Vitmee12 Brochure

7/31/2019 Vitmee12 Brochure

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VITMEE 2012

PageNo.

1 Introduction 22 Programmesoffered 23 CollaborativeProgrammes 34 Eligibility 45

Admission

procedure

4

6 Applicationforms 47 AdmitCard 58 Interview 59 DocumentstobeSubmittedattheTimeofAdmission 610 TuitionandSpecialfees 611 Hostel 712 ImportantInstructionsPertainingtoConductofComputer

BasedTest(CBT)EntranceExamination10

AppendixI SyllabusforEntranceExamination 13AppendixII CodesoftheState/UnionTerritory 31AppendixIIITestCityCode 32AppendixIVQuestionPaperCode 32AppendixVProformaforSponsoredCandidates 33

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VITMEE 2012

1.INTRODUCTION

VIT University is fast gaining prominence as an

InstitutionofInternationalrepute.Theholisticmodel

ofeducation,conceivedandenrichedbyitsillustrious

founder, Dr. G.Viswanathan, offers refreshingly new

perspectives

to

young

minds

and

facilitates

th e

accomplishment of their creative talent. It s

contribution in extending the frontiers of knowledge

incriticalareasasalsointheregenerationofeffloresce

of thecommunityvalues iswellmanifest through its

alumni who form a great chain of distinguished

personalities throughout the world, occupying key

positionsinvariedprofessionaldomains.

VIToffers facilitiesthatareexceptional ineveryway.

Theenvironmentfriendlygreencampus ishometoa

wealthofwellequippedmodernlaboratories,astate

of the art library, smart classrooms, computing

facilities for a new digital generation, excellent

placement and training services and much more, to

provide a perfect ambience conducive for growth

throughlearning.

ThenationalethosoftheUniversityisreflectedinthe

richly diverse student an d teaching community

transcending regional, lingual, religious and even

nationalboundaries.ForeignstudentsfromAfrica,Asia,

Australia,England,

Europe,

Middle

East

and

the

United

Statesprovideaninternationalaromatothisgreatseat

oflearning.

VIT has longsincebeen devoted to providingquality

educationinvariousEngineeringdisciplinesofScience

andTechnologyandof lateproliferated intofrontiers

ofResearchaswell.TheMCAandM.Tech.programmes,

meticulouslyplanned,areregularlyupdatedtoprepare

studentstakeonchallengingjobsintheeverchanging

industrial scenario and to pursue extensive research

work.TheUniversitystrivesatincorporatingthelatest

technology in its academic curriculum, with an

intention to evolve a new breed of Post Graduate

Engineers endowed with both professional an d

applicationskillstobridgethegapbetweenacademia

andindustry.

2.PROGRAMMESOFFERED

PROGRAMMES

[Vellore

Campus]

PROGRAMMES

[Chennai

Campus]

MasterofComputerApplications[MCA]3years(6semesters) MasterofComputerApplications[MCA]3years(6semesters)

M.Tech.Programmes2years(4semesters)

AutomotiveElectronics

AutomotiveEngineering

BiomedicalEngineering

Biotechnology

CommunicationEngineering

ComputerAidedDesign/ComputerAidedManufacturing

Computer

Science

and

Engineering

EnergyandEnvironmentalEngineering

InformationTechnology[Networking]

Mechatronics

ManufacturingEngineering

Nanotechnology

PowerElectronicsandDrives

SensorSystemTechnology

SoftwareTechnology

StructuralEngineering

VLSIDesign

(Very

Large

Scale

Integrated

Circuits

Design)

M.Tech.Programmes2years(4semesters)

ComputerAidedDesign/ComputerAidedManufacturing

ComputerScienceandEngineering

PowerElectronicsandDrives

StructuralEngineering

VLSIDesign(VeryLargeScaleIntegratedCircuitsDesign)

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VITMEE 2012

3.COLLABORATIVEPROGRAMMES

VIThassignedMoUswithForeignUniversities/IndianResearchCentresforfacultyandstudentexchangeinthe

followingM.Tech.programmes:

AutomotiveEngineering AutomotiveResearchAssociationofIndia(ARAI),Pune;UniversityofAppliedScience,Esslingen&Dresden,Germany;ConcordiaUniversity,

Montreal,Canada;LawrenceTechnologicalUniversity,Southfield,

Michigan,USA;ESTACA,France,KookminUniversity,KoreaAutomotiveElectronics TIFACCORE&Industries;LawrenceTechnologicalUniversity,

Southfield,Michigan,USA,ESIGELECGraduateSchoolofElectrical

Engineering,Rouen,FranceBiotechnology UniversityofEastLondon;UniversityofSunderland;Universityof

Aberdeen,Scotland,UK;UniversitaDegliStudiDellaTusciaDiViterbo,

Viterbo,Italy;ChungnamNationalUniversity,Korea;ChejuNational

University,Cheju,Korea;UniversityofSussex,UK;Staffordshire

University,UK;LeibnizUniversityofHannover,Germany;University

ofMalaga,Spain;UniversityofMaribor,Slovenia,Universityof

laval,Quebec,

Canada

BioMedicalEngineering UniversityofAppliedSciences,Gelsenkirschen,Germany;UniversityofAberdeen,Scotland,UK;ChungnamNationalUniversity,Korea;

ChejuNationalUniversity,Cheju,Korea;StrathclydeUniversity,UK,

ESIGELEC,FranceCAD/CAM TechnicalUniversity,Dresden,Germany;QueenslandUniversityof

Technology,AustraliaComputerScienceandEngineering UniversityofAppliedSciences,Dresden&UniversityofGlamorgan,

UK;KonkukUniversity,Seoul,Korea;KoreaAerospaceUniversity,Seoul,

Korea;Rochester

Institute

of

Technology,

USA;

Leibniz

University

Hannover,Germany,RMIT,AustraliaEnergyandEnvironmentalEngineering UniversityofAppliedSciences,Aachen&Darmsdadt,Germany;

UniversityofAppliedSciences,Gelsenkrischen,Germany;Technical

University,Eindhoven,Netherlands;LeibnizUniversityHannover,

GermanyInformation/SoftwareTechnology MonashUniversity,Australia;KookminUniversity,Seoul,Korea;Leibniz

UniversityofHannover,Hannover,Germany;UniversityofInformation

TechnologyManagementinRzeszow,Poland,RMIT,AustraliaMechatronics ConcordiaUniversity,Montreal,Canada;UniversityofAppliedScience,

Karlsruhe,Germany;

University

of

Sunderland,

UK;

Lawrence

TechnologicalUniversity,Southfield,Michigan,USA;RochesterInstitute

ofTechnology,USANanotechnology UniversityofMississippi,Oxford,USA;CINVESTAV,Mexico,MaxPlanck

Instituteformetalsresearch,Stuttgart,GermanyPowerElectronicsandDrives UniversityofAppliedSciences,Darmsdadt,Germany;KoreaAerospace

University,Seoul,Korea;UniversityParisSud11,France,University

ofSussex,UKSensorSystemTechnology UniversityofAppliedScience,Karlsruhe,Germany;Universityof

Mississippi,

Oxford,

USA;

ISEP,

Cedex,

France,

NCTU,

Taiwan3


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VITMEE 2012

4.ELIGIBILITY

4.1.Nationality

TheapplicantforadmissionshouldbeaResidentIndian

NationalandshouldhavegraduatedfromInstitutions

locatedinIndia.

4.2.EligibilityCriteria

Candidatesshouldhavegraduatedwithafulltimedegree from any recognized University with a

minimumaggregateof60%forMCAand50%for

M.Tech.degreeprogrammes.

ConsistentRecordinXStd.andXIIStd.isrequired.

Candidatesappearingfortheirfinaldegreeexam/final

semester

exam

in

the

current

year

are

also

eligibletoapply.

CandidatesshouldhavecompletedtheirfinalSemester/year exams before the selection

interviewatVITUniversity.

Itiscompulsoryforcandidatesselectedtoproducetheirfinalyearmarksstatementand

Provisional degree certificate before

August15th,2012,failingwhich,theiradmission

willstandcancelled.

4.3.AcademicQualifications

For details of academic qualification, please

s e e P a g e N o . 12

5.ADMISSIONPROCEDURE

AdmissiontobothMCAandM.Techprogrammes

willbebasedontheCandidatesperformancein

VITMEEconductedbyVITUniversity.

Thenames

of

short

listed

candidates

selected

to

attendaninterviewwillbepublishedinourwebsite:

www.vit.ac.in.

Candidatesselectedtoattendtheinterviewwillbe

informedofthedateandtimethroughthewebsite

andalsothroughSMSifmobilenumberisprovided.

Candidatesselectedwouldhavetopayadepositof

`10,000 towardscounsellingfee.CounsellingfeeisNon

Refundable,butitwillbeadjustedinthetuitionfeesonce

thecandidatejoinstheuniversity.

ThisamountshouldbepaidbywayofaDemand

DraftdrawninfavourofVITUniversity,payable

atVellore(onlycomputerisedDDalonewillbe

accepted).

Candidateswhofailtopaytheadvanceatthe

interviewwillnotbeconsidered for Admission.

5.1.Generalinformation

Therearefewseatsreservedforcandidates

sponsoredbyResearchOrganisations/Industries

fortheM.Tech.degreeprogrammes.

Sponsoredcandidateswouldhavetosubmittheir

applicationsthroughtheproperchannelina

proformagiveninAppendixV.

Thecandidatesmustsigntheattendancesheetat

theappropriate

places.

TheAdmitCardshouldbepreservedandproduced

forverificationatthetimeofInterview/

admission.

Violationofanyinstructionandadoptionofany

unfairmeansintheexaminationhallwillmakethe

candidateineligibleforadmission.

5.2PatternoftheQuestionPaper

Thecomputerbasedtest(CBT)questionPaper

consistsof110questions,withamaximumof100

marks.

NOnegativemarksforwronganswers.

6.APPLICATIONFORMS

Candidates

ca n

apply

through

online

at

www.vit.ac.in/vitmee2012

Your application should be sent through either

RegisteredPost/SpeedPost.

6.1ReceiptofCompletedApplicationForms

Any application received after last date will not be

accepted.

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VITMEE 2012

Anydelayinreceivingtheapplicationbythecandidate

will not be considered as a valid reason for late

submission after the last date. The Institute will not

accept responsibility foranypostaldelay, irregularity

orlossinpostaltransit.

7.ADMITCARD

The Admit Card will be issued only to those

candidates who have submitted their application

formscompleteinallrespectsbeforethelastdate.

Admitcardscanbedownloadfromwww.vit.ac.in/

vitmee2012. Admit Cardwillnotbefaxedorsent

byemail.

ThecandidatesmustnotmutilatetheAdmitcard

oralteranyentrymadethereinafter ithasbeen

authenticatedandreceivedbythem.

TheAdmitcardisnottransferabletoanyother

person. Impersonation is a legally punishable

offence.

TheAdmitcardwillcontainyour name,registration

number,

photograph,

your

postal

address,

slot,

dateofexaminationand alsotheaddressofyour

test centre, test schedule andset of instructions

foryouto readcarefullyandprepareaccordingly

forthetest.

ThecandidateshouldcarefullyexaminetheAdmit

cardoncereceived.Anydiscrepancyassuchshould

be immediately brought to the notice of the

AdmissionsOfficer.

No candidate will be permitted to write the test

withoutavalidAdmitCard.TheAdmitCardshould

bepresentedtotheinvigilatorsforverification.

TheAdmitCardisanimportantdocument.Itshould

bepreservedandproducedatthetimeofInterview

andAdmission.

8.INTERVIEW/COUNSELLING(willbeheldatVellore

&Chennai)

Thecandidateshouldproducetheadmitcardatthe

timeofinterview.Candidateswillbeshortlistedfor

aninterview

on

the

basis

of

their

performance

in

the Entrance Examination conducted by VIT

University

Selectedcandidatesshouldpayanadvanceof

`10,000/ towardscounsellingfee.Counselling

fees isNonRefundable,but itwillbeadjusted

inthetuitionfeesoncethecandidatejoinsthe

University.(ComputerisedDDonlyaccepted)

ThisamountshouldbepaidbymeansofDemand

DraftdrawninfavourofVITUniversity,payable

atVellore.

Thecandidatesnamewillberemovedfromthe

admissionlist,ifhe/shefailstopaytheadvanceat

thetimeoftheInterview.

8.1. Documents to be produced at the time of

Interview

TheCandidateshallproducethefollowingdocuments

in original for verification, along with onesetof

photocopies while reporting for th e Intervi ew.

Candidateswill

not

be

allowed

to

participate

in

the

interviewwithoutthese documents.

AdmitCardoftheEntranceExamination

XandXIIStd.Marksstatement

MarkSheetsofallsemesters/yearsofthequalifying

examinationuptoprefinal/finalyearasapplicable

QualifyingDegree/ProvisionalCertificate(Ifalready

received)

TransferCertificateobtainedfromtheInstitutelast

studied(Ifalreadyreceived)

ValidGATEscorecardforCandidatesapplyingfor

M.Tech.(ifapplicable)

ServiceCertificateissuedbytheEmployer.(For

sponsoredcandidates forM.Tech.Programmes

only)

CommunityCertificate(forallcategoriesexcept

OC/General).

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VITMEE 2012

DEMANDDRAFT for`10,000,drawn in favour

OfVITUniversity,payableatVellore.[[[

Only after verification of documents, the candidate

will be allowed to participate in the Interview.

Authenticrecords

pertaining

to

marks

sheet

of

the

qualifyingexamination and state of eligibility, as

indicated in section4,willbechecked.Ifacandidate

fails to produce any of the above documents,

he/she will not be consideredforadmission.

Afterremittanceofthenonrefundabledepositand

obtaining the provisional admission letter, if the

candidate fails to qualify in the prescribed

qualifying

examination,

the

provisional

admission

accordedwillgetcancelled.

Allotment of seat for a programme once made is

final and cannot be changed under any

circumstances.

9.DOCUMENTSTOBESUBMITTEDATTHETIMEOF

ADMISSION

The following documents in original are required to

besubmitted

at

the

time

of

Admission:

XandXIIStd.Marksstatement

MarkSheetsofallsemesters/yearsofthequalifying

examinationuptoprefinal/finalyearasapplicable

Qualifying Degree/ProvisionalCertificate(If

alreadyreceived)

TransferCertificateobtainedfromtheInstitutelast

studied.(Ifalreadyreceived)

MigrationCertificate

ValidGATEscorecardforCandidatesapplying

ForM.Tech.

ServiceCertificateissuedbytheEmployer.(For

sponsoredcandidates forM.Tech.programmes

only)

CommunityCertificate(forallcategoriesexcept

OC/General)

ConductCertificate

Admissionletterandaphotocopyoftheprogramme

feereceipt

4recentpassportsizecolourphotographs

6

Anundertakingforgoodconductandbehaviour

inaprescribedform(tobeissuedbytheUniversity

atthetimeofadmission)

AffidavittobesignedSeparatelybystudent&parent

in`20/ StampPaper(formate availableat www.vit.ac.in)

TwoXerox

sets

of

all

the

original

certificates

(Candidatesareadvisedtomakearequirednumber

ofphotocopiesfortheirfutureusebeforehanding

overtheiroriginalstotheAdmissionsOffice)

10.TUITIONANDSPECIALFEES

10.1.MODEOFPAYMENT

All payments are to bemade only in the formof a

crossed Demand Draft drawn in favour of

VITUniversity,

payable

at

Vellore

(only

computerised

DDaccepted).

Various tiers of scholarships and teaching

assistantships are available for many students with

highscoresinGATEandVITMEE.

TUITIONFEEWITHMAXIMUMSCHOLARSHIP

(perannum)

MCA *`1,00,000

M.Tech.Automotive

Electronics

M.Tech.Biotechnology

M.Tech.Nanotechnology

M.Tech.AutomotiveEngg.

M.Tech.ComputerScience&Engg. *`1,25,000M.Tech.SoftwareTechnology

M.Tech.ManufacturingEngg.

M.Tech.CommunicationEngg.

M.Tech.IT(Networking)

M.Tech.VLSI

Design

AllotherM.Tech.programmes *`1,00,000[CAD/CAM,SensorSystem,PowerElectronics&

Drives,BiomedicalEngg,Energy&Environmental

Engg,Mechatronics,StructuralEngg.]

SpecialFee(perannum) ` 13,500

(Inclusiveofexaminationfee,libraryetc.)

_______________________________________________

*One time paymentofadmission fee`5,000and

Caution

Deposit

(

refundable)

`2,000

will

beextra


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VITMEE 2012

Itismandatorythatstudentshouldownalaptop.They

canbringtheirownlaptopandshowittousorcanbuy

itthroughVIT.VITwillletthestudentknowhowmuch

itwouldcostandwhattheconfiguration is.Students

can pay the amount afterjoi ning the programme

[CompulsoryforM.Tech.CSE,IT,SoftwareTechnology

andMCAcandidates].

10.2.SCHOLARSHIPS

Monthly stipend of` 4000/ for top six GATE

ScoresineachM.Tech.Programme.

TopGATEscorerswillgetastipend+contingency

of` 1,70,000/ for M . T ec h. N anotec hnol ogy

u n d e r th e D S T ( G o v t o f I ndi a)

N anotec hnol ogyi n i t i a t i v e .

Top VITMEE / GATE scorers will get a stipend of

3600 Euros (ie. 2.40 laksh) for a double degree

programme in Communication Engineering from UAS,

Darmstadt,Germany(underDADDfellowship)

10.3.RefundofFees

TherefundwillbemadeasperthenormsoftheUGC.

10.4.Submission

of

No

Dues

Certificate

A candidate who desires to leave the Institute after

joiningtheprogrammewillhavetosubmitaNODUES

Certificatefromhis/herrespectiveDirectortogetback

the certificates. This should be accompanied by the

applicationforwithdrawalandtheoriginalfeereceipt

an d original provisional admission letter. Th e

certificates will be issued only on production of NO

DUESCertificateintheprescribedform,obtainedfrom

theAdmissionSection.

11.HOSTEL

Establishmentchargesforvarioustypesofroomsinthe

campus ar e given below. However, th e type of

accommodation will be decided by the authorities

concerned.

ModeofPayment:

Allpaymentsaretobemadeonlyintheformofcrossed

DemandDraft(separateDDfortuitionfeeandHostel

fee) drawn in favour of VIT University, payable at

Vellore( only computerised DD). This mu st be

accompaniedbyacoveringletteraddressedtotheChief

Wardenwiththefollowingdetails.

NameoftheCandidate

ApplicationNumber

Gender

Programmetowhichadmitted

TotalAmounttobepaidincludingthe

AdmissionFee,CautionDeposit,RoomRentand

Messcharges

DemandDraftNumberandDate

Nameofthebankandbranch

Filledinapplicationformwith4nos.ofrecent

passportsize

colour

photos.

Copyofprovisionaladmissionletter

Note:Refundpolicyforhostelscanbeobtainedfrom

therespectivehosteloffice.

GENERALDISCIPLINE

AllcandidatesadmittedtotheUniversityshallmaintain

goodconduct,paytherequisitetuitionfeesandother

chargesbytheduedates,attendtheirclassesregularly

andabidebytherulesandregulationsoftheInstitution.

Ifatanypointoftime,theconductandcharacterofa

candidateisnotsatisfactoryorisofasuspiciousnature,

themanagementreservestheright,withoutassigning

anyreason,tomakehim/hervacatethehostelorexpel

him/herfromtheUniversity.

Ragging istotallyprohibited inthe institution,and

anyone found guilty of ragging and / or abetting

ragging,whetheractivelyorpassively,orbeingapart

ofaconspiracytopromoteragging, is liabletobe

punished in accordance with these regulations as

well as under the provisions of any penal law for

thetimebeinginforce.Raggingjuniorsinanyform

isforbidden. Ifanyone isfound isragginghis/her

juniors, he/she can be rusticated from the

Institute.

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VITMEE 2012

HOSTELFEESDETAILS20122013VELLORECAMPUS

Particulars Singlebedded DoubleBedded ThreeBedded FourBedded SixBeddedA/C NonA/C A/C NonA/C A/C NonA/C A/C NonA/C A/C NonA/C

Admission Fee

(One Time

Payment) 5000 5000 5000 5000 5000

5000 5000 5000 5000

5000Establishment

Changes 33600 26300 22100 18900 18900 15800 14700 12600 12600 10500EB Charges

(General) 6500 6500 5200 5200 5200 5200 5000 5000 4500 4500A/C Electricity

Advance 15000 - 15000 - 15000 - 10000 - 10000 -Caution Deposit

(Refundable) 5000 5000 5000 5000 5000 5000 5000 5000 5000 5000Note : Additional Establishment charges of`2000/- will be applicable for K & L Blocks in the Mens hostel and E & F

Blocks in the Ladies Hostel.

Table:2Mess,EB&OtherCharges(AnnualAdvance)

Slno Mess Type Amount1 SouthIndian Veg 320002 SouthIndian NonVeg 350003 NorthIndian Veg 350004 NorthIndian NonVeg 380005 SpecialMess Special 41000

Basedonactualconsumptionthechargescouldbelowerorhigherthantheadvancecollected.

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Particulars DoubleBedded Three BeddedA/C

Veg Non Veg NON A/CVeg Non Veg A/CVeg Non Veg NON A/CVeg Non VegAdmission Fees

(One time payment) 5,000 5,000 5,000 5,000 5,000 5,000 5,000 5,000Establishment

Charges 26,000 26,000 23,000 23,000 23,000 23,000 20,000 20,000EB Charges

(General) 6,000 6,000 6,000 6,000 6,000 6,000 6,000 6,000

Mess & Other

Charges (Annum) 35,000 40,000 35,000 40,000 35,000 40,000 35,000 40,000Caution Deposit

(Refundable) 5,000 5,000 5,000 5,000 5,000

5,000

5,000 5,000

VITMEE 2012

ReportingtotheHostel:

AdmissiontotheHostelispossibleonlyafterpaymentoftheprescribedTuitionandtheHostel

feesinfull.

Acandidatewillbeallowedtojointhehostel,twodaysbeforethedateofcommencementofthe

programme.

AcandidatewillhavetosubmittherequiredapplicationformtotheChiefWardensOfficeto

obtaintheroomallotmentorder.Onlyafter

obtainingthespecificroomallotmentorderfromthe

hosteloffice,thecandidatewillbeallowedtooccupy

theroom.

Parent/GuardianalongwithcandidateshouldsubmitanundertakingtotheHostelOfficethatthe

rulesand

regulations

of

the

Hostel

will

be

followed

withoutanyviolation.

HOSTELFEEDETAILS201213CHENNAICAMPUS

Note:SpecialMess&Other

Charges(Annum`45000)

ForA/CRooms additional

paymenttowardsElectricity

`25000/ istobepaid

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VITMEE 2012

12. IMPORTANTINSTRUCTIONSPERTAININGTO

CONDUCTOFCOMPUTERBASEDTEST (CBT)

ENTRANCEEXAMINATION

DATE:9th

and10th

June,2012

TIME:10.00

am

12.00

noon

&

2.30pm 4.30pm

Candidateisexpectedtoarriveattheexamination

hallatleast 1hourbeforethestartofexamination,

withAdmitCard(hardcopy).Ifthecandidatedoes

notreportontime,theyarelikelytomissthe

generalinstructiongiveninExamHall.

Candidatewillnotbepermittedtoenterinto

examinationhallafter10:30am/3.00pm

Candidatewillnotbepermittedtoleavetheexam

halluntil12noon/4.30pm,eventhoughtheexam

hadbeencompleted.

CandidatesarerequestedtokeeptheAdmitCard

safelywiththemandbringitduringtheAdmission

Process.Candidateshouldproduceitondemand.

Acandidate

who

does

not

possess

the

admit

card

issuedbyVITInstituteshallnotbepermittedto

attend VITMEEexamunderanycircumstances.

CandidateisinstructedtocompleteRegistration

ProcesswiththehelpofHallInvigilators

Candidatewillbeallottedacomputersystemby

HallInvigilatortoattendthe ComputerBasedTest

(CBT)

Candidateisnotpermittedtocarryanytext

material(printed/written),calculators,slide

rulers,logtables,electronicwatcheswithfacility

ofcalculator,mobilephonesoranyother

electronicdevices.

Candidateshouldbringapencilorpenforcarry

outanyroughcalculations.

TestwillstartexactlyatthetimespecifiedinAdmit

CardandanannouncementwillbemadebyHall

Invigilatortostartandstoptheexam.

Duringtheexamprocess,theHallInvigilatorcan

requestthe

admit

card

to

verify

the

candidate.

Underanycircumstancesthecandidatemaynot

bepermittedtotakeanextratime,unless

otherwisepermittedbyCenterSuperintendents.

TheCandidatewillbepermittedtoattendamock

test(online)asmentionedinAdmitCard/VITweb

site.(CandidatesarerequiredtochecktheVITweb

siteforregularupdates)

Examwouldcompriseofmultiplechoicequestions

withquestionnumberappearingatthetopcenter

ofcomputerscreenandthetimeleftforthe

examtobecompleted.

Foreachquestion,candidatewillhastoselectthe

rightoptionusingthemouse.

Candidates

will

be

allowed

to

change

their

answer

anytimeduringtheexamduration.

VITMEEEXAMDATES

VITMEEwillbeconductedonboth9thand10thJune

2012, between10amto12noonand2.30pmto4.30

pmonboththedays. VIT will informthecandidates

theexactdateand time to thecandidateswhichwill

beuploadedinwebsite.

TestSlotbookinginstructions:

1.VITMEE2012testslotbookingisawebbasedonline

schedulingsystem.

2. Oncethecandidatesubmitstheonlineapplication,

thecandidatewillreceiveanemail(aspertheid

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VITMEE 2012

specifiedintheVITMEE2012onlineapplicationform)

with a website link and the corresponding login

credentials(userid&password)

3. CandidatesarerequiredtochecktheVITwebsite

(www.vit.ac.in)

on

a

regular

basis

for

any

important

updates.

4. Theonlinetestslotbookingwillbeopenedduring

thelastweekofMay2012andtheexactdatewillbe

updatedinVITWebsite

5. Candidatescanthenlogintothelink,choosefrom

theavailableoptionsontestschedule (date&time),

testcenterandbookthetestslotaspertheirchoice.

6.

Theschedule

booking

will

be

done

on

first

come

first serve basis, subject to the availability of slots /

seats

7. Aslotoncebookedcannotbechanged. Requests

for change of date, slot or test center will not be

entertainedunderanycircumstance.

8. Incaseofnonavailabilityofslots inacenter

ofchoice,thecandidatesmaychoosetobookaslot

inanalternatecenter.

9. Itistheresponsibilityofthecandidatetobook

theirtestscheduleinVITMEE2012inthegiventime

frame.VITwillnotbeheldaccountableforthenon

bookingoftestslotbythecandidate.

10.Aconfirmationmailwillbeautomaticallysent

totheemailaddressofthecandidate,whohas

bookedhis/her

schedule

through

the

VITMEE

2012bookingsystem.

ACADEMICQUALIFICATIONS

MCAPROGRAMMES ELIGIBILITYMCA Abachelordegreeinanybranchwithatleastoneofthefollowingsubjectsat

theundergraduatelevel:ComputerScience,ComputerTechnology,IT,

Mathematics,StatisticsandBusinessMathematics

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ACADEMICQUALIFICATIONS

12

M.TECHPROGRAMMES ELIGIBILITY

AutomotiveEngineeringRunin

collaborationwithAutomotive

ResearchAssociationofIndia,

(ARAI),Pune

B.E/B.Tech.DegreeinMechanical/Automobile/Production/

ManufacturingEngineeringorMechatronicsoranyequivalentdegree

ComputerAidedDesign/Computer

AidedManufacturing B.E/B.Tech.DegreeinMechanical/AutomobileorProductionEngineeringoranyequivalentdegreeEnergyandEnvironmental

EngineeringB.E/B.Tech.

Degree

in

any

branch

of

Engineerng

&

Technology

/

Biotechnology/Biochemical/M.Sc.EnvironmentalScience/Physics/

Chemistry/AppliedSciencesoranyequivalentdegreewith

MathematicsasoneofthesubjectsinHigherSecondarylevelMechatronics B.E/B.Tech.DegreeinMechanical/AutomobileorProductionElectrical&Electronics/Electronics&Communication/Electronics&Instrumentation/

Instrumentation&Control/ComputerScience/InformationTechnology/

MechatronicsoranyequivalentdegreeManufacturingEngineering B.E/B.Tech.DegreeinMechanical/Production/Manufacturing/

AutomobileEngineeringoranyequivalentdegreeStructural

Engineering

B.E/B.Tech.

Degree

in

Civil

Engineering

/Civil

&

Structural

Engineering

or

anyequivalentdegreeInformationTechnology

(Networking)/SoftwareTechnology B.E/B.Tech.Degreeinanybranch/M.S/M.Sc.ComputerScienceorInformationTechnologyorSoftwareEngineering/MCAoranyotherequivalentdegreewithvalidGATEscoreinComputerScience

Nanotechnology B.E/B.Tech.DegreeinECE/EEE/E&I/M.Sc.PhysicswithSpl.In

Electronics/MaterialScience/SolidStatePhysics/B.Tech

Nanotechnology/M.Sc.Nanotechnology/oranyequivalentdegreeCommunicationEngineering B.E/B.Tech.DegreeinElectrical/Electronics/EEE/ECE/

Telecommunication,E&I/ComputerSciences*(*Bridgecourseneeded)

M.Sc.

Physics

with

Electronics

spl.

/

Electronics

or

any

equivalent

degreeSensorSystemTechnology B.E/B.Tech.DegreeinEEE/ ECE/E&I/CSE/Instrumentation&Control

/M.Sc.PhysicswithElectronics/ElectronicsoranyequivalentdegreeVLSIDesign(VeryLargeScale

IntegratedDesign) B.E/B.Tech.DegreeinElectrical/Electronics/EEE/ECE/E&I/M.Sc.PhysicswithElectronics/ElectronicsoranyequivalentdegreeAutomotiveElectronicsin

collaborationwithTIFACCORE

industrypartners

B.E/B.Tech.DegreeinECE/Telecommunication/CSE/EIE/IT/EEE/

MechatronicsoranyequivalentdegreePowerElectronicsandDrives B.E/B.Tech.DegreeinElectrical/Electronics/EEE/ECE/E&Iorany

equivalentdegreeComputer

Science

and

Engineering

B.E/B.Tech.

Degree

in

any

branch

/M.S

/M.Sc.

Computer

Science

or

IT

orSoftwareEngineering/MCAoranyotherequivalentdegreewith

validGATEscoreinComputerScienceBiotechnology B.E/B.Tech.DegreeinChemical/LeatherTechnology/Biotechnology/Industrial

Biotechnology/Biochemical/BioMedical/BioInformaticsoraBachelorsDegree

inPharmacyorM.Sc.DegreeinBiochemistry/Biotechnology/Microbiology/Bio

Physics/Biology/Botany/Zoology/Genetics/MBBS/M.Sc.(Ag)&M.V.Sc.BiomedicalEngineering B.E/B.TechDegreeinBioMedicalEngg/BioMedicalInstrumentation/Medical

Electronics/ECE/EIE/Biotechnology/BioInformatics/M.Sc in

Biophysics/Electronics/Physics/BioMedicalSciences/BioinformaticsorMBBS/Degree

in

Physiotherapy/Occupational

therapy

of

4

years

degree

programme


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APPENDIX I

SYLLABUSforENTRANCEEXAMINATION

CICIVILENGINEERING

ENGINEERINGMATHEMATICS

LinearAlgebra

Matrix algebra, Systems of linear equations, Eigen

valuesandeigenvectors.

Calculus

Functions of single variable, Limit, continuity and

differentiability, Mean value theorems, Evaluation of

definite and improper integrals, Partial derivatives,

Total derivative, Maxima and minima, Gradient,

Divergence

and

Curl,

Vector

identities,

Directional

derivatives,Line,SurfaceandVolumeintegrals,Stokes,

GaussandGreenstheorems.

Differentialequations

First order equations (linear and nonlinear), Higher

order linear differential equations with constant

coefficients,CauchysandEulersequations,Initialand

boundary value problems, Laplace transforms,

Solutions

of

one

dimensional

heat

and

wave

equations

andLaplaceequation.

Complexvariables

Analytic functions, Cauchys integral theorem, Taylor

andLaurentseries.

ProbabilityandStatistics

Definitions of probability and sampling theorems,

Conditional probability, Mean, median, mode and

standarddeviation,

Random

variables,

Poisson,

Normal

andBinomialdistributions.

NumericalMethods

Numericalsolutionsoflinearandnonlinearalgebraic

equations Integration by trapezoidal and Simpsons

rule, single and multistep methods for differential

equations.

STRUCTURALENGINEERING

Mechanics

Bending moment an d shear forc e in statically

determinate beams. Simple stress an d strain

relationship Stress and strain in two dimensions,

principalstresses,stresstransformation,Mohrscircle.

Simple bending theory, flexural and shear stresses,

unsymmetrical bending, shear centre. Thin walled

pressurevessels,uniformtorsion,bucklingofcolumn,

combinedanddirectbendingstresses.

StructuralAnalysis

Analysis of statically determinate trusses, arches,

beams,cablesandframes,displacements instatically

determinate structures and analysis of statically

indeterminate structures by force/ energy methods,

analysis by displacement methods (slope deflection

method), influence lines fo r determinate an d

indeterminate structures. Basic concepts of matrix

methodsofstructuralanalysis.

ConcreteStructures

ConcreteTechnology propertiesofconcrete,basicsof

mixdesign.Concretedesignbasicworkingstressand

limitstatedesignconcepts,analysisofultimate load

capacityanddesignofmemberssubjectedtoflexure,shear,compressionandtorsionbylimitstatemethods.

Basic elements of prestressed concrete, analysis of

beamsectionsattransferandserviceloads.

SteelStructures

Analysis

and

design

of

tension

and

compressionmembers,beamsandbeamcolumns, columnbases.

Connectionssimple an d eccentric, beamcolumn

connections,plategirdersandtrusses.Plasticanalysis

ofbeamsandframes.

GEOTECHNICALENGINEERING

SoilMechanics

Originofsoils,soilclassification,three phasesystem,

fundamental definitions, relationship an d

interrelationships,permeabilityandseepage,effective

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stress principle, consolidation, compaction, shear

strength.

FoundationEngineering

Subsurface investigations scope,drillingboreholes,

sampling, penetration tests, plate load test. Earth

pressuretheories,effectofwatertable,layeredsoils.

Stability

of

slopesinfinite

slopes,

finite

slopes.

Foundation typesfoundation design requirements.

Shallow foundations bearing capacity, effect of

shape, water table and other factors, stress

distribution,settlement analysis in sands an d

clays. Deep foundations pile types, dynamic and

static formulae, load capacity of piles in sands and

clays,negativeskinfriction.

WATERRESOURCESENGINEERING

FluidMechanicsandHydraulics

Properties

of

fluids,

principle

of

conservation

of

mass,

momentum, energy and corresponding equations,

potential flow, applications of momentum and

Bernoullisequation,laminarandturbulentflow,flow

inpipes,pipenetworks.Conceptofboundarylayerand

its growth. Uniform flow, critical flow and gradually

varied flow in channels, specific energy concept,

hydraulicjump. Forces on immersed bodies, flow

measurements in channels, tanks an d pipes.

Dimensional analysis an d hydraulic modeling.

Kinematicsofflow,velocitytrianglesandspecificspeed

ofpumpsandturbines.

Hydrology

Hydrologiccycle,rainfall,evaporation,infiltration,stage

discharge relationships, unit hydrographs, flood

estimation,reservoircapacity,reservoirandchannel

routing.Wellhydraulics.

Irrigation

Duty,delta, .estimationofevapotranspiration.Crop

waterrequirements.Designoflinedandunlinedcanals,

waterways,headworks,gravitydamsandspillways.

Design of weirson permeable foundation.Typesof

irrigationsystem,irrigationmethods.Waterloggingand

drainage,sodicsoils.

ENVIRONMENTALENGINEERING

Waterrequirements

Qualitystandards,basicunitprocessesandoperations

forwatertreatment.Drinkingwaterstandards,water

requirements,basicunitoperationsandunitprocesses

for surface water treatment, distribution of water.

Sewage an d sewerage treatment, quantity an d

characteristicsofwastewater.Primary,secondaryand

tertiary treatment of wastewater, sludge disposal,

effluent discharge standards. Domestic wastewater

treatment, quantity of characteristics of domestic

wastewater, primary and secondary treatment Unit

operationsandunitprocessesofdomesticwastewater,

sludgedisposal.

AirPollution

Types of pollutants, their sources and impacts, air

pollutionmeteorology,

air

pollution

control,

air

quality

standardsandlimits.

MunicipalSolidWastes

Characteristics, generation, collection an d

transportationofsolidwastes,engineeredsystemsfor

solid waste management (reuse/ recycle, energy

recovery,treatmentanddisposal).

NoisePollution

Impactsofnoise,permissiblelimitsofnoisepollution,

measurementofnoiseandcontrolofnoisepollution.

TRANSPORTATIONENGINEERING

HighwayPlanning

Geometric design of highways, te sting an d

specificationsofpavingmaterials,designofflexibleand

rigidpavements.

TrafficEngineering

Trafficcharacteristics,theoryoftrafficflow,intersection

design,trafficsignsandsignaldesign,highwaycapacity.

CSCOMPUTERSCIENCEANDENGINEERING,INFORMATIONTECHNOLOGY&SOFTWARETECHNOLOGY

EngineeringMathematics

MathematicalLogic:

Syntax of First Order Logic, Semantics of First Order

Logic,aSequentCalculus,theCompletenessTheorem,

theLimitationsofFirstOrderLogic.

14

DifferentialandIntegralCalculus:

Limit,Continuity,Differentiability,Leibniztheorem,Mean

ValueTheorems, Taylors theorem, Integrals, Improper

integrals,TotalDifferentiation,Partialderivatives,Maxima

andMinima,vectorcalculus,Lineardifferentialequations.


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ProbabilityandStatistics:

probability, conditional probability, Bayes theorem,

means,median,mode,moments,standarddeviation.

Randomvariables,Uniform,Binomial,Poisson,normal

distributions,Correlationandregression,Samplingand

Testsofsignificance.

NumericalMethods:

solutions to algebraic an d transcendental

equations(BisectionandNewtonRaphsonsmethods),

simultaneous linear algebraic equations(Gauss

elimination, Crouts, Gauss seidal and relaxation),

Interpolation methods (forward, backward an d

central),numericalintegration(Trapezoidal,Simpsons

an d Weddles) eigen values and eigen vectors,

Numericalsolutionstoordinary(Euler,modifiedEuler,

Runga Kutt a 4th order) an d partial differential

(parabolic,ellipticandHyperbolic)equations.

LinearAlgebraandTransforms:

linear vector space, determinants, matrices, eigen

values, eigen vectors, elements of complex analysis,

laplacetransforms,Fourieranalysis.

TheoreticalComputerScience

DiscreteMathematics:

sets,relationsandfunctions,algebraofmatricesand

determinants, algebraic structures, Boolean algebra

andapplications,orderrelationsandstructures,graph

theory,logicandcombinatorics.

Theoryofcomputation:

Regular languages and finite automata, context free

languages and Push down automata, recursively

enumerablesetsandTuringmachines,undecidability.

Analysisofalgorithmsandcomputationalcomplexity:

Asymptoticanalysis(best,worst,averagecase)oftime

and

space,

Upper

and

lower

bounds

on

the

complexity

ofspecificproblems,NPcompleteness, codeandquery

tuningtechniques,numericalanalysis,poweranalysis

&resiliency,intractableproblems.

ComputerHardware

Electronics:

Network analysis, semiconductor devices, bipolar

transistors, FETs, Power supplies, amplifier, Oscillators,

Operational amplifiers, elements of digital electronics,

logiccircuits.

Digitallogic:

Number systems and codes, Gates, TTL circuits,

BooleanalgebraandKarnaughmaps,Arithmeticlogic

units, Flip flops, registers and counters, Memories,

Combinationalandsequentiallogiccircuits.

ComputerArchitecture

and

organization:

Machineinstructionsandaddressingmodes,ALUand

datapath,RegisterTransferLanguage, hardwareand

micro programmed control, memory interface, RAM,

ROMI/Ointerface(InterruptandDMAmodes),serial

communicationinterface,instructionpipelining,Cache

, main and secondary memory storage, organization

and structure of disk drives, RAID architectures

Microprocessors:8085,8086,Interfacingandmemory

addressing.

Softwaresystems

Datastructures:

Notionofabstractdatatypes,stack,Queue,List,set,

string,Tree,binarysearchtrees,heap,graph.

Programmingmethodology:

Introductiontoprogramming,pointers,arrays,control

structures, Iterational control structures, functions,

recursion,testing,debugging,codereview,structures,

files.

Algorithmsforproblemsolving:

Tree and graph traversal, connected components,

spanning trees, shortest paths, hashing, sorting,

searching, design paradigms (Greedy, dynamic

programming,divideandconquer).

Programminglanguageprocessors:

Compiler,Interpreter,assembler,Linker,Loader,Macro

processors, phases of compilers, Lexical analysis,

parsing,

Topdown

parsing

and

bottom

up

parsing,

syntax directed translation, runtime environment,

Symbol table, type checking, intermediate Code

generation, Codeoptimization,codegeneration.

Operatingsystems:

Memory management, page faults, overlay, processor

management,devicemanagement,deadlocks,Process,

threadandinterprocesscommunication,CPUscheduling,

filesystems,I/Osystems,protectionandsecurity.

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System & program development methodology:

Softwareparadigms,principlesofprogramminginany

language,documentation,systemanalysisanddesign

methodologies,User InterfaceDesign(UID),software

construction,softwaretesting,softwarequality,Object

OrientedAanlaysis

and

Design

(OOAD)

concepts.

ManagementInformationsystems:

Aspects of Management and Information systems,

decision support and operation support system,

sy stem s approaches to MIS, computers an d

informationsysteminbusiness.

Databasesmanagementsystems:

Data,database and DBMS,Datadictionary/directory,

schema,

description

of

database

structure,

forms

of

DBMSsystems,Hierarchical,networkandRDBMS,DDL,

DML, stored data structure language and query

language, Recent trends in database management

systems, Memory management techniques used in

computers, query languages(SQL), file structures (

sequential files, indexing, B* trees) Transactions and

concurrency control, Basic concepts of transaction

processing, ACID properties of transactions,

serializability of transactions, concurrency control,

recovery,OLAP.

Computernetworks&Datacommunications:

Analog versus Digital communication, modems,

multiplexers,and

concentrators,

serial

versus

parallel

communication, simplex, duplex, and half duplex

communication, synchronous and asynchronous

communication, Error detection/correction methods,

data linkcontrolprotocols,balancedandunbalanced

interfaces,communicationmedia,ISO/OSIstack,Sliding

window protocol, LAN Technologies (Ethernet, Token

ring),TCP/UDP,IP,switches,gateways,androuters.

Webtechnologies:

HTML,XML,

Concepts

of

network

and

internet,

WWW

andHTTP,webserver,webapplications,loadbalancing

andapplicationserver,websecurities.

ComputingTechnologies:

Clientservercomputing,Logicallayersinclientserver

architecture, Twotier versus Threetier, Distributed

computing, Middleware, Mobile Computing, Cloud

Computing.

CECHEMICALENGINEERING

Lawsof thermodynamics reversiblenad irreversible

process conceptofidealgasandrealgas equations

ofstates Maxwellrelations adiabaticandisothermal

compression phaseequilibrium Gibbsphaserule

systemofvariablecomposition vantHoffsequation

applicationsofGibbs Duhemequation.

Law

of

conservation

of

mass

and

energy

material

balance energy balance and their applications unit

operation an d unit process psychrometry

combustioncalculations.

Classificationoffluids fluidstatics basicequations

of fluid flow Bernoullis equation laminar flow

frictioninflowthroughbedsofsolids packedbeds

fluidmovingmachinery classificationofpumpsand

itscharacteristics.

16

Introductiontoparticulatesolids particleseparation

size reduction motionofaparticle through fluid

classificationofparticulatesolids centrifugalclassifier

sedimentation techniques flotation filtration

equipments agitationandmixingofliquids.

Fourierslawofheatconduction conceptofthermal

conductivity

heattransfer

through

fins

convective

heattransfer transferofheatinflowingfluids laminar

and turbulent flow heat transfer with and without

phasechange typesofevaporators multipleeffect

evaporators.

Differentialandintegralmethodofanalysisofratedata

idealreactordesign Residencetimedistribution C,

EandFcurves.


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VITMEE 2012

Basic principles of unit operation and unit process

schematic representations of unit operations

manufactureofsulfur,hydrochloricacid,cement,glass,

productsusedinphotography,ceramicsandrefractory,

industrial gases, paints, pigments, fertilizers

fermentationprocess fortheproductionofethanol

manufactureofcitricacid,antibiotics,penicillin,soaps,

detergentspetroleumrefiningprocess processfor

th e production of petrochemical precursors

productionofresins,natureandsyntheticrubber.

Diffusioninliquids developmentofrateequationfor

masstransfer contractingdevicesforimprovingmass

transfer characteristics humidification, dryingand

crystallization distillation, continuous rectification

operation, absorption, liquidliquid extraction and

leaching fundamental principles and design of the

pressure, reaction vessels and related equipments in

theaboveprocess.

Overview of industrial biochemical processes

industriallyimportantmicrobialstrains enzymesused

inindustry, medicineandfood industrialproduction,

purificationand immobilizationofenzymes reactors

types, characteristics an d design growth

characteristics of microbial cells free cell an d

immobilizedcellreactors downstreamprocessingand

effluenttreatment.

CHCHEMISTRY

AtomicStructure

Plancks quantum theory wave particle duality

Heisenbergs principle Schrodinger wave equation

particle in a box and hydrogen atom VB and MO

theories.

Spectroscopy

Rotational an d vibrational spectra harmonic

anharmonicoscillatorandRigidRotor selectionrules

fundamentals,

overtones

and

combinational

bands

calculation of force constants (diatomic molecules)

Groupfrequencies electronicspectroscopy potential

energy diagram term symbols selection rules

LS and JJ coupling Frank Condon principle

oscillatorsstrength effectofsolventsonspectra.

Thermodynamics

LawsofthermodynamicsFirstlaw secondlaw third

law(termsandtheirrelations).

Chemicalkinetics

and

equilibrium

Rate constant of chemical reactions, temperature

dependence, collision and transition state theories

consecutive an d parallel reactions chemical

equilibrium and response of chemical equilibrium to

temperatureandpressure.

dandfblockelements

General characteristics of d and f block elements;

Coordination chemistry; structure and isomerism;

stability;theories

of

metal

ligand

bonding

(CFT

and

LFT);mechanismsofsubstitutionandelectrontransfer

reactionsofcoordinationcomplexes.Electronicspectra

andmagneticpropertiesoftransitionmetalcomplexes,

lanthanides and actinides. Metal carbonyls, metal

metal bonds and metal atom clusters, metallocenes;

transition metal complexes with bonds to hydrogen,

alkyls, alkenes and arenes; metal carbenes; use of

organometallic compounds as catalysts in organic

synthesis.BioinorganicchemistryofNa,K,Mg,Ca,Fe,

Co,Zn,

Cu

and

Mo.

SolidState

Crystal systems and lattices, Miller planes, crystal

packing,crystaldefects;Braggslaw,ioniccrystals,band

theory,metalsandsemiconductors,differentstructures

ofAX,AX2,AX3compounds,spinels.

Instrumentalmethodsofanalysis

Atomicabsorptionandemissionspectroscopyincluding

ICPAES,

UV

Visible

spectrophotometry,

NMR,

Mass,

Mossbauerspectroscopy(FeandSn),ESRspectroscopy,

chromatography including GC an d HPLC,

electroanalytical methods (coulometry, cyclic

voltammetry, polarography amperometry, and ion

selective electrodes). Structureal determination of

organicandinorganiccompoundsusingUVVisible,IR,

NMRandmassspectroscopy.

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VITMEE 2012

Stereochemistry

Chirality of organic molecules with or without chiral

centres. Specification of configuration in compounds

havingoneormorestereogeniccentres.Enantiotopic

an d diastereotopic atoms, groups an d faces.

Stereospecific synthesis. Conformational analysis of

acyclicandcycliccompounds.Geometricalisomerism.

Configurational an d conformational effects on

reactivityandselectivity/specificity.

ReactionMechanism

ElectrophilicandNucleophilicsubstitutionreactionsin

aliphatic an d aromatic compounds an d their

mechanisms AdditionandEliminationreactionsand

their mechanisms Reaction intermediates

carbocations,carbanions,carbenes,nitrenesandfree

radicals.

Organicsynthesis

Synthesis, reactions, mechanisms and selectivity

involvingthefollowing alkenes,alkynes,arenes,

alcohols,phenols,aldehydes,ketones,carboxylicacids

and their derivatives, halides, nitro compounds and

amines.UseofcompoundsofMg,Li,Cu,BandSi in

organic synthesis. Concepts in multistep synthesis

retrosynthetic analysis, disconnections, synthons,

synthetic equivalents, umpolung in chemistry,

selectivity,protectionanddeprotectionoffunctional

groups.

Heterocycliccompounds

Structureandreactionsoffuran,pyrrole,thiophene,

pyridine,indoleandtheirderivatives.

Biomolecules

Structure, properties and reactions of mono and

disaccharides, physicochemical properties of amino

acids,

chemical

synthesis

of

peptides,

structural

featuresofproteins,nucleicacids,steroids,terpenoids,

carotenoids,andalkaloids.

EEELECTRICALANDELECTRONICSENGINEERING


Linear

Algebra:

Matrix

Algebra,

Systems

of

linear

equations,Eigenvaluesandeigenvectors.

Calculus:Meanvaluetheorems,Theoremsofintegral

calculus,Evaluationofdefiniteandimproperintegrals,

Partial Derivatives, Maxima and minima, Multiple

integrals,Fourierseries.Vector identities,Directional



Differentialequations:

First

order

equation

(linear

and

nonlinear), Higher order linear differential equations

with constant coefficients, Method of variation of

parameters,CauchysandEulersequations,Initialand

boundaryvalueproblems,PartialDifferentialEquations

andvariableseparablemethod.

Complex variables: Analytic functions, Cauchys

integral theorem and integral formula, Taylors and

Laurentseries,Residuetheorem,solutionintegrals.

18

Probability an d Statistics: Sampling theorems,


standard

deviation,

Random

variables,

Discrete

and

continuousdistributions, Poisson,NormalandBinomial

distribution,Correlationandregressionanalysis.

NumericalMethods:Solutionsofnonlinearalgebraic

equations, single an d multiste p methods for

differentialequations.

Transform Theory: Fourier transform, Laplace

transform,Ztransform.

ELECTRICALENGINEERING

ElectricCircuitsandFields:Networkgraph,KCL,KVL,

nodeandmeshanalysis,transientresponseofdcand

ac networks; sinusoidal steadystate analysis,

resonance, basic filter concepts, ideal current and

voltagesources,TheveninsNortonsandSuperposition

and Maximum Power Transfer theorems, twoport

networks,threephasecircuits;GaussTheorem,electric


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VITMEE 2012

field and potential due to point, line, plane and

spherical charge distributions; Amperes and Biot

Savartslaws;inductance;dielectrics;capacitance.

SignalsandSystems:Representationofcontinuousand

discretetimesignals;shiftingandscalingoperations;

linear,timeinvariantandcausalsystems;Fourierseries

representationofcontinuousperiodicsignals;sampling

theorem;Fourier,LaplaceandZtransforms.

Electrical Machines: Single phase transformer

equivalentcircuit,phasordiagram,tests,regulationand

efficiency; three phase transformers connections,

parallel operation; autotransformer; energy

conversionprinciples;DCmachines types,windings,

generator characteristics, armature reaction and

commutation,

starting

and

speed

control

of

motors;

three phase induction motors principles, types,

performance characteristics, starting and speed

control; single phase induction motors; synchronous

machines performance, regulation and parallel

operationofgenerators,motorstarting,characteristics

andapplications;servoandsteppermotors.

Power Systems: Basic power generation concepts;

transmission line models and performance; cable

performance,insulation;

corona

and

radio

interference;

di str ibution systems; pe runit quantities; bu s

impedanceandadmittancematrices;loadflow;voltage

control;powerfactorcorrection;economicoperation;

symmetrical components; faultanalysis;principlesof

overcurrent,differentialanddistanceprotection;solid

state relays and digital protection; circuit breakers;

systemstabilityconcepts,swingcurvesandequalarea

criterion;HVDCtransmissionandFACTSconcepts.

Control Systems: Principles of feedback; transfer

function; block diagrams; steadystate errors; Routh

andNiquisttechniques;Bodeplots;rootloci;lag,lead

and leadlagcompensation;statespacemodel;state

transitionmatrix,controllabilityandobservability.

ElectricalandElectronicMeasurements:Bridgesand

potentiometers; PMMC, moving iron, dynamometer

and induction type instruments; measurement of

voltage, current, power, energy and power factor;

instrument transformers; digital voltmeters an d

multimeters;phase,timeandfrequencymeasurement;

Qmeters; oscilloscopes; potentiometric recorders;

erroranalysis.

Analog and Digital Electronics: Characteristics of

diodes,BJT,FET;amplifiers biasing,equivalentcircuit

and frequency response; oscillators and feedback

amplifiers;operationalamplifiers characteristicsand

applications; simple active filters; VCOs and timers;

combinationalandsequentiallogiccircuits;multiplexer;

Schmitt trigger; multivibrators; sample and hold

circuits;A/DandD/Aconverters;8bitmicroprocessor

basics,architecture,

programming

and

interfacing.

Power Electronics and Drives:Semiconductor power

diodes, transistors, thyristors, triacs, GTOs MOSFETs

and IGBTs static characteristics and principles of

operation;triggeringcircuits;phasecontrolrectifiers;

bridgeconverters fullycontrolledandhalfcontrolled;

principlesofchoppersandinverters;basicconceptsof

adjustablespeeddcandacdrives.

EI

INSTRUMENTATION

ENGINEERING


Linear Algebra: Matrix Algebra, Systems of linear




PartialDerivatives,Maximaandminima,Multiple




Differentialequations:Firstorderequation(linearand

nonlinear), Higher order linear differential equations



19


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boundaryvalueproblems,PartialDifferentialEquations

andvariableseparablemethod.


integral theorem and integral formula, Taylors and


Probability an d Statistics: Sampling theorems,


standard deviation, Random variables, Discrete and

continuousdistributions,Poisson,NormalandBinomial

distribution,Correlationandregressionanalysis.






INSTRUMENTATIONENGINEERING

Basics of Circuits an d Measurement Systems:

Kirchoffs laws, mesh and nodal Analysis. Circuit

theorems.OneportandtwoportNetworkFunctions.

Static and dynamic characteristics of Measurement

Systems.

Error

and

uncertainty

analysis.

Statistical

analysisofdataandcurvefitting.

Transducers,MechanicalMeasurementandIndustrial

Instrumentation: Resistive, Capacitive, Inductive and

piezoelectrictransducersandtheirsignalconditioning.

Measurement of di splacement, velocity an d

acceleration (translational and rotational), force,

torque,vibrationandshock.Measurementofpressure,

flow,temperatureandliquidlevel.MeasurementofpH,

conductivity,viscosity

and

humidity.

AnalogElectronics:Characteristicsofdiode,BJT,JFET

andMOSFET.Diodecircuits.Transistorsatlowandhigh

frequencies, Amplifiers, single an d multistage.

Feedback amplifiers. Operational amplifiers,

characteristics an d circuit co nfigurations.

Instrumentationamplifier.Precisionrectifier.VtoIand

Ito V converter. Op Am p based active filters.

Oscillatorsandsignalgenerators.

20

Digital Electronics: Combinational logic circuits,

minimizationofBooleanfunctions.ICfamilies,TTL,

MOS and CMOS. Arithmetic circuits. Comparators,

Schmitttrigger,timersandmonostablemultivibrator.

Sequentialcircuits,flipflops,counters,shiftregisters.

Multiplexer,S/Hcircuit.AnalogtoDigitalandDigitalto

Analog converters. Basics of number system.

Microprocessorapplications,memoryandinputoutput

interfacing.Microcontrollers.

Signals, Systems and Communications: Periodic and

aperiodicsignals. Impulseresponse,transferfunction

and frequency response of first and second order

systems. Convolution, correlation and characteristics

oflineartimeinvariantsystems.Discretetimesystem,

impulse and frequency response. Pulse transfer

function.IIR

and

FIR

filters.

Amplitude

and

frequency

modulation and demodulation. Sampling theorem,

pulse code modulation. Frequency and time division

multiplexing. Amplitude shift keying, frequency shift

keyingandpulseshiftkeyingfordigitalmodulation.

ElectricalandElectronicMeasurements:Bridgesand

potentiometers , measurement of R, L an d C.

Measurementsofvoltage,current,power,powerfactor

andenergy.A.C&D.Ccurrentprobes.Extensionof

instrumentranges.

Q

meter

and

waveform

analyzer.

Digital voltmeter and multimeter. Time, phase and

frequency measurements.Cathode rayoscilloscope.

Serial and parallel communication. Shielding and

grounding.

Control Systems and Process Control: Feedback

principles. Signal flow graphs. Transient Response,

steadystate errors. Routh and Nyquist critera. Bode

plot, root loci. Time delay systems. Phase and gain

margin.

State

space

representation

of

sys

tems.

Mechanical, hydraulic an d pneumatic sy stem

components.Synchropair,servoandstepmotors.On

off,cascade,P,PI,PID, feed forwardandderivative

controller,Fuzzycontrollers.

Analytical, Optical and Biomedical Instrumentation:

Massspectrometry.UV,visibleandIRspectrometry.X

ray and nuclear radiation measurements. Optical

sourcesanddetectors,LED,laser,photodiode,photo


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resistor and their characteristics. Interferometers,

applications in metrology. Basics of fiber optics.

Biomedical instruments,EEG,ECGandEMG.Clinical

measurements. Ultrasonic transducers an d

Ultrasonography. Principles of Computer Assisted

Tomography.

ECELECTRONICSANDCOMMUNICATIONENGINEERING


Linear Algebra: Matrix Algebra, Systems of linear




Partial Derivatives, Maxima and minima, Multiple




Differentialequations:Firstorderequation(linearand

nonlinear), Higher order lineardifferentialequations



boundary Value problems, Partial Differential

Equationsandvariableseparablemethod.


integral

theorem

and

integral

formula,

Taylors

and







NETWORK

Network graphs: Matrices associated with graphs;

incidence,fundamentalcutsetandfundamentalcircuit

matrices.Solutionmethods;nodalandmeshanalysis.

Network theorems; superposition, Thevenin and

Nortans, maximum powe r transfer, wy edelta

transformation,steadystatesinusoidalanalysisusing

phasors, fourier series, linear constant coefficient

differential and difference equations; time domain

analysis of simple RL C circuits. Laplace an d Z

transforms:frequencydomainanalysisofRLCcircuits,

convolution,2portnetworkparameters,drivingpoint

andtransferfunctions,stateequationfornetworks.

ANALOG CIRCUITS: Characteristics and equivalent

circuits(largeandsmallsignal)ofdiodes,BJT,JFETsand

MOSFET simple diode circuits: clipping, clamping,

rectifier,biasingandbiasstabilityoftransistorandFET

amplifiers. Amplifiers: single an d multistage,

differential,operational,feedbackandpower.Analysis

ofamplifiers;frequencyresponseofamplifiers.Simple

opampcircuits.Filters.Sinusoidaloscillators:criterion

for oscillation; singletransisto r an d op am p

configurations.Functiongeneratorsandwaveshaping

circuits,Powersupplies.

DIGITALCIRCUITS

Boolean algebra; minimization of Boolean functions;

logic gates; digital IC families (DTL, TTL, ECL, MOS,

CMOS).Combinationalcircuits:arithmeticcircuits,code

converters,

multiplexers

and

decoders.

Sequential

circuits: latches and flipflops, counters and shift

registers.Comparators,timers,multivibrators.Sample

and hold circuits, ADCs and DACs. Semiconductor

memories. Microprocessor (8085): architecture,

programming,memoryandI/Ointerfacing

CONTROLSYSTEMS

Basiccontrolsystemcomponents;blockdiagrammatic

description,reductionofblockdiagrams,propertiesof

systems:linearity,

time

invariance,

stability,

causality.

Openloopandclosedloop(feedback)systems.Special

properties of linear timeinvariance (LTI) systems

transferfunction,impulseresponse,poles,zeros,their

significance and stability analysis of these systems.

Signalflowgraphsandtheiruseindeterminingtransfer

functionsofsystems;transientandsteadystateanalysis

of LTI system and frequency response. Tools and

techniques for LTI control system analysis: Root, loci,

Routh_Hurwitz criterion, Bode and Nyquist plots;

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Control system compensators: elements of lead and

lagcompensations,elementsofproportionalintegral

Derivative(PID)control.Statevariablerepresentation

andsolutionofstateequationforLTIsystems.

COMMUNICATIONSYSTEMS

Fourieranalysisofsignals amplitude,phaseandpower

spectrum, autocorrelation and crosscorrelation and

theirFourier transforms.Signal transmission through

linear timeinvariant (LTI) systems, impulse response

and frequency response, group delay phase delay.

Analog modulation systemsamplitude and angle

modulation and demodulation systems, spectral

analysis of these operations, superheterodyne

receivers,elementsofhardwaresrealizationsofanalog

communication systems. Basic sampling theorems.

Pulsecode

modulation

(PCM),

differential

pulse

code

modulation (DPCM), delta modulation (DM). Digital

modulationschemes:amplitude,phaseandfrequency

shiftkeyingschemes(ASK,PSK,FSK).Multiplexing time

division and frequency division. Additive Gaussian

noise; characterization using correlation, probability

density function (PDF),powerspectraldensity (PSD).

Signalto noise ratio (SNR)calculations foramplitude

modulation(AM)andfrequencymodulation(FM)for

lownoiseconditions.

ELECTROMAGNETICS

Elementsofvectorcalculus:gradient,divergenceand

curl;Gaussandstrokestheorems,maxwellsequation:

differential an d integral forms. Wave equation.

Poynting vector. Plane waves: propagation through

various media; reflection and refraction; phase and

group velocity; skin depth Transmission lines:

Characteristicimpedence;impedencetransformation;

smith chart; impedence matching pulse excitation.

Wave

guides:

modes

in

rectangular

waveguides;

boundary conditions; cutoff frequencies; dispersion

relations.Antennas;Dipoleantennas;antennaarrays;

radiationpattern;reciprocitytheorem,antennagain.

LSLIFESCIENCES

Biophysics

LevelsofstructuresinBiologicalmacromolecules.Basic

strategiesinbiophysics.Forcesthatdetermineprotein

and

nucleic

acid

structure,

Prediction

of

proteins

structure nucleic acids, Properties of lipid bilayers,

Biochemical Kinetics studies, unimolecular reactions,

methods of determining macromolecular structures

inclusive of the spectroscopic techniques like UVvis

absorption, IR absorption, circular dichroism

fluoresence NMR and Xray and neutron diffraction

techniques.

Biochemistry

Structure

and

properties,

Amino

acids,

peptides,

proteins and conjugated proteins, protein hydration,

coagulation, denaturation gelation, proteinprotein

interactions, cytosolic and membrane properties,

purines, pyrimidines, nucleosides, nucleotides,

polynucleotides, Ribonucleic acids an d

deoxyribonucleic acids, TCA cycle, glycolysis, pentose

phosphatepathway,EmbdenMeyerhofpathway,urea

cycle,metabolicregulation,respiratorychain,TPcycle,

energyrichcompounds,integratedmetabolism,

Carbohydrates linearandbranchedcarbohydrates,N

containing carbohydrates, cell wall carbohydrates,

metabolism of carbohydrates, Fats and oilsstructure

andpropertiesofsaturatedandunsaturatedfattyacids,

glycerolipids,phospholipids,sphingolipids,glycolipids,

steroids, Vitamins and mineralstypes, structure and

functional properties of vitamins, utility of essential

mineralssourcesandtraceelements.

Biotechnology

Importanceandeconomicsofdownstreamprocessing

inbiotechnologyprocessproblemsandrequirements

of bioproduct purification, process design criteria,

primaryseparation

and

recovery

process,

membrane

based separations, precipitation methods, different

typesofpurificationandchromatographictechniques.

Typesofreactors idealreactors, integralmethodof

analysis for reactions,simultaneous,consecutiveand

combined reactions, models for nonideal flow.

Industrialbiotechnology isolation,preservationand

improvementofindustrialmicrobesforoverproduction

of primaryandsecondary metabolites, economics of

modern industrialprocesses,fermentationprocesses

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EnvironmentalSciences

VITMEE 2012

andbiologicalwastetreatmentprocesses.Introduction

to bioinformatics sequence databases, search and

their use, sequence alignment, ultrasonic trees,

parsimony, phylogenetic alignment, connection

between multiple alignment and tree construction,

DNAmappingandsequencing,sequenceassemblyand

gene prediction, molecular predictions with DNA

strings.

CellStructureandFunctionoftheOrganelles

EukaryoticandProkaryoticcells,celldivision,mitosis

& meiosis cell cycle and molecules that control cell

cycle, endocytosis and Exocytosis. Ultrastructure of

cellular organelles, viz. Mitochondria, ER, Golgi,

Chloroplast,plasmamembrane,centriole,nuclearand

membrane bound receptors, Signal Transduction,

Techniquesof

propagation

of

prokaryotic

and

Eukayotic

cells, Autocrine, Paracrine and Endocrine models of

action,Cellline,generationofcelllines.

MolecularBiology

Structure of DNA and histone molecules, Replication

of eukaryotic chromosomes, nucleoid the complex

replication apparatus, process of transcription and,

Structure of tRNA, mRNA, rRNA, Deciphering of the

geneticcode,Translation,Mutation.Generalprinciples

of

cloning.

RecombinantDNA

Geneticelementsthatcontrolgeneexpression,method

of creating recombinant DNA molecules creating

transgenicanimals,plantsmicrobes,safetyguidelines

of creating recombinant DNA research, restriction

enzymesandmappingofDNA,plasmidandphageand

other vectors. Construction of genomic and cDNA

libraries,methodsofnucleicacid.Patentsandmethods

of application of patents, legal implications

bioremediation.

Ecosystems, energy flow, ecological succession ,

pollution.ConventionalandNonconventionalsources

ofenergy.Biogeochemicalcycles.Biodiversityandwild

lifeconservation.Socialissuesandtheenvironment.

Genetics

Classical genetics, Mendels genetics, crossing over,

linkage, Chromosome maps, chromosomal theory of

heredity,cytoplasmic inheritance,Sexdetermination,

sex linked inheritance,microbialgenetics,population

genetics, polyploidy, pedigree analysis, eugenics,

mutation.

Microbiology

Basic concepts of Microbiology, classification,

morphology,anatomy,physiologyofbacteria,viruses,

fungi,parasite.

Microbes

of

various

plant

and

animal

diseases . Industrial microbiology, Microbial

biotechnology,Mircrobialdiversityandecology.

Immunology

Basic concepts of immunology, types of immunity,

biotechnological applications; organs of immune,

response Innate an d adaptive immunity, clonal

selection theory, hypersensitivity, hybridoma

technology, vaccine development, epitope mapping

and

immunomics,

immunological

tolerance

an d

transplantationbiotechnology.

PlantSciences

Taxonomyandsystematicbotany,Plantstructureand

development, morphology an d anatomy,

embryogenesis ofmono and dicots. Phytohormones,

respiration,nutrition,transpiration.Photosynthesis,C3

and C4, & CAM plants, photoperiodism, concepts of

ecosystemsandenergyflowinbiosphere.

MEMECHANICALENGINEERING

MATHEMATICALFUNDAMENTALS

EngineeringMathematics

GeometryEquationsofstraightline,commonnormal

between straight lines in space; Equations of circles,

ellipse,etc.;Parametricrepresentation.

23

LinearAlgebra

Matrix algebra, Systems of linear equations, Eigen

valuesandeigenvectors.

Calculus

Functionsofsinglevariable,Limit,continuityand


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differentiability, Mean value theorems, Evaluation of

definite and improper integrals, Partial derivatives,

Total derivative, Maxima and minima, Gradient,

Divergence and Curl, Vector identities, Directional

derivatives,

Differentialequations

First order equations (linear and nonlinear), Higher

order linear differential equations with constant

coefficients,CauchysandEulersequations,Initialand

boundary value problems, Laplace transforms,

Solutionsofonedimensionalheatandwaveequations

andLaplaceequation.

ControlTheory

Open and closed loop systems; Laplace transforms;

Transferfunction;BlockDiagramanalysis;Conceptsof

stability; Input signals and system response; Nyquist

stabilitycriterion;Bodeplot.

ProbabilityandStatistics

Definitions of probability and sampling theorems,


standard deviation, Permutations and combinations,

Random variables, Poisson, Normal and Binomial

distributions. Properties of normal curve; Statistical

qualitycontrol

APPLIEDMECHANICSANDDESIGN

EngineeringMechanics

Free body diagrams and equilibrium; trusses and

frames; virtual work; kinematics and dynamics of

particlesandofrigidbodiesinplanemotion,including

impulse and momentum (linear and angular) and

energyformulations;impact.

StrengthofMaterials

Stressandstrain,stressstrainrelationshipandelastic

constants, Mohrs circle for plane stress and plane

strain,thincylinders;shearforceandbendingmoment

diagrams; bending and shear stresses; deflection of

beams;thermalstresses;Stressconcentrationfactor;

FatigueStrengthandSNcurve;failuretheories.

TheoryofMachines

Displacement, velocity and acceleration analysis of

plane mechanisms; dynamic analysis of slidercrank

mechanism;flywheels.

Vibrations

Freeandforcedvibrationofsingledegreeoffreedom

systems; effect of damping; vibration isolation;

resonance,criticalspeedsofshafts.

Technicaldrafting

Engineering drawing practice; Indian standards for

technical drawing. Machine Elements Basic concepts

ofmachineelementsandtheirdesign;

FLUIDMECHANICSANDTHERMALSCIENCES

FluidMechanics

Fluidproperties;viscousflowofincompressiblefluids;

fluid statics, manometry, buoyancy; controlvolume

analysis of mass, momentum an d energy; fluid

acceleration;differential

equations

of

continuity

and

momentum;Bernoullisequation;flowthroughpipes,

headlossesinpipes,bendsetc.

HeatTransfer

Modes of heat transfer; on e dimensional heat

conduction,fins;dimensionlessparametersinfreeand

forcedconvectiveheattransfer,radiativeheattransfer,

blackandgreysurfaces,shapefactors;heatexchanger

performance,LMTDandNTUmethods.

Thermodynamics

Zeroth, First and Second laws of thermodynamics;

thermodynamic system and processes; Carnot cycle.

irreversibility and availability; behaviour of ideal and

realgases,propertiesofpuresubstances,calculation

ofwork

andheatinidealprocesses;analysisofthermodynamic

cyclesrelatedtoenergyconversion.

Applications

PowerEngineering

Steam Tables, Rankine, Brayto n cycles with

regenerationandreheat.I.C.EnginesairstandardOtto,

Dieselcycles.Sterlingcycle.

Refrigerationandairconditioning

Vapour refrigeration cycle, heat pumps, gas

refrigeration, Revers e Brayto n cycle; moist ai r

psychrometricchart,basicpsychrometricprocesses.

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Turbomachinery

Peltonwheel,FrancisandKaplanturbines,impulseand

reactionprinciples,velocitydiagrams.

MANUFACTURINGANDINDUSTRIALENGINEERING

EngineeringMaterials

Structureandpropertiesofengineeringmaterials,heat

treatment, stressstrain diagrams for engineering

materials.

MetalCasting

Designofpatterns,mouldsandcores;solidificationand

cooling;riserandgatingdesign,designconsiderations.

Forming

Load estimation for bulk (forging, rolling, extrusion,

drawing)andsheet(shearing,deepdrawing,bending)

metal forming processes; principles of powder

metallurgy

Joining

Physics of welding, brazing and soldering; adhesive

bonding;

MachiningandMachineToolOperations

Mechanicsofmachining,singleandmultipointcutting

tools,toolgeometryandmaterials,toollifeandwear;

economicsofmachining;principlesofnontraditional

machining processes; principles of work holding,

principlesofdesignofjigsandfixtures.

MetrologyandInspection

Limits, fits an d tolerances; linear an d angular

measurements;

comparators;

gauge

design;

interferometry; form an d finish measurement;

alignmentand testingmethods;toleranceanalysis in

manufacturingandassembly.

ProductionPlanningandControl

Forecasting models, aggregate production planning,

scheduling,materialsrequirementplanning.

InventoryControl

Deterministic and probabilistic models; safety stock

inventorycontrolsystems.

OperationsResearch

Linear

programming,

simplex

and

duplex

method,

transportation, assignment, network flow models,

simple queuingmodels,PERTandCPM.

SOME CURRENT TRENDS IN DESIGN AN D

MANUFACTURING

MechatronicsSystemDesign

Pneumatic and hydraulic systems; Eletropneumatic

and electrohydraulic systems; Pneumatic, hydraulic

and

electric

motors

and

actutators;

Concepts

of

microcontrollers, Feedback devices; Pointtopoint,

continuouspath and servo control; Types of CNC

machinesandrobots.Programmablelogiccontrollers;

CN C an d robot programming. Some current

developments in modern machine tools, robotics,

mechatronics; Basic topics related to microelectro

mechanicalsystems(MEMS).

Computer

Integrated

Manufacturing

BasicconceptsofCAD/CAMandtheirintegrationtools.

Exchangeofproductdesignandmanufacturingdata;

CNC and robot programming methods. CAD/CAM

Software and Virtual Product Development; Rapid

Manufacturing Technologies; Concepts of Machine

visionandJiglessmanufacturing;

ComputerAidedEngineering

Finite Element Methods; Computational Fluid

Dynamics;

Mechanical

Systems

Simulation;

Tools

for

conventionalmechanismsandMEMSdesign.

AutomotiveEngineering

Development inBiofuels,otheralternativefuelsand

hydrogenasfuturefuel;Emissionstandards;Electronic

injection systems; Passenger comfort and safety

devices;IndianautoindustryandAutomotivevehicles

inIndianmarket.

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NT NAOTECHNOLOGY

Quantum Physics: Basis of Quantum Physics, de

Brogliesconcept,operators,physical imperfectionof

wave function, normalised and orthogonal wave

function,HeisenbergsuncertaintyPrinciple.

SolidState Physics:Crystalstructure,Bravais lattices

anditsbasis,Millerindices,XraydiffractionandBraggs

law,freeelectrontheoryofmetals.Fermienergyand

density of states, origin of energy bands, concept of

holes an d effective mass. Energy levels in On e

Dimension, FermiDirac Di str ibution, effect of

Temperature on the FermiDirac Distribution, free

electronGasinThreeDimension,crystalimperfections:

Point imperfections Vacancy, Substitution and

interstitialimpurity.

ElectricityandMagnetism:Coulombslaw,Gaussslaw.

Electric field and potential. Electrostatic boundary

conditions, Conductors, capacitors, dielectrics,

dielectric polarization, volume and surface charges,

electrostatic energy. BiotSavart law, Amperes law,

Faradays lawofelectromagneticinductionMaxwells

equations and static and time varying equations,

Poyntings theorem Lorentz Force and motion of

charged

particles

in

electric

and

magnetic

fields.

Elementary ideas about di a, para an d

ferromagnetism,Langevinstheoryofparamagnetism,

Curieslaw.

Materials: Different types of materials: Metals,

Semiconductors, Composite materials, Ceramics,

Alloys,Polymers.ChemicalBondingAtomicBondingin

solids,Typesofbond:Metallic,Ionic,Covalentandvan

der Waals bond; Hybridisation; Molecular orbital

theory

Fabrication: Nanoparticles synthesis Carbon

Nanotubes, Metal nanoparticles, QDots, Nanowires

Thinfilmsynthesis ChemicalVaporDeposition,Physical

VaporDepostion,SelfAssembly,Lithography Optical

&ElectronLithography, Resists

Characterisation: Electron microscopes, scanning

electron

microscopes,

transmission

electron

microscope,scanningprobemicroscopy,atomicforce

microscopy, scanning tunneling microscope,

Spectroscopy FTIR,UVVis,Raman,NMR.

Electronics: Intrinsic and extrinsic Semiconductors.

Fermilevel.pnjunctions,transistors.bandgapBipolar

JunctionTransistor(BJT),JunctionFieldEffectTransistor

(JFET), Metal Oxide Semiconductor Field Effect

Transisto r (MOSFET) an d MetalSemiconductor

Junction

Field

Effect

Transistor

(MESFET):

various

Structures,theirfunctioning,IVcharacteristicstudies

andapplications,TransistorcircuitsinCB,CE,CCmodes.

Amplifier circuits with transistors . Operational

amplifiersOR,AND,NORandNANDgates.

PMPHARMACY

MedicinalChemistry

Structure,nomenclature,classification,synthesis,SAR

and

mechanism

ofaction

of

the

following

categories

of drugs, which are official in Indian pharmacopoeia

andBritishpharmacopoeia.Introductiontodrugdesign.

Stereochemistry of drug molecules. Analgesics

NSAIDS, Antidepressents, Anxiolytics, Neuroleptics,

Hypnotics an d sedative. Anticonvulsants,

Antihistaminics,Localanaesthetics,Antianginalagents,

Cardiotonic agent, Diuretic, Cardiovascular drugs,

Anticoagulants, Coagulants, Antihypertensive drugs

AdrenergicandCholinergicdrugsCardiotonicagents,

Hypolipidemic agents, Hypoglycemic agents,

Antiplatelet ag ent, Chemotherapeutic ag ents,

Antibiotics,

Anti

bacterials,

Antiprotozoal

drugs,

Sulphonamides,Antimalarial,Antiviral,Antitubercular,

Antimoebicdrugs,Anticancerdrugs,Diagnosticagents.

Preparation and storage, and uses of official radio

pharmaceuticals, Vitamins an d Harmones,

Eicosonoidsandapplications.

NaturalProducts

PharmacognosyandPhytochemistry,Chemicaltestsfor

identification,chemistry, isolation,characterizations

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andestimationofphytopharmaceuticalsbelongingto

the groups of terpenoids, steroids, Bioflavanoids,

Purines, Alkaloids, Gu ggu l lipids, Glycosides.

Pharmacognosyofcrudedrugsthatcontaintheabove

constituents. Standardization of raw materials and

Herbal products, WH O guideline quantitative

microscopy including modern techniques used for

evaluation,Biotechnologicalprinciplesandtechniques

forplantdevelopment,tissueculture.

Pharmaceutics

Formulation and preparation of cosmetics lipstick,

shampoo, nail preparation, creams, and dentifries,

qualitycontroloftablets,capsules,liquiddosageforms,

parentral preparations of ointment and creams,

suppositories,andcontrolledreleaseproduct,Quality

control

of

containers,

closers,

caps,

and

secondary

packing materila like paper an d board for

pharmaceuticals, safety and legislation for cosmetic

products, pharmaceutical calculations, Development,

Manufacturing standards, Quality control limits,

labeling, as per the pharmacopoeical requirement.

Storage of different dosage forms and new drug

delivery systems,Biopharmaceutics an d

pharmacokinetics an d their importance in

formulations.

Microbiology

Principlesandmethodsmicrobiologicalassaysasper

Indianpharmacopoeia, methods of preparations of

official sera and vaccines, Serological and

diagnostics tests, Enzymes immuno assay, concept

and methodology, Sterility testing methodology

and interpretation, Applications of microorganisms

inBioconversionsandinpharmaceuticalindustry.

ClinicalPharmacy

Adversedrugreaction,Drug Drugintraction,andDrug

Foodinteractions,MedicationHistory,interviewand

patient counseling. Therapeutic drug

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