscientificresearchinstitutionsinmorethan30countriesandregions, andestablishedstablecooperativerelations.Onaverage, nearly300foreignexpertsandscholarscometotheschooltogivelecturesorconductcooperativeresearcheveryyear, andnearly10,000teachershavebeenselectedtovisitandstudyorconductcooperativeresearchinmorethan30countriesandregions.Hundredsofhonoraryprofessorsandvisitingprofessorshavebeenhired, andmanylarge-scaleinternationalacademicconferenceshavebeenheld.
2. La première classe de jeunes
InMarch1978, withtheapprovaloftheChineseAcademyofSciencesandtheMinistryofEducation, theChineseUniversityofScienceandTechnologyselectedteenagerswithextraordinaryintelligencetoentertheschoolafteranexaminationLearnandexploretheexperienceofsuccessfullycultivatingqualifiedcollegestudentsamongteenagers.Thereare21studentsinthefirstjuvenileclass, withanaverageageof14years.TheyoungestXieYanboisonly11yearsold.Sincethen, somecollegesanduniversitieshavesuccessivelyopenedjuvenileclasses.InSeptember1985, inordertopromotetheexperienceofthejuvenileclasstogeneralundergraduateeducation, theUniversityofScienceandTechnologyofChinalaunchedthe "teachingreformpilotclass" ( "zerozeroclass") followingthemodelofthejuvenileclass.Thejuvenileclassandthezero-zeroclassaremanagedinaunifiedmannerandcultivatedtogether, sothattheadvantagesofthestudentscomplementeachotherandcomplementeachother.
3.Fonderlapremièreécoleuniversitairedanslepays
InearlyOctober1977, theCentralCommitteeoftheCommunistPartyofChinaandtheStateCouncilapprovedtheestablishmentofagraduateschoolinBeijingbytheChineseUniversityofScienceandTechnology.InMarch1978, theGraduateSchooloftheUniversityofScienceandTechnologyofChinawasformallyestablished, whichwasthefirstgraduateschoolestablishedinthecountry.Soon, theUniversityofScienceandTechnologyofChinaclearlyproposedtheestablishmentofacompleteeducationsystemforundergraduate-master-doctoral.InNovember1981, theschoolwasapprovedbytheStateCouncilasthefirstbatchofdoctoralandmaster'sdegreegrantingunits, including11doctoralprogramsand24master'sprograms.In1983, amongthefirstbatchof18peopleawardedadoctoratedegreeinChina, 7peopleincludingBaiZhidong, Suchun, LiShangzhiandFanHongyiweregraduatestudentstrainedbytheUniversityofScienceandTechnologyofChina.InJanuary1982, theChineseUniversityofScienceandTechnologywasapprovedbytheStateCouncilasthefirstbatchofdoctoraldegree-grantingschools.In1986, theheadquartersofHefeiUniversityalsoestablishe école d'études supérieures.
4. Réforme continue de l'enseignement approfondi
Du 23 au 30 juillet 1980, la deuxième conférence de travail de l'Université des sciences et de la technologie de Chine s'est tenue à Pékin.
Au début des années 1980, l'Université des sciences et technologies de Chine a pris l'initiative de proposer et de mettre en œuvre des aménagements et des transformations des structures professionnelles dans le pays.
En 1980, ChinaHKUSTbegantoimplementthecreditsystem, whileimplementingmeasuressuchasexemptions, au choix, skippinggrades; atrialtutorialsystem, allowingtop-notchstudentstodrawupindividualtrainingplans; encouragingstudentswhohavetheabilitytolearntoparticipateinscientificresearchactivitiesassoonaspossible, settingupspecialfeesforstudentscientificresearch, andopeningsomelaboratoriesForusebystudents.In1985, theUniversityofScienceandTechnologyofChinaopenedapilotclassforteachingreformregardlessofdepartmentanddiscipline, andestablishedamajorandminorsystem, andadualdegreesystem.
Morethan60% ofthepreviousgraduatesoftheUniversityofScienceandTechnologyofChinawhoenteredafter1977wereadmittedtograduatestudentsathomeandabroad.IntheChina-USJointEnrollmentforPhysicsStudentsProgram (CUSPEA) from1979to1988,237studentsfromtheUniversityofScienceandTechnologyofChinawereadmitted, accountingfor25.8% ofthetotalnumberofadmissions, thehighestinthecountry.In1983, theBritish "Nature" magazinecalledtheUniversityofScienceandTechnologyofChinaa "bigtreethatattractswind."
5. Entrer dans les rangs des universités nationales clés de la construction
En décembre 1980, le Conseil d'État a approuvé la création de la « bourse Guo Moruo » à l'Université des sciences et de la technologie de Chine. La bourse est basée sur Guo Moruo.
Le 27 février 1981, le groupe du parti de l'Académie chinoise des sciences a décidé de fusionner l'école supérieure de l'université chinoise des sciences et de la technologie et le bureau de gestion de l'enseignement de Pékin de l'université chinoise des sciences et de la technologie.
En mars 1981, l'Académie chinoise des sciences a accepté de créer le Conseil universitaire des sciences et de la technologie de Chine.
En mai 1982, avec l'approbation de l'Académie chinoise des sciences, l'École supérieure de l'Université des sciences et de la technologie de Chine peut utiliser les deux noms de « École supérieure de l'Académie chinoise des sciences » et « École supérieure de l'Université des sciences et de la technologie de Chine » en même temps, avec deux signes.
En 1984, l'école a été approuvée par le Conseil d'État comme l'une des 10 universités clés nationales au cours de la période du " septième plan quinquennal ".
InDecember1986, duetotheelectionofdeputiestothePeople'sCongressintheWestDistrictofHefeiCity, mostofthestudentstooktothestreetstoinitiatea démonstration "de demanddemocraticelection", whichtriggeredthefirstnationwidestudentwave.InJune1986, theStatePlanningCommissionapprovedthefirstphaseoftheprojectplanfortheUniversityofScienceandTechnologyofChinatoexpandthebuildingareaof 167,000squaremeterswithatotalinvestmentof93millionyuan, thenumberofapprovedstudentswas9,800, including4,500undergraduatesand1,500graduatestudents.Thereare3,800facultymembers.OnSeptember20,1986, theschoolheldagroundbreakingceremonyforthenewcampusproject.
Afterthe "seventhfive ans" et "eighthfive ans" nationalkeyconstructions, bytheendof1988, thecampusareaof theUniversityofScienceandTechnologyofChinahasnearlydoubled, andthebuildingareahasincreasedfrom60,000squaremeterswhenitwasrelocatedtoHefeito51Morethantenthousandsquaremeters.Theteachingbuilding, thechemistrybuilding, theelectronicsbuilding, themechanicsbuilding, thebiologybuilding, theNationalSynchrotronRadiationLaboratory, theStateKeyLaboratoryofFireScience, andtheopenresearchlaboratoriesoftheChineseAcademyofSciences, suchasstructuralanalysisandbondselectionchemistry, havebeencompletedoneafteranother.3000program-controlledtelephoneswereopened.Thecampuscomputernetworkwascompletedandputintooperation .LabibliothèqueestrécemmentconstruiteetdeséquipementsdeservicepublictelsquelesystèmedegestioninformatiquedelabibliothèqueconnectéàInternetontétéconstruitsinitialement.
Regarderversl'avenir
Sincethemid années 1990, theSchoolofScience, theSchoolofBusiness (laterrenamedtheSchoolofManagement), theSchoolofChemistryandMaterialsScience, theSchoolofLifeSciences, andtheSchoolofEngineeringScienceshavebeenestablished., SchoolofInformationScienceandTechnology, SchoolofHumanitiesandSocialSciences, SchoolofEarthandSpaceSciences.Mostofthedeansoftheschoolsareacademiciansorwell-knownprofessorsofthe "twoacademies" .Thereare26departmentsunderit, andathree-levelmanagementoperationmechanismofschool, collegeanddepartmenthasbeeninitiallyestablished.Teachingisgraduallyorganizedaccordingtosubjectgroups.Thesubjectandprofessionalstructureismoreinlinewiththelawofmodernhighereducationandtechnologicaldevelopment.
En décembre 1995, la Commission d'État pour l'éducation, la Commission d'État pour la planification et le ministère des Finances ont déterminé qu'un certain nombre d'universités clés, y compris l'Université chinoise des sciences et de la technologie, entreraient dans le "Projet 211" national lors de la réunion du projet "Projet 211" de certains collèges et universités.
En septembre 1996, afin de le distinguer de l'École supérieure de l'Université des sciences et de la technologie de Chine à Hefei, « (Pékin) » a été ajoutée après l'« École supérieure de l'Université des sciences et de la technologie de Chine », c'est-à-dire l'« École supérieure de l'Université des sciences et de la technologie de Chine (Pékin) ».
En 1998, l'Université des sciences et de la technologie de Chine a été incluse dans la portée pilote du système d'ingénierie de l'innovation de la connaissance par l'Académie chinoise des sciences en tant que partie importante de l'ingénierie de l'innovation de la connaissance.
En 1998, le nombre de majors de premier cycle a été ajusté de 43 à 36, ce qui a élargi la portée des majors.
En juin 1998, le système de direction de l'Université des sciences et de la technologie de Chine est passé de l'essai des systèmes de responsabilité principale depuis 1984 au système de responsabilité principale sous la direction du comité du parti.
En juillet 1999, l'Académie chinoise des sciences, le ministère de l'Éducation et le gouvernement provincial d'Anhui ont signé un accord pour construire conjointement l'Université des sciences et de la technologie de Chine.
En 2002, 19 disciplines secondaires de l'école sont entrées au rang de disciplines clés nationales.
En 2007, 8 disciplines de premier niveau (regroupant 41 disciplines de second niveau) et 4 disciplines de second niveau de l'école ont été qualifiées de disciplines clés nationales.
En1999,ilaétésélectionnécommelepremierlotdesbasesnationalesd'éducationdequalitéculturelledesétudiantsdescollèges.
Le 25 juillet 1999, le ministère de l'Éducation, l'Académie chinoise des sciences et le gouvernement populaire de la province d'Anhui ont signé un accord sur la construction conjointe clé de l'Université des sciences et de la technologie de Chine et ont publié conjointement la « décision sur la construction conjointe clé de l'Université des sciences et de la technologie de Chine ».
OnDecember18,1999, theChineseAcademyofSciencesandtheStateTobaccoMonopolyAdministrationheldamergerbetweentheUniversityofScienceandTechnologyofChinaandtheHefeiSchoolofEconomicsandTechnologyandtheestablishmentoftheSchoolofEconomicsandTechnologyoftheUniversityofScienceandTechnologyofChinainHefei.FromMarch1to5,2000, theChineseAcademyofSciencesheldthethirdUniversityofScienceandTechnologyofChinaDevelopmentWorkConferenceinBeijingtostudyanddeploytheUniversityofScienceandTechnologyofChinatobuildahigh-leveluniversityandreformanddevelopintheearly21stcentury.
OnSeptember20,2000, theChineseAcademyofSciencessubmittedthe "ReportontheRenameoftheGraduateSchooloftheUniversityofScienceandTechnologyofChina (Beijing) totheGraduateSchooloftheChineseAcademyofSciences" totheStateCouncil.Reformofthesystemandmechanismandintegrationofresources, basedontheGraduateSchooloftheUniversityofScienceandTechnologyofChina (Beijing), wasrenamedtoformtheGraduateSchooloftheChineseAcademyofSciences (nowUniversityoftheChineseAcademyofSciences).
En2001, thefirstbatchofnationaldemonstrationsoftwareacademieswereapprovedfortrialoperation.In2003, theSuzhouResearchInstituteoftheUniversityofScienceandTechnologyofChina, jointlyconstructedbytheschoolandtheSuzhouMunicipalPeople'sGovernment, wasofficiallyputintooperation.OnJuly30,2004, theShanghaiResearchInstituteoftheUniversityofScienceandTechnologyofChina, China'sfirstinstituteofadvancedstudiesestablishedinthemodelofthePrincetonInstituteforAdvancedStudy, wasinauguratedandestablished.In2006, theschoolsuccessivelysignedacomprehensivecooperationagreementwithGuangzhouInstituteofEnergyResources, ChineseAcademyofSciencesandShanghaiInstituteofAppliedPhysics, ChineseAcademyofSciences.TheschoolandtheGuangzhouInstituteofBiomedicineandHealthoftheChineseAcademyofSciencesjointlyestablishedtheDepartmentofMedicalBiotechnology.
En 2007, elle est devenue l'une des premières universités pilotes de la réforme du dispositif de formation diplômante.
OnSeptember20,2008, ChinaUniversityofScienceandTechnologycelebratedits50thanniversary.AttherequestoftheNationalAstronomicalObservatoryoftheChineseAcademyofSciences, theInternationalAstronomicalUnion'sSmallCelestialBodyNomenclatureCommitteeofficiallynamedanasteroidasthe "StarofScienceandTechnologyofChina" .TheStatePostBureauofficiallyissuedacommemorativestampofthe "50thAnniversaryoftheFoundingoftheUniversityofScienceandTechnologyofChina".
En octobre 2011, il a été sélectionné dans le « programme d'éducation et de formation des ingénieurs exceptionnels » (domaine de niveau postuniversitaire) du ministère de l'Éducation.
En 2012 et 2013, leNaturePublishingGroup(NPG)apubliélerapport«NaturePublishingIndexChina»,etl'UniversitédessciencesetdelatechnologiedeChineaétésélectionnéecommelapremièreuniversitédeChine continentale.
Since2014, theeducationalfocalpointoftheHefeiInstituteofMaterialScienceoftheChineseAcademyofScienceshasbeenchangedtotheUniversityofScienceandTechnologyofChina.Since2015, theeducationalfocalpointoftheInstituteofMetalResearchoftheChineseAcademyofScienceshasbeenchangedtotheUniversityofScienceandTechnologyofChina, andtheSchoolofMaterialsScienceandEngineeringoftheUniversityofScienceandTechnologyofChinahasbeenestablished.
From2016, theeducationalunitofthePurpleMountainObservatoryoftheChineseAcademyofScienceswaschangedtotheUniversityofScienceandTechnologyofChina, andtheSchoolofAstronomyandSpaceSciencesoftheUniversityofScienceandTechnologyofChinawasestablished, theeducationalunitoftheSuzhouInstituteofNanotechnologyandNano-Bionics, ChineseAcademyofScienceschangedtoTheUniversityofScienceandTechnologyofChinaestablishedtheInstituteofNanotechnologyandNanoBionicsattheUniversityofScienceandTechnologyofChina; theeducationalfocalpointoftheSuzhouInstituteofBiomedicalEngineeringandTechnologyoftheChineseAcademyofScienceswaschangedtotheUniversityofScienceandTechnologyofChina.InMay2016, theschoolsignedastrategiccooperationagreementwiththePeople'sGovernmentofGansuProvince.
Depuis 2017, le point focal de l'enseignement de l'Institut de chimie appliquée de Changchun, de l'Académie chinoise des sciences, est devenu l'Université des sciences et de la technologie de Chine, et l'École de chimie et d'ingénierie appliquées de l'Université des sciences et de la technologie de Chine a été créée.
Enseptembre2017,ilaétésélectionnécommel'undupremierlotd'universitésdeclassemondiale«doublepremièreclasse»(CatégorieA);lemêmemois,ilestdevenulepremierlotdeprojetsdedémonstrationdeconstructiond'uncollègedecybersécuritédepremièreclasse.
InMarch2018, theschoolwasselectedasoneofthefirstbatchofnationalnewengineeringresearchandpracticeprojectsbytheMinistryofEducation.InApril, withtheapprovaloftheAcademicDegreesCommitteeoftheStateCouncil, theUniversityofScienceandTechnologyofChinabecamethefirstbatchofindependentreviewunitsfordegreeauthorization, inthesamemonth, theUniversityofScienceandTechnologyofChinaandChinaElectronicsTechnologyCorporationsignedastrategiccooperationagreement.OnSeptember16, Ms.MaDongmin, A85-gradealumnusoftheJuniorClassofChinaUniversityofScienceandTechnology, andspecialassistanttothechairmanofBaidu, donated100millionyuantotheschoolinherownnameandannouncedtheestablishmentofthe "RoséUniversityofScienceandTechnologyDevelopmentFund." Inthesamemonth, theschoolandtheShanxiProvincialPeople'sGovernmentsignedStrategiccooperationagreement.InNovember, theUniversityofScienceandTechnologyofChinaandBankofChinasignedastrategiccooperationagreementinBeijing.InDecember, thePartyCommitteeoftheUniversityofScienceandTechnologyofChinawasli organisé par le ministère de l'éducation en tant que premier groupe d'"universités nationales de démonstration de la construction du parti" pour créer et créer des unités.
InMarch2019, theschoolsignedastrategiccooperationagreementwiththePeople'sGovernmentofFujianProvince.OnMay22, les « FiveEastChinaUniversities » includingtheUniversityofScienceandTechnologyofChinaco-sponsoredtheestablishmentoftheYangtzeRiverDeltaResearchUniversityAllianceinWuhu.InJuly, initiatedtheestablishmentofthePlanetaryScienceAllianceofChineseUniversities.OnSeptember22, itinitiatedtheestablishmentoftheYangtzeRiverDeltaUniversityThinkTankAlliance, onthesameday, itbecameafoundingmemberandvice-chairmanunitoftheChinaArtificialIntelligenceEducationAssociation.InDecember, initiatedtheestablishmentoftheYangtzeRiverDeltaMedicalEducationAlliance.
Le 10 janvier 2020, l'Université des sciences et de la technologie de Chine a créé l'Institut de recherche sur les terres rares de l'Académie chinoise des sciences à Jiangxi, avec une superficie planifiée de 1132 mu. Elle s'engage à devenir une institution de recherche sur les terres rares de classe mondiale et la plus solide du pays.
En avril 2020, l'Université des sciences et de la technologie de Chine et l'Institut d'ingénierie et de technologie biomédicales de Suzhou de l'Académie chinoise des sciences ont créé conjointement l'École d'ingénierie biomédicale (Suzhou) de l'Université des sciences et de la technologie de Chine.
InMay2020,the"CollegeofEnergyScienceandTechnologyoftheUniversityofScienceandTechnologyofChina"jointlyestablishedbytheUniversityofScienceandTechnologyofChinaandtheGuangzhouInstituteofEnergyResearchoftheChineseAcademyofScienceswasestablished.InSeptember,itwasrecognizedbytheMinistryofEducationasabasefortheinheritanceofChineseexcellenttraditionalcultureingeneralcollegesanduniversitiesnationwidein2020.InOctober,itwasdesignatedasthe2020NationalIntellectualPropertyDemonstrationUniversitybytheStateIntellectualPropertyOfficeandtheMinistryofEducation.
OnJanuary17,2021,jointheYangtzeRiverDeltaCulturalHeritageProtectionandCulturalResourceSharingResearchAlliance.OnApril23,the"YangtzeRiverDeltaUniversityAllianceforSustainableDevelopment"wasinitiated.InMay,itwasapprovedbytheMinistryofEducationforthefirstbatchofFutureTechnologyColleges.
Scientificresearch
Innovationunit
Scientificresearchinstitution
AsofNovember2019,theschoolhas12national-levelscientificresearchinstitutions,4nationalmajorscientificandtechnologicalinfrastructures,and62provincialandministerial-levelkeyscientificresearchinstitutions.
NationalLaboratory | NationalSynchrotronRadiationLaboratory | StatePlanningCommission |
NationalResearchCenter | HefeiNationalResearchCenterforMicroscaleMaterialScience | MinistryofScienceandTechnology |
Nationalmajorscienceandtechnologyinfrastructure | Hefeisynchrotronradiationlightsource p> | StatePlanningCommission |
Steady-statestrongmagneticfieldExperimentaldevice(joint) | NationalDevelopmentandReformCommission | |
Futurenetworktestfacility(joint) | NationalDevelopmentandReformCommission | |
High-precisionground-basedtimingsystem(joint) | NationalDevelopmentandReformCommission | |
StateKeyLaboratory | StateKeyLaboratoryofFireScience | NationalDevelopmentandReformCommission |
StateKeyLaboratoryofNuclearDetectionandNuclearElectronics(joint) | MinistryofScienceandTechnology | |
NationalEngineeringLaboratory | NationalEngineeringLaboratoryforSpeechandLanguageInformationProcessing(jointTogether) | NationalDevelopmentandReformCommission |
Brain-likeintelligencetechnologyandapplicationNationalEngineeringLaboratory | ||
NationalandLocalJointEngineeringResearchCenter | NationalandLocalJointEngineeringResearchCenterforThermalSafetyTechnology | NationalDevelopmentandReformCommission |
NationalInternationalScienceandTechnologyCooperationBase(JointResearchCenter) | Large-scaleFireInternationalJointResearchCenter | MinistryofScienceandTechnology |
National2011CollaborativeInnovationCenter | QuantumInformationandQuantumTechnologyFrontierCollaborativeInnovationCenter | MinistryofEducation |
Collaborativeinnovationcenterbuiltbytheprovinceandministry | TheMinistryofPublicSafetyandtheMinistryofUrbanPublicSafetyjointlybuildacollaborativeinnovationcenter | MinistryofEducation |
Autres | NationalHighPerformanceComputingCenter(Hefei) | MinistryofScienceandTechnology | p>
NationalFieldScienceObservationandResearchStationofGeophysicsinMengcheng,Anhui |
Bethefirsttomovetheorganization | ChineseAcademyofSciencesQuantumInformationandQuantumTechnologyFrontierInnovationCenterofExcellence |
HefeiUniversityScienceCenter,ChineseAcademyofSciences | |
TheCenterforExcellenceandInnovationofComparativePlanetaryScience,ChineseAcademyofSciences | |
KeyLaboratoryofChineseAcademyofSciences | KeyLaboratoryofMechanicalBehaviorandDesignofMaterials,ChineseAcademyofSciences |
KeyLaboratoryofCrustandMantleMaterialsandEnvironment,ChineseAcademyofSciencesLaboratory | |
KeyLaboratoryofNear-EarthSpaceEnvironment,ChineseAcademyofSciences | |
KeyLaboratoryofEnergyConversionMaterials,ChineseAcademyofSciences(joint) | |
KeyLaboratoryofGalaxyCosmology,ChineseAcademyofSciences(Joint) | |
KeyLaboratoryofQuantumInformation,ChineseAcademyofSciences td> | |
KeyLaboratoryofSoftMatterChemistry,ChineseAcademyofSciences | |
KeyLaboratoryofBrainFunctionandBrainDiseases,ChineseAcademyofSciences | |
WuWenjunKeyLaboratoryofMathematics,ChineseAcademyofSciences | |
KeyLaboratoryofElectromagneticSpatialInformation,ChineseAcademyofSciences | |
KeyLaboratoryofSpatialInformationProcessingandApplicationSystemTechnologyofChineseAcademyofSciences(joint) | |
ChineseAcademyofSciencesKeyLaboratoryofWirelessOptoelectronicCommunication | |
KeyLaboratoryofStrongCouplingQuantumMaterialsPhysics,ChineseAcademyofSciences | |
KeyLaboratoryofInnateImmunityandChronicDiseases,ChineseAcademyofSciences | |
KeyLaboratoryofUrbanPollutantTransformation,ChineseAcademyofSciences(joint) | |
KeyLaboratoryofMicromagneticResonance,ChineseAcademyofSciences | |
Autre | NationalCenterforMathematicsandInterdisciplinaryScience,ChineseAcademyofSciences—HefeiBranchCenter |
StrongMagneticFieldScienceCenterofChineseAcademyofSciences(joint) | |
KeyLaboratoryofNetworkCommunicationSystemandControlofChineseAcademyofSciences(CultivationandConstruction) | |
ChinaResearchDemonstrationCenterforComprehensiveUtilizationofSolarEnergyandHeat,ChineseAcademyofSciences | |
QuantumTechnologyandApplicationResearchCenterofChineseAcademyofSciences | |
TheThermalSafetyEngineeringTechnologyResearchCenteroftheChineseAcademyofSciences |
MultimediaComputingandCommunicationMinistryofEducation—MicrosoftKeyLaboratory | MinistryofEducation |
QuantumInformationScienceAnhuiLaboratory | AnhuiProvincialPartyCommittee,ProvincialGovernment |
AnhuiLaboratoryofAdvancedPhotonicScienceandTechnology | |
MicroscaleMaterialScienceAnhuiLaboratory | |
ManualIntelligentAnhuiTechnologyInnovationCenter(Joint) | |
High-performanceComputingAnhuiKeyLaboratory | ScienceandTechnologyDepartmentofAnhuiProvince |
AnhuiKeyLaboratoryofMolecularMedicine | |
AnhuiKeyLaboratoryofOptoelectronicsScienceandTechnology | |
KeyLaboratoryofAnhuiProvinceforComputingandCommunicationSoftware | |
KeyLaboratoryofAnhuiProvinceforBiomassCleanEnergy | |
AnhuiProvincialLaboratoryofCellDynamicsandChemicalBiology | |
AnhuiKeyLaboratoryofFinancialInformationResearch | |
AnhuiBiomassEnergyEngineeringTechnologyResearchCenter td> | |
AnhuiSewageTreatmentEngineeringTechnologyResearchCenter | |
AnhuiProvinceQuantumInformationEngineeringTechnologyResearchCenter | |
AnhuiKeyLaboratoryofAdvancedFunctionalMaterials | AnhuiProvincialDepartmentofEducation |
KeyLaboratoryofAnhuiProvinceforPhysicalElectronics p> | |
NetworkCommunicationSystemandControlAnhuiKeyLaboratory | |
AnhuiKeyLaboratoryofWirelessNetworkCommunication | |
BiotechnologyDrugAnhuiProvinceProjectTechnologyResearchCenter | |
UrbanPublicSafetyCollaborativeInnovationCenter | |
AdvancedTechnologyandIndustryCollaborativeInnovationCenter | |
AdvancedNuclearFusionEnergyandPlasmaSportsScienceCollaborativeInnovationCenter | |
AnhuiBigDataApplicationCollaborativeInnovationCenter | |
MicroelectronicsandOptoelectronicsTechnologyResearchInstitute | |
AnhuiProvinceMedicineInstituteofBiologicalSciences | |
KeyresearchbaseofhumanitiesandsocialsciencesinuniversitiesinAnhuiProvince—ScienceCommunicationResearchandDevelopmentCenter | |
KeyresearchbaseofhumanitiesandsocialsciencesincollegesanduniversitiesinAnhuiProvince—BusinessManagementInnovationResearchCenter | |
UniversitiesinAnhuiProvinceHumanitiesandSocialSciencesKeyResearchBase—ScienceandTechnologyHistoryandCulturalHeritageResearchCenter | |
AnhuiProvinceSpeechandLanguageTechnologyEngineeringLaboratory | AnhuiProvincialDevelopmentandReformCommission |
AnhuiProvinceTechnologyStandardInnovationBase(Robot) | AnhuiProvincialBureauofQualityandTechnicalSupervision,AnhuiProvincialDevelopmentandReformCommission,etc. |
JointLaboratoryofNuclearDetectionTechnologyandNuclearElectronics | InstituteofHighEnergyPhysics,ChineseAcademyofSciences |
JointLaboratoryofChemicalPhysics | DalianInstituteofChemicalPhysics,ChineseAcademyofSciences |
IntelligentScienceandTechnologyJointLaboratory | ShenyangInstituteofAutomation,ChineseAcademyofSciences |
JointLaboratoryofProteinScience | InstituteofBiophysics,ChineseAcademyofSciences |
NetworkandCommunicationJointLaboratory | ShenyangInstituteofComputingTechnology,ChineseAcademyofSciences |
JointLaboratoryofGalaxyandCosmology | ShanghaiAstronomicalObservatoryofChineseAcademyofSciences |
GreenSyntheticChemistryJointLaboratory | ShanghaiOrganicChemistryResearch,ChineseAcademyofSciencesSo |
JointLaboratoryofMathematicalPhysics | WuhanInstituteofPhysicsandMathematics,ChineseAcademyofSciences |
NetworkCommunicationSystemandControlJointLaboratory | InstituteofAcoustics,ChineseAcademyofSciences |
InstituteofScienceandTechnologyCommunication p> | ChineseAcademyofSciencesScienceTimes |
HadronPhysicsResearchCenter | LanzhouHeavyIonNationalLaboratory |
NewEnergyMaterialsJointLaboratory | ShanghaiInstituteofCeramics,ChineseAcademyofSciences |
InorganicSolidsJointLaboratory | FujianInstituteoftheStructureofMatter,ChineseAcademyofSciences |
JointLaboratoryofPolymerFilmandSolution | ChangchunInstituteofAppliedChemistry,ChineseAcademyofSciences |
AnalyticalChemistryResearchPartnerGroup | ChangchunInstituteofAppliedChemistry,ChineseAcademyofSciences |
Ultra-precisionControlandSystemJointLaboratory | ChangchunInstituteofOpticsandMechanics,ChineseAcademyofSciences |
Micro-NanoelectronicSystemIntegrationResearchCenter | InstituteofMicroelectronics,ChineseAcademyofSciences |
EnvironmentalpollutioncontroljointLaboratory | InstituteofUrbanEnvironment,ChineseAcademyofSciences |
JointLaboratoryofBiomassCatalyticConversion | GuangzhouInstituteofEnergy,ChineseAcademyofSciences |
QuantumbiologyJointLaboratoryofPhysics | InstituteofBiophysics,ChineseAcademyofSciences |
JointLaboratoryofNaturalActivePeptides | KunmingInstituteofZoology,ChineseAcademyofSciences |
HuaweiInformationTechnologyResearchInstituteofHKUST | ShenzhenHuaweiTechnologyCo.,Ltd. |
UniversityofScienceandTechnologyofChina-SHINCRONAdvancedThinFilmTechnologyandMaterialsJointLaboratory | JapanSHINCRONCorporation |
ChinaUniversityofScienceandTechnology-HuangshanYongjiaMembraneTechnologyandMembraneMaterialsJointR&DCenter | HuangshanYongjia(Group)Co.,Ltd. |
ChinaUniversityofScienceandTechnologyStatePurchaseRobotResearchCenter | HefeiHigh-techZone,GocoGroup |
Majorscientificinstallations
Majorscientificinstallations(2photos)
Accordingto2016AugustAccordingtotheinformationontheschool'sofficialwebsite,theschoolhassuccessivelybuiltandparticipatedintheconstructionofHefeiSynchrotronRadiationAccelerator,BeijingSpectrometer(BESIII),StrongSteadyMagneticField,LargeSkyAreaMulti-ObjectOpticalFiberSpectroscopicAstronomicalTelescope(LAMOST),MeridianProjectandotherlargescientificinstallations.Scientificresearchachievements
Overviewofscientificresearchachievements
Accordingtotheschool'sofficialwebsiteinAugust2016Accordingtotheinformation,theschoolhaspublished28,785SCIpapersinthepasttenyears,cited334,996times,authorized1073inventionpatents,354utilitymodels,won17nationalscienceandtechnologyawards,and102provincialandministerialscienceandtechnologyawards;sincethe11thFive-YearPlan,Scientificresearchprojectshavebeenapprovedwithatotalof6billionfunds,andhavetakentheleadinundertaking87majorprojectssuchas973,majorscientificresearchplans,andmajornationalscienceandtechnologyprojects,andjointlyundertookmorethan240nationalkeymajorprojects.
In2016,theresearchprojectonthemacro-preparationofnanostructureunitsandthefunctionalizationofmacro-scaleassemblieswonthesecondprizeoftheNationalNaturalScienceAward.
Scientificresearchfeatures
Accordingtotheschool'sofficialwebsiteinAugust2016,theschoolhasbeenQuantuminformation,single-moleculescience,high-temperaturesuperconductivity,nanoscience,globalenvironment,lifeandhealthandotherfrontierfieldsScientificresearchachievements:relatedachievementshavebeenselectedbytheacademiciansofthetwoacademiesintheannual"WorldScientificandTechnologicalProgress"1time,"China'sTopTenScientificandTechnologicalProgress"13times,andthe"MajorProgressinInternationalPhysics"selectedbytheAmerican(European)PhysicalSociety5times;Quantuminformationandiron-basedsuperconductivityhavebecomerepresentativeresultsofbasicresearchintheNational"EleventhFive-Year"ScienceandTechnologyAchievementExhibition(3itemsintotal).
Annual | Projectname | Selectedcategory |
|---|---|---|
1998 | Chinesescientists'researchonquarkmassratioisinternationallyleading | TopTenNewsaboutBasicScienceResearchinChina |
Preparationofdiamondfromcarbontetrachloridebycatalyticpyrolysis | TopTenScientificandTechnologicalProgressesinChineseCollegesandUniversities p> | |
1999 | Chinesescientistshavedeterminedtheorientationstateofcarbon60singlemoleculesonthesiliconsurface | TopTenChineseBasicScienceResearchNews |
2000 | Studyonthechangeofpenguinpopulationandenvironmentalevolutioninthepast3000years | TopTenTechnologicalAdvancesinChineseCollegesandUniversities |
2001 | Scientistssucceedindirectlyobservingtheinternalstructureofmolecules | China'stoptenscientificandtechnologicalprogressnews |
ChinaUniversityofScienceandTechnologyC60nanomaterialsandnanostructureresearchhasmadeimportantprogress | ChinaBasicScienceResearchTopTenNews | |
High-resolutioncharacterizationofC60singlemoleculesandnewtwo-dimensionalorientationdomains | TopTenScientificandTechnologicalProgressesinChineseHigherEducationInstitutions | |
2003 | Significantprogresshasbeenmadeinthefieldofcommunicationexperiments | China'stoptenscientificandtechnologicalprogressnews |
MultiphotonQuantumManipulationandidentificationofentangledstates | ToptentechnologicaladvancesinChinesecollegesanduniversities | |
2004 | Entanglementbreaksnewrecord | Majorprogressininternationalphysics(EuropeanPhysicalSociety) |
Five-PhotonEntanglement | Majorprogressininternationalphysics(AmericanPhysicalSociety) | |
China'squantuminformationexperimentMajorbreakthroughsinthefield | China'stoptenscientificandtechnologicalprogressnews | |
Five-photonentanglementandterminationExperimentalrealizationoftheunquantifiedteleportation | ToptenscientificandtechnologicaladvancesinChinesecollegesanduniversities | |
2005 | Chinesescientistssuccessfullyachievedthefirstsingle-moleculespinstatecontrol | China'stoptenscientificandtechnologicalprogressnews |
2006 | Realizetheinvisibletransmissionofthequantumstateofthetwo-particlecompositesystem | China'stoptenscientificandtechnologicalprogressnews |
Discoveratransdermalshortpeptidethatcaneffectivelydelivermacromoleculardrugsthroughtheskin | TopTenChineseBasicScienceResearchNews | |
AttackoftheTeleclones | Majorprogressininternationalphysics(AmericanPhysicalSociety) | |
Successfullyrealizedakindofanti-interferenceinopticalfibercommunicationQuantumPasswordDistributionScheme | TopTenNewsofBasicScienceResearchinChina | |
2007 | Physicalrealizationandalgorithmapplicationoflightquantumcomputer | ToptenscientificandtechnologicalprogressofChinesecollegesanduniversities |
Newprogresshasbeenmadeintheexperimentsofmultiphotonentanglementandopticalquantumcomputing | TopTenNewsaboutBasicScienceResearchinChina | |
Realizingthesix-photonSchrödingercatstate | China'stoptenscientificandtechnologicalprogressnews | |
2008 | NewHigh-TemperatureSuperconductors | AnnualTenscientificprogress"SCIENCE" |
Majorprogresshasbeenmadeintheresearchofiron-basedsuperconductingmaterials | TopTenScienceandTechnologyProgressNewsintheWorld | |
Discoveryofnewiron-basedhigh-temperaturesuperconductingmaterialsandphasediagramresearch | ChinaAdvancedTheschool'stenmajorscientificandtechnologicalprogress | |
Importantprogresshasbeenmadeintheresearchofiron-basedhigh-temperaturesuperconductivity | TopTenNewsaboutBasicScienceResearchinChina | |
Thequantumrepeaterexperimentisperfectlyrealized | China'stoptenscientificandtechnologicalprogressnews | |
Slowbutsureprogresstowardsquantumcomputing | InternationalPhysicsMajorprogressinscience(EuropeanPhysicalSociety) | |
2009 | Amajorbreakthroughinquantumcomputingresearch | China'stoptenscientificandtechnologicalprogressnews |
Spin-basedquantumcontrolexperimentalresearch | TopTenTechnologicalAdvancesinChina'sHigherEducationInstitutions | |
Successfullyrealizedsolarenergysmeltingofhigh-puritysilicon p> | China'stoptenscientificandtechnologicalprogressnews | |
Designandimplementationofdual-functionsingle-moleculedevices p> | TopTenTechnologicalAdvancesinChineseHigherEducationInstitutions | |
2010 | Realizingtheinvisibletransmissionofquantumstatesin16kilometersoffreespace | China'stoptenscientificandtechnologicalprogressnews |
Experimentalrealizationofquantumteleportationatthefarthestdistanceinfreespace | TopTenProgressNewsinChineseScience | |
2012 | Datateleportation:Thequantumspacerace | FeaturesoftheYear(NATURE) |
Quantumhops | 2012ScienceNewsTop25(SCIENCENEWS) | |
ExtensibleQuantumInformationOfficeMajorbreakthroughinmanagement | China'stoptenscientificandtechnologicalprogressnews | |
ScalablequantuminformationprocessingAseriesofimportantprogresshasbeenmade | TopTenProgressesinChineseScience | |
2013 | FoilingQuantumHackers | Majorprogressininternationalphysics(AmericanPhysicalSociety) |
AchievethehighestresolutionsinglemoleculeRamanimaging | China'stoptenscientificandtechnologicalprogressnews | |
Singlemoleculechemicalimagingbasedonplasmon-enhancedRamanscattering | TopTenProgressesinChineseScience | tr> |
2014 | QuantumCommunicationSecureTransmissionSetsWorldRecord | TopTeninChinaScienceandTechnologyProgressNews |
2015 | Realizingsingle-photonmulti-freemetricteleportation | TopTenProgressesinChineseScience |
Achievethemagneticresonancedetectionofasingleproteinmolecule | p> | TopTenProgressesinChineseScience |
Thefirstrealizationofmulti-freemetricteleportation | China'stoptenscientificandtechnologicalprogressnews | |
Doublequantum-teleportationmilestone | Tenbreakthroughsininternationalphysics(BritishPhysicalSociety) | |
Nano-scalequantumprecisionmeasurement td> | TopTenTechnologicalAdvancesinChineseUniversities | |
TheUniversityofScienceandTechnologyofChinasuccessfullyrealizedthe"singlephotonmulti-freemetricteleportation"forthefirsttime | TopTenInternational/DomesticScienceandTechnologyNews |
AcademicResources
Collectionresources
AsoftheendofJuly2014,thephysicalcollectionoftheUniversityofScienceandTechnologyofChinalibraryhas2.2millionvolumesofChineseandforeignbooks(Includingdepartmentreferenceroom),includingmorethan40,000volumesofspecialcollectionsandreproductionsofrarebooksWait.Thelibraryguaranteestheteachingandscientificresearchneedsoftheschoolbyconstructingahigh-leveldigitaldocumentsystem.Ithasintroducedandshared135Chineseandforeignlanguagedatabases(platforms),includingmainstreamdomesticandforeignauthoritativeacademicdatabasesandretrievaltools.Teachersandstudentsusethecampusnetwork.Youcaneasilyaccess2.4millionChinesee-books,450,000foreigne-books,nearly40,000Chineseandforeigne-journals,6.2milliondomesticmasteranddoctoraldissertations,570,000internationalmasteranddoctoraldissertations,andalargenumberofconferencepapers,Patentdocuments,scientificandtechnologicalreportsandothermaterials.
AcademicJournals
"JournaloftheUniversityofScienceandTechnologyofChina":Abstracts(CA),"MathematicsReview"(MR),"CambridgeScientificAbstracts"(CSA),German"MathematicsAbstracts"(ZblMath)andRussian"AbstractsMagazine"(AJ)andotherinternationallyrenowneddatabases;includedinChinaTheresearchgroupofnaturalsciencecorejournalswaslistedin100"ChineseNaturalScienceCorePeriodicals"in1992,andranked73rdin300"ChineseNaturalScienceCorePeriodicals1992~1993"in1994;4timesinarow(1992,1996,2000,2004)waslistedasaChinesecorejournalbythe"OverviewofChineseCoreJournals";bymanydepartmentsanduniversities,itwaslistedasa"nationalkeyacademicjournal"recognizedbyreviewinghighprofessionaltitlesorpublishingpapers.
"ChineseJournalofChemicalPhysics":Reportsontheresearchtheoriesandscientificresearchresultsintheinterdisciplinaryfieldsofchemistryandphysicsathomeandabroad.Since2002,ithasbeenincludedinpublicationssuchasSCIEoftheAmericanInstituteofScientificInformation.
"JournalofLowTemperaturePhysics":Itisoneofthefirstbatchofjournalstobeidentifiedasnationalcorejournals.Ithasbeenlong-termincludedbytheBritish"SA",theUS"CA",andtheRussian"PҖ",ChinaScienceandTechnologyAbstracts,ChinaPhysicsAbstracts,JournalsregularlycollectedandsearchedbytheInformationCenteroftheChineseAcademyofSciencesandtheInformationCenteroftheInformationInstituteoftheMinistryofScienceandTechnology.
"ExperimentalMechanics":ItisastatisticalsourcejournalsuchastheChinaScienceandTechnologyPaperStatisticsandAnalysisResearchGroupoftheInformationAnalysisResearchCenteroftheChinaInstituteofScienceandTechnologyInformationandthe"ChineseScienceCitationDatabase"oftheChineseAcademyofSciencesDocumentInformationCenter.CD-ROMversion)Theelectronicmagazine,ChinaInstituteofScienceandTechnologyInformationWanfangDataJournal,WeipuInformation,etc.areincludedasthecorejournalsofmechanicsinthe"OverviewofChineseCoreJournals".
"GraduateEducationResearch":In2011,itwasselectedasthecorejournalofWuhanUniversityRCCSE-Eeducation,in2012,itwasselectedasthesourcejournalofNanjingUniversityCSSCI,andin2013,itwasnamed"ExcellentJournalinEastChina";ImportantdatabasessuchastheNationalPhilosophyandSocialSciencesAcademicJournalDatabase,ChinaJournalFull-textDatabase,WanfangDatabase,ChineseSci-techJournalDatabase,andrelevantnewspapersandperiodicalsareincludedinfulltext.
"FireScience":Itisaninternationalacademicjournalinthefieldoffireprocessanditsprevention.Itsmissionistoreflectthelatestscientificresearchresultsinthisfield;itisthesourcejournalofASPTandChinaJournalNet.
EducationandTeaching
la faculté
AsofDecember2020,theschoolhasatotalof2,621teachingandresearchpersonnel,including817professors(includingprofessionaltechnicalpositions).Personnel),903associateprofessors(includingpersonnelwithconsiderableprofessionalandtechnicalpositions).Amongthem,thereare496high-leveltalentssuchasacademiciansofthetwoacademieswithoutrepeatingstatistics,accountingfor37%ofthetotalnumberofregularteachers;youngtalentsaccountfor60%ofhigh-leveltalents.Youngteachersundertheageof45accountfor70%ofthetotalnumberofteachers,ofwhichteachersundertheageof35accountforabout35%ofthetotalnumberofyoungteachers.
ChenXianhui | AcademicianofChineseAcademyofSciences | LiJiangang | AcademicianofChineseAcademyofEngineering |
ChenXiaofei | LiuWenqing | ||
DuJiangfeng | Yuanxi | ||
TanTieniu p> | WuYicheng | ||
XieYi | FanWeicheng | ||
YinHao td> | XuZuyan | ||
ZhaoZhengguo | DuShanyi | ||
LiYadong | WeiFusheng | ||
PanJianwei | HeDuohui | ||
ShenBaogen | LiGuojie | ||
10,000satellites | GuoGuangcan | ChineseAcademyofSciencesAcademician | |
YangXueming | HongMaochun | p>||
ZhangMingjie | HouJianguo | ||
BaoXinhe | LiCan td> | ||
WanLijun | LiShuguang | ||
ZhengYongfei | WuQi | ||
WuYirong | ShiYaolin | ||
YuChangxuan | ZhouYouyuan | ||
ZhangjiaAluminum | YangGuozhen | ||
ZhangYuheng | OuyangZhongcan | ||
ChenGuoliang | QianYitai | ||
TongBinggang | ShiYunyu | ||
WuXiaoping | WangShui | ||
MaZhiming | ZhuQingshi | ||
ChenYong | LiuYoucheng |
Nationalteachingteachers: ChenGuoliang,LiShangzhi,ChengFuzhen,HuoJianqing,ShiYunyu,ShiJihuai,XiangShouping
DepartmentSettings
AsofNovember2019,theschoolThereare23colleges(including6collegesfortheintegrationofscienceandeducation),33departments,includingtheGraduateSchool,theDepartmentofLifeSciencesandMedicine,theDepartmentofInformationandIntelligence,aswellastheSuzhouResearchInstitute,theShanghaiResearchInstitute,theBeijingResearchInstitute,andAdvancedTechnologyTheResearchInstitute,theFirstAffiliatedHospitaloftheUniversityofScienceandTechnologyofChina(AnhuiProvincialHospital),etc.,offer37undergraduatemajors.
ChineseScienceTechnicalUniversityJuniorClassCollege | - | - |
SchoolofMathematicalSciences,UniversityofScienceandTechnologyofChina | DepartmentofMathematics | MathematicsandAppliedMathematics InformationandComputingScience |
CalculationDepartmentofandAppliedMathematics | ||
DepartmentofProbabilityandStatistics | ||
SchoolofPhysics,UniversityofScienceandTechnologyofChina | DepartmentofPhysics | La physique AppliedPhysics QuantumInformationScience Astronomie OpticalInformationScienceandEngineering NuclearEngineeringandNuclearTechnology |
ModernPhysicsDepartment | ||
DepartmentofAstronomy | ||
DepartmentofOpticsandOpticalEngineering | ||
DepartmentofEngineeringApplicationsandPhysics | ||
UniversityofScienceandTechnologyofChinaSchoolofMaterialsScience | DepartmentofChemicalPhysics | Chimie MaterialPhysics MaterialChemistry FrontierChemicalIndustry PolymerMaterialsandEngineering |
DepartmentofAppliedChemistry | ||
DepartmentofMaterialsScienceandEngineering | ||
DepartmentofChemistry | ||
DepartmentofPolymerScienceandEngineering p> | ||
UniversityofScienceandTechnologyofChinaDepartmentofLifeSciencesandMedicine | MolecularBiologyandDepartmentofCellBiology | Biosciences Biotechnologie |
DepartmentofNeurobiologyandBiophysics | ||
DepartmentofSystemsBiology | ||
DepartmentofPharmaceuticalBiotechnology | ||
UniversityofScienceandTechnologyofChinaEngineeringScienceCollege | DepartmentofModernMechanics | TheoreticalandAppliedMechanics MechanicalDesignManufacturinganditsautomation MeasurementandControlTechnologyandInstruments EnergyandPowerEngineering SafetyEngineering |
DepartmentofPrecisionMachineryandPrecisionInstruments | ||
DepartmentofThermalScienceandEnergyEngineering | ||
DepartmentofSafetyScienceandEngineering | ||
SchoolofInformationScienceandTechnology,UniversityofScienceandTechnologyofChina | DepartmentofElectronicEngineeringandInformationScience | ElectronicInformationEngineering CommunicationEngineering ArtificialIntelligence Automatisation ElectronicScienceandTechnology InformationSecurity |
AutomationDepartment | ||
DepartmentofElectronicScienceandTechnology | ||
SchoolofNuclearScienceandTechnology,UniversityofScienceandTechnologyofChina | DepartmentofAcceleratorScienceandEngineeringPhysics DepartmentofPlasmaPhysicsandFusionEngineering DepartmentofNuclearScienceandEngineering | AppliedExperimentalPhysics EngineeringPhysics |
UniversityofScienceandTechnologyofChinaComputerScienceAndTechnologyCollege | ComputerScienceandTechnologyDepartment | ComputerScienceandTechnology SoftwareEngineering |
SchoolofEarthandSpaceSciences,UniversityofScienceandTechnologyofChina | DepartmentofGeophysicsandPlanetaryScienceandTechnology DepartmentofGeochemistryandEnvironmentalScience | Géophysique Géochimie AtmosphericScience EnvironmentalScience |
SchoolofManagement,UniversityofScienceandTechnologyofChina | DepartmentofBusinessAdministration | ManagementScience InformationManagementandInformationSystem La finance BusinessAdministration Statistiques |
DepartmentofManagementScience | ||
DepartmentofStatisticsandFinance | ||
CollegeofHumanitiesandSocialSciences,UniversityofScienceandTechnologyofChina | DepartmentofForeignLanguages | Anglais Archéologie Communication NetworkandNewMedia |
DepartmentofScienceandTechnologyHistoryandArchaeology | ||
TechnologyCommunicationDepartmentofScienceandTechnologyPolicy | ||
SchoolofMarxism,UniversityofScienceandTechnologyofChina | - | - |
UniversityofScienceandTechnologyofChinaSchoolofBigData | - | DataScience |
SchoolofCyberspaceSecurity,UniversityofScienceandTechnologyofChina | - | - |
NationalDemonstrationofUniversityofScienceandTechnologyofChinaInstituteofMicroelectronics | - | - |
SchoolofSoftware,UniversityofScienceandTechnologyofChina | DepartmentofSoftwareTechnology | - |
DepartmentofEmbeddedTechnology | ||
SchoolofMaterialsScienceandEngineering,UniversityofScienceandTechnologyofChina p> | - | - |
SchoolofAstronomyandSpaceSciences,UniversityofScienceandTechnologyofChina | - | - |
UniversityofScienceandTechnologyofChinaCollegeofNanotechnologyandNano-Bionics | - | - |
SchoolofAppliedChemistryandEngineering,UniversityofScienceandTechnologyofChina | - | - |
SchoolofBiomedicalEngineering,UniversityofScienceandTechnologyofChina(Suzhou) | - | - |
SchoolofEnergyScienceandTechnology,UniversityofScienceandTechnologyofChina | - td> | - |
UniversityofScienceandTechnologyofChinaEnvironmentSchoolofScienceandOptoelectronicTechnology | - | - |
SubjectConstruction
DisciplineOverview
Accordingtotheschool'sofficialwebsiteinSeptember2017,theschoolhasThereare28first-leveldisciplinedoctoraldegreeauthorizationpoints,34first-leveldisciplinemasterdegreeauthorizationpoints,aswellasMBA,EMBA,MPA,masteroflaw,finance,appliedstatistics,translation,newsandcommunication,culturalrelicsandmuseums,engineeringmanagement,MasterofEngineering(18fields)andotherprofessionaldegreeauthorizationpoints,20post-doctoralmobilestations;theschoolhas8first-levelnationalkeydisciplines,4independentsecond-levelnationalkeydisciplines,2nationalkey(cultivation)disciplines,19first-levelkeydisciplinesinAnhuiProvince.Thenumberofnationalkeydisciplinesofthefirst-leveldisciplineranks6thamonguniversitiesinthecountry;thecoveragerateofthenationalkeydisciplinesoftheDoctorofScienceprogramreaches100%,andthecoverageofthenationalkeydisciplinesoftheDoctorofEngineeringprogramreaches40%.
First-levelnationalkeydisciplines: Mathematics,physics,chemistry,geophysics,biology,historyofscienceandtechnology,mechanics,nuclearscienceandtechnology
Nationalkeydisciplinesofsecondarydisciplines: Astrophysics,geochemistry,communicationandinformationsystems,computersoftwareandtheory
Nationalkey(cultivation)disciplines: b>Safetytechnologyandengineering,managementscienceandengineering
AnhuiProvince'sfirst-levelkeydisciplines: Philosophy,Astronomy,Geology,Ecology,Ecology,OpticalEngineering,InstrumentScienceAndtechnology,materialsscienceandengineering,powerengineeringandengineeringthermophysics,electronicscienceandtechnology,cyberspacesecurity,informationandcommunicationengineering,controlscienceandcontrolengineering,computerscienceandtechnology,environmentalscienceandengineering,biomedicalengineering,softwareEngineering,BusinessAdministration,PublicAdministration
PostdoctoralResearchStation: PostdoctoralResearchStationoftheFirstAffiliatedHospitalofUniversityofScienceandTechnologyofChina(provincialworkstation),PostdoctoralResearchInstituteofSuzhouResearchInstituteofUniversityofScienceandTechnologyofChinaScientificResearchStation(NationalWorkstation)
PostdoctoralResearchStation: Mathematics,Physics,Chemistry,Astronomy,Geophysics,Geology,Biology,HistoryofScienceandTechnology,Mechanics,InstrumentScienceandTechnology,MaterialScienceandEngineering,PowerEngineeringandEngineeringThermophysics,ElectronicScienceandTechnology,InformationandCommunicationEngineering,ControlScienceandEngineering,ComputerScienceandTechnology,MiningEngineering,NuclearScienceandTechnology,EnvironmentalScienceandEngineering,ManagementScienceandEngineering
First-leveldoctoraldegreeauthorizationpoints: Mathematics,Physics,Chemistry,Geophysics,Biology,HistoryofScienceandTechnology,Mechanics,InstrumentScienceandTechnology,MaterialsScienceandEngineering,PowerEngineeringandEngineeringThermophysics,ElectronicScienceandTechnology,InformationandCommunicationEngineering,ControlScienceandEngineering,ComputerScienceandTechnology,CyberspaceScience,NuclearScienceandTechnology,EnvironmentalScienceandEngineering,BiomedicineEngineering,ManagementScienceandEngineering,BusinessAdministration,PublicAdministration,SoftwareEngineering,SafetyScienceandEngineering,Statistics,Ecology,Geology,Astronomy,Philosophy
First-leveldisciplinemasterdegreeauthorizationpoint: Philosophy,AppliedEconomics,Law,JournalismandCommunication,Mathematics,Physics,Chemistry,Astronomy,AtmosphericSciences,Geophysics,Geology,Biology,HistoryofScienceandTechnology,Ecology,Statistics,Mechanics,OpticalEngineering,InstrumentScienceandTechnology,MaterialScienceandEngineering,PowerEngineeringandEngineeringThermophysics,ElectronicScienceandTechnology,CyberspaceSecurity,InformationandCommunicationEngineering,ControlScienceandEngineering,ComputerScienceandTechnology,NuclearScienceandTechnology,EnvironmentalScienceandEngineering,BiomedicalEngineering,SoftwareEngineering,SecurityScienceandEngineering,CyberspaceSecurity,ManagementScienceandEngineering,BusinessAdministration,PublicAdministration
SubjectRanking
StudyintheMinistryofEducationInthethirdroundofnationalfirst-leveldisciplineevaluationrankingsannouncedbyWeiheGraduateEducationDevelopmentCenterin2012:thenumberofdisciplinesinthetop5oftheschoolis9(including7inscience),andthenumberofdisciplinesinthetop10is14;theschool'sbasicdisciplinessuchasmathematics,physics,biology,astronomy,andearthsciencehaveallenteredthetop5domesticuniversitydisciplines.
Intermsofsubjectinternationalrankings,accordingtothestatisticalanalysisofdatafrom2002to2012byESI(AmericanInstituteofScientificInformation,"BasicScienceIndicators"database),theUniversityofScienceandTechnologyofChinahas10subjects(mathematics,physics,etc.),Chemistry,EarthScience,Biology,MaterialScience,EngineeringScience,ComputerScience,ClinicalMedicine,Environmental/Ecology)hasenteredthetop1%oftheworld,includingmaterialsscience,earthscience,engineeringscience,mathematics,physics,chemistry,Theacademicinfluenceoftheeightprofessionalfieldsofclinicalmedicineandenvironment/ecologyexceedstheworldaverage.
Teachingconstruction
QualityEngineering
AccordingtoJune2018Accordingtotheinformationontheofficialwebsiteoftheschool,theschoolhas6nationalsciencebasicscientificresearchandteachingtalenttrainingbasesand1nationallifescienceandtechnologytalenttrainingbase;11national-levelqualityresourcesharingcourses,13national-levelqualitycourses,and11Nationalqualityvideopubliccourses;2nationalvirtualsimulationexperimentalteachingcenters,4nationalexperimentalteachingdemonstrationcenters,2nationaltalenttrainingmodelinnovationexperimentalareas;10nationalcharacteristicmajors,2nationalcomprehensivereforms试点专业，7个国家级教学团队。
中国科学技术大学先后获得2018年国家级教学成果奖二等奖3项、2014年国家级教学成果奖二等奖5项、2009年国家级教学成果奖二等奖1项、2005年国家级教学成果奖二等奖3项、2001年国家级教学成果奖一等奖2项&二等奖2项、1997年国家级教学成果奖二等奖4项、1993年国家级教学成果奖二等奖1项、1989年国家级教学成果奖优秀奖1项。
国家理科基础科学研究和教学人才培养基地：数学、物理学、力学、天文学、生物科学、化学
中国科学技术大学 | 华夏计算机科学拔尖学生培养基地 |
钱学森力学拔尖学生培养基地 | |
王绶绾天文学拔尖学生培养基地 |
国家级精品资源共享课：大学生心理学、电磁学、生理学、天体物理概论、微积分、线性代数和空间解析几何、概率论与数理统计、大学物理实验、地震学原理与应用、高聚物的结构与性能、并行计算
国家级精品课程：数学实验、并行计算、大学物理实验、线性代数、微积分、生理学、高聚物的结构与性能、电磁学、地震学原理与应用、线性代数和空间解析几何、天体物理概论、概率论与数理统计、大学生心理学
国家级精品视频公开课：认识宇宙、陶瓷艺术鉴赏与制作、地震活动与地震学、科学简史·科学革命篇、核聚变——人类理想新能源、系统生物学与生命、来自量子世界的新技术、生命科学导论、人体健康的卫士：免疫系统、生活中的光学、化学与社会生活中的安全
国家级虚拟仿真实验教学中心：物理虚拟仿真实验教学中心
国家级实验教学示范中心：物理实验教学中心、生命科学实验教学中心、化学实验教学中心、信息与计算机实验教学中心
国家级人才培养模式创新实验区：少年班—交叉学科人才培养模式创新实验区、中国科大-微软联合培养人才新模式实验区
国家级特色专业：数学类、物理学类、电子信息工程、化学、计算机科学与技术、生物科学、地球物理学、信息安全、软件系统设计、嵌入式系统设计
国家级综合改革试点专业：物理学专业、天文学专业
国家级教学团队：大学物理实验教学团队、《电磁学》课程教学团队、基础生物学教学团队、微积分类课程教学团队、并行计算相关课程教学团队、天文学系列课程教学团队、概率论与数理统计相关课程教学团队
全国普通高校中华优秀传统文化传承基地：传承项目“文房四宝工艺”
英才教育
少年班
1978年3月，中国科学技术大学创建了少年班，主要招收尚未完成常规中学教育，但成绩优异的青少年接受大学教育，其目的是探索中国优秀人才培养的规律，培养在科学技术等领域出类拔萃的优秀人才。
1985年，中国科大在总结和吸收少年班办学成功经验的基础上，又针对高考成绩优异的学生，仿照少年班模式开办了“教学改革试点班”（简称试点班，又称零零班），两类学生由少年班管理委员会统一管理、相互补充、相得益彰。在2008年少年班创办30周年之际，中国科大将原少年班管委会（系级建制）升格为少年班学院。
少部分专业意愿十分明确的学生，从入学起直接进入主修专业，按照相关专业培养计划学习；大部分学生实行两段式学科平台培养模式（2+2），前两年完成基础课程学习，后两年在导师指导下进行个性化专业学习。
为满足学习能力强的学生群体对课程深度的需求，少年班与教务处、相关学院创办“华罗庚班”、“严济慈班”、“物质科学班”等学科强化计划，对相应专业课程进行改革，学生根据学习能力可以随时调整进出这些计划。
截至2015年2月，少年班（含零零班）共招收2412人，毕业1879人，其中少年班招收1261人，毕业1070人，零零班招收1151人，毕业809人。
科技英才班
科技英才班是中国科大深化“所系结合”办校方针的具体举措。2009年起，该校与中科院数学与系统科学研究院、物理研究所等16个研究所联合开办了11个“科技英才班”，包括“华罗庚数学英才班”、“严济慈物理英才班”等7个基础科学类英才班以及“计算机与信息英才班”等4个高技术类英才班。2010年10月，该校华罗庚数学英才班、严济慈物理英才班、卢嘉锡化学英才班、贝时璋生命英才班、计算机与信息英才班等5个科技英才班“基础学科拔尖学生培养试验计划”。2014年，各英才班在进一步加强课程建设的基础上，继续完善教学内容和改进教学方法，构建新的适合拔尖创新人才成长的课程体系。
优秀博士论文
截至2015年，中国科学技术大学共计获全国百篇优秀博士论文45篇，获全国优秀博士论文提名论文51篇，获中国科学院优秀博士论文94篇。
2021年5月17日，被教育部确定为首批未来技术学院。
社会评价
国内排名
2020年3月，校友会2020中国大学排名800强发布，中国科学技术大学位列第8名。
2020年5月，2020软科中国大学排名发布，中国科学技术大学位列第7名。
2020年5月，武书连2020中国大学排行榜发布，中国科学技术大学位列第14名。
2020年6月，2020年CNUR中国大学排行榜位列国内第3。
2020年6月，2020年中国研究生院校排名位列第3。
2020年7月，2020年瑞路中国大学百强综合榜排名第7位。
国际排名
THE
2020年9月，2021泰晤士高等教育世界大学排名发布，中国科学技术大学并列世界第87位，国内第4。
2020年6月，2020年泰晤士高等教育亚洲大学排名发布，中国科学技术大学排名亚洲第10，国内第3。
2019年9月，在泰晤士高等教育公布的2020年度世界大学排名中，中国科学技术大学位列第80名。
QS
2019年6月，2020QS世界大学排名发布，中国科学技术大学位列第89位。
2020年6月，2021QS世界大学排名发布，中国科学技术大学位列第93位，国内第6。
2021年6月，2022QS世界大学排名发布，中国科学技术大学位列第98位。
USNews
2019年10月，2020U.S.News世界大学排名发布，中国科学技术大学位列128名，国内第3。
软科
2019年8月，2019软科世界大学学术排名发布，中国科学技术大学位列101-150名。
2020年8月，2020软科世界大学学术排名发布，中国科学技术大学位列73名。
自然指数
2020年5月，全球自然指数排名发布，中国科学技术大学位列世界第8位，中国内地高校第1位。
科大传统
视觉识别
校名
校徽
中国科大校徽是在1980年代形成的“梅花型”校徽的基础上，经过艺术加工而成，2007年9月20日正式启用。其基本元素主要寓意如下：
1、梅花：梅花是科大人勤奋刻苦、追求真知，百折不挠、永不言败和勇于创新、锐意改革精神品格的象征。
2、火箭：腾空飞跃的火箭，表达了科大人积极进取、乐观向上，勇于担当国家使命、攀登科学高峰的壮志豪情。托起火箭的四根线条，代表了中国科大的人才培养目标——“德、智、体、美”全面发展的科技英才。
3、打开的书：书本是知识的象征，知识就是力量。一代代青年学子在这里勤奋学习，汲取丰富的知识素养，为攀登科学高峰打下坚实的基础。书本经过修饰之后，像破土的嫩芽，又似飞翔的海燕，象征着中国科大这所充满新鲜活力的年轻大学展翅翱翔。
4、正圆形外围轮廓：加工后的校徽增加了庄重典雅的外围轮廓和中英文校名全称，使校徽与国际化接轨。圆形轮廓将传统的梅花校徽包蕴其中，使其成为一个整体元素，而显得更为突出。
5、深蓝色主色调：校徽以深蓝色为主色调，体现了科技、理性、厚重、深邃、宽容的文化品格，与中科院院徽的色调一致，表明中国科大作为中科院所属的大学和母体文化传统的一脉相承。
校旗
中国科学技术大学校旗(2张)
中国科学技术大学校旗分别以白、红、蓝三种色彩作为底色，其中以白底标准色校徽图案为正式旗帜，红蓝底色反白阴形校徽图案为一般图案。尺寸规格共有5种。精神传统
校训
1958年建校之际，郭沫若校长亲自起草校歌《永恒的东风》歌词，并请校歌谱曲者吕骥先生到校教唱。从此，校歌中“又红又专，理实交融，团结互助，活泼英勇”的句子在全校师生中广为流传。
1959年开学典礼，郭老以《勤奋学习，红专并进》为题作长篇演说，将中国科大校风概括为“勤俭办学，艰苦朴素，红专并进，团结互助”，要求同学们坚决把抗大精神继承下来，“不仅要创建校园，而且要创建校风，将来还要创建学派”。
中国科学技术大学校训(2张)
1988年9月20日，名誉校长严济慈在庆祝建校30周年大会讲话中指出：“建校以来，老校长郭沫若倡导建立了'勤奋学习，理实交融，红专并进'的优良校风”。这是对郭老在中国科大创办初期不同场合关于校风提法的进一步概括，同时也是根据学校建设和发展实际对校风、校训作的新的提炼。2003年9月，时任校党委书记郭传杰在纪念校庆45周年《思贤哲，学校训，创一流》一文中指出：“我们科大的校训'红专并进，理实交融'，认真品味起来，不仅语言简约，文辞对称，且内涵深邃广博，入时合理，既含价值观，又有方法论。”
综上所述，科大校训的文字表述，源于首任校长郭沫若作词的科大校歌和1959年开学典礼致辞，后经不同时期的进一步提炼和概括而成。
“红专并进”强调品行操守与业务技能的相得益彰；“理实交融”强调理论与实践的紧密结合。这八个字将为人、为师之要，治学、治教之道，尽含其中，寓意深广。
校歌
1958年9月15日，正式开学之前，首任校长郭沫若欣然命笔，以饱满的创作激情亲自题写了校歌歌词《永恒的东风》。9月17日，郭沫若校长向周恩来总理汇报的时候，总理仅改动了两个字，把校歌歌词中“为共产主义建设作先锋”中的“建设”改为“事业”，使文字的表达更为准确。
经总理审定后，郭校长又邀请中国音乐家协会主席、著名音乐作曲家、抗大校歌作曲者吕骥先生为之谱曲。郭老说：“我们的校歌得到他的作曲，这就使得我们的学校能够有声有色地继承着抗大的传统。”
两天后，郭校长又请吕骥先生来校，在大礼堂里教授全体师生们学唱这首校歌。由一代文史巨匠、音乐家和政治家共同参与创作的、激荡科大人的旋律，从此传唱不衰。
永恒的东风 郭沫若/词吕骥/曲 迎接着永恒的东风，把红旗高举起来，插上科学的高峰！ 科学的高峰在不断创造，高峰要高到无穷，红旗要红过九重。 我们是中国的好儿女，要刻苦锻炼，辛勤劳动， 在党的温暖抚育、坚强领导下，为共产主义事业作先锋。 又红又专，理实交融，团结互助，活泼英勇， 永远向人民学习，学习伟大领袖毛泽东。 |
校庆日
1958年9月20日，中国科学技术大学成立暨开学典礼在解放军政治学院大礼堂举行。郭沫若作题为《继承抗大的优秀传统前进》的致辞，聂荣臻副总理作题为《把红旗插上科学的高峰》的讲话。中国人民大学校长吴玉章、北京大学副校长周培源等代表兄弟院校领导到会祝贺并讲话。次日，《人民日报》、《光明日报》均以《中国教育史和科学史上的一项重大事件》为题在显著位置报道了中国科大的诞生。从此，每年9月20日，成为校庆纪念日。
理念精神
精神内涵：育人为本、学术为根、报国为魂。（在借鉴、综合、提炼、归纳各方意见的基础上，《中国科大文化传统研究》课题组提出科大精神的内涵（供讨论））
文化品格：强国报国的信念、追求卓越的品格、创新进取的精神、民主办学的传统、真务实的作风。
现任领导
名誉校长 | 周光召、白春礼 |
党委书记 | 舒歌群 |
校长 | 包信和 |
常务副校长 | 潘建伟 |
党委常务副书记、党委组织部部长 | 蒋一 |
党委常委、副校长 | 朱长飞、王晓平、杜江峰、罗喜胜 |
副校长 | 杨金龙 |
党委副书记、纪委书记 | 毕金初 |
副校长（兼） | 吴海信 |
党委常委、总会计师 | 黄素芳 |
党委常委 | 褚家如 |
党委常委、校长助理、秘书长 | 傅尧 |
资料来源： |
校长 | 郭沫若 | 1958.9-1978.6 | 党委书记 | 郁文 | 1958.9-1963.5 |
严济慈 | 1980.2-1984.9 | 刘达 | 1963.5-1975.11 | ||
管惟炎 | 1985.4-1987.1 | 欧远方 | 1975.11-1977.9 | ||
滕藤 | 1987.1-1988.2 | 武汝扬 | 1977.9-1978.10 | ||
谷超豪 | 1988.2-1993.7 | 杨海波 | 1978.11-1987.1 | ||
汤洪高 | 1993.7-1998.6 | 彭佩云 | 1987.1-1988.2 | ||
朱清时 | 1998.6-2008.9 | 刘乃泉 | 1988.2-1990.4 | ||
侯建国 | 2008.9-2015.1 | 余翔林 | 1993.8-1998.7 | ||
万立骏 | 2015.3-2017.6 | 汤洪高 | 1990.4-1993.8 | ||
- | - | 1998.7-2003.5 | |||
- | - | 郭传杰 | 2003.5-2008.9 | ||
- | - | 许武 | 2008.09-2018.05 |
知名校友
中国科学技术大学(东校区)哎呀，运营同学，这个模块离家出走了::>_
