,fi \ lsfu Shri. Shorrrrao P.ttil (yadravkat) Edacational & Cha table Trust's Sharad Institute of Technology College of Engineering Yaclrav (Ichalkaranj i)-416121, Dist. - Kolhapur (Approved by AICTE, New Delhi, Recogdzed by Government ofMaharashtra & Affiliated to BATU University, Lonere) NBA Accredited Programs, Accredited By NAAC 'A' Grade, ISO 9001:2015 Certified Syllabus of S.Y. (MECH) Department of Mechanical Engineering Semester: III &IV / z=---- fIead. Mechanicrl Engin.cring Dcpt. SIT COE,Yadray
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,fi\ lsfu
Shri. Shorrrrao P.ttil (yadravkat) Edacational & Cha table Trust's
Sharad Institute of Technology College of EngineeringYaclrav (Ichalkaranj i)-416121, Dist. - Kolhapur
(Approved by AICTE, New Delhi, Recogdzed by Government ofMaharashtra &Affiliated to BATU University, Lonere)
NBA Accredited Programs, Accredited By NAAC 'A' Grade,ISO 9001:2015 Certified
Syllabus of S.Y. (MECH)
Department of Mechanical Engineering
Semester: III &IV
/ z=----
fIead.Mechanicrl Engin.cring Dcpt.
SIT COE,Yadray
Semester III1. Engineerirg Mathematics-Ill
t\,1ltc Hl0l fngin(<rrrg \.4J the I nticS-III 3r0 ,l Credits
onliruous Assessrnenl 2i l0 MarksPrc Rcquisilesi lrngineering N4athematics-l & II
Coursc Objectives:
I I'o introducc thc concept ol Laplirce trensfor .
2To introduce the conoept ofln\.crsc Laplacc transtblm to lind the solulion ol lineardil.crcrrr r, c.1u.rt',' r llll.L,I.t-nt L,..lllctcnr..
\l'l( tu Iufln rnJ \ul\( r rc l1.rrr. lJrtl'<rctr'rcl <9r:rrrurr .t.it.!.litl'sr(t'r :,nd.yrcdtlcc\r rq.r(- JrJ tu ..1r. J ilt. 'crt ...rr.r\ o r'hcJ. (q.t:r rL,n.
4 qhlc lo c\p.'no rlre r.: r' err ocr io,lic lLnctior' ,refi1co .n tlrc ei\ cn rdnec in lcr rtr5 o i ;a.rrd co.irl( lrL Iinl(,,ltct'rr . a. r F,..rr'rcr:e'tc.
5 To discuss the impoftance ol'llourier lraislblm in Engineering.h To a\pl3rn Z- lransfurrr.
Course Outcomes: At the end ofthe course. students will be able to
I\fll\ the ds Lln itrun & propcrtic\ L,t Lirflacc Translorm to claluatc thc illtcltral & totl rJ Lirl'l..< r',]rr.li,r"rr,,irlLr'cn...li,r.t'cr..rr.d.l'ccr".hIctrnnsl.Lcfc'.ndr.lu.l. r.'r .llrr.rc-oclr,r li.rr.t urr& u rit sr(o I tiliolr.
2Appl] lhe lino\rledsc ol'Lupluc. trensli)r,nation to tind solutiLrn oflincardiflerentiation cqualions w jllr constint coalllcicnl.
3r,'lr- T:rrlirlortlcrcn.iirleqLrJ.un. & lr:( olrepdrilron ul \rfi.rblc nr(rlrod lL,.ul\(hcil an(l Lafla,r( ( Ltu.r t i(r n i.
I Dc\L-lon Ilc cofc.nL o1'liuru irr scLJcs erpansion ofdifferent peliodic functions so as
Unit 3: Prrtial Dificrential Equations a d Thcir Applic:rtions 18]
Formalion olPartial differential cquations bv c]inrinating arbitrary conslants and func!ons;Equations sohablc by direct intcgration: Lincar cquatioN offirst order (Lagrange s lioearecluations); Metllod ofscparation oflariables itpplicxtions to find solutions ofone dimensional
Unit 4: Foulier serics ljlDcflllition, Eulcr's lbrmulxe, (hnditions lor a Fourier e\pansi(]n. F nctions ha\.ing loints oidiscorrliiuity. changc ol interval, cxpansions ofodd and cven periodic functions and halfrangc
Unit 5: Fourier 'franstbrms t6]
Foulicr Transldrms, F'ouricr Sine tnd Closine TraNfor.llrs, Complcx tbnn of F'ourier Intcgral,L,lllite Fouricr Siue and Cosirc l ransfiltr.
I. P. N. Wartikar & l. N. Warrikar. A Text Book ofApplied Mathenratics (Voll & II), pure
\ridyarthi Griha Plakashan, Pune.
2, N.P,B Ilook o1'Enginccring Mathenlatics, Laxrni PLLblications. Nov Delhi.
ir <. - ,!: 'tt. :F.r'1.ri Erriin€Eriog :lel!'
Si"J C$!,YaJr?!
Unit 6: Z Transfirrm 16l
Dellnirion, properties ofz translor . Z Trrnsform ofbasic sequenccs, Z translorm ofsomcsl.rndard discr-cte luDction intcr'sc 7 transfot'lu.
Tcxt booksi
Referencc books:
t. t. R. Wylic & L. al. Barrett. Advenccd Enginecring \lcthernatics. Mccrau' IIill
Publishing Companl Ltd.
l. B. V. Ranunn. Iligher Bngine.ring Nlalhematics, \4ccraw-Hill Publications, N'w Delhi
3. B. S. Crewal. IIlShcr Engineeling \'lathernalics, Khanna Publishers.
,i. EI$in Krcyszig. ,,\dranced )irrginccling N,lalhcrnatics. John Wile] & Sons.
5. Pctcr O" Neil. A Texl Rook o1-Engineering Nlalhcmatics. I homson Asia f\1. I-1d..
S iru.rporc.
I
-- ffead"""n'31?tBln[1:n,, o.o'
2. Thermal Engineoring
vtECrIt302 PCCl I hcflnal Engilleering 3-0-0 I Crcdits
2 Study vadous laws of thermodynamics3 Study proper-ties ofpurc substance a d entropyI Studli lapor powcr cyclc5 Illustrate steam boilels6 Sr.r,l\ \lc.rn rr l)rr,. \ it lr r.1,,:i r Lr i Lr'r lc
Course Outconres: At thc cnd ofthc course. students will lle able to
1 Dcfinc svstcrn, boundory, propcftics, process used in Lhermod)namics.
I :Stat. difltrcnt lau,s ofthcruroclvnamics and apply these lo thcrnral systcms
i llxplairl Dropcfiics olpurc sr.rbstancc and conoepl ol enlropy4 Explain vapour pou,er cycle rvith PV ard I'S ploL
5 Illustrate various types ol Lroilers ak)ng with moutting and accessolics6 Explain impulsc and Icaclion stcarn turbine
flnit 2: First and Sccond Larv ol Thcrmodynamics I7l
|irst law olthernodynamlcs lir a closed systcm undcrgoil1g o cycle and change ofstare, Enthalpy,
PNIM-I conlrol volun]c, Applicatlolr ol flrst law of stead), llow plocesses, F..quation for SIEE(nozzle. turbinc. comprcssol punrp. borler, throttle !alve etc.), Lilritation of l" larv ol
{.:;,,,:Mechanical Engineering Dept,
SIT COE.Yadrav
C
thcrmodvnarnios, Conccpt ol heat enrinc. rctiigerator ind heat purnp. Kclvin- Plank and Clausillsslalcnrents. Equilalcnce bet\\'een Kcl\in P1.r1k and Clausius statcmcnts. Carnol cycle. Clarnot
(lnit 3: Ideal Gas, Propcities ofpure substance and Entropy lllIdcalgas and process. rclatio bei\\,eerr (jr and Cv. othcr cquation ofslatcs. Ilqualion ol-stele, P-
v, 'l-s. and h-s diagrams prope(ies of steun, propcllv trblc,plresc diagr'am ol_ pLneslrbstance.
Clausius incqu.rlity, Entr-opy and Irrs'crsibility. Enlropy principlc ancl its application- CombincdI and II lau. Iln!rop], and dircction.
Urit 'l: Vapour Power Cyclcs IqCarnol cycie using stcar . Iirnitations ol'alarnot cycle Rankinc cyclc, rapr'escntation on T-s and h-s planes, thcrnlal cfficiency. specitic slennt consllnlption. \\brk mlio. elfect of stcam supplyprcssurc arld tempcraturc. condeNer prassure ot1 the perfoflnancc, Rcheat l.egener.rtl\E stcJlnpo\\.er cvclcs.
Unit 5: Stenm GeDcratom ljlClassification and Applications of Srcam Ceierators; Working and constructional dctails oI lire-tube and water tubc boilers, N,lodcrn high pressure boilcrs (Bcnson boiler, La N4ont boilcr) and
Supcr crilioal boilers. Desc:iption olboilcr moLrnrillqs (Diflercnt typcs ol Salet), Valves, \Vatcrlcvel illdicator- prcssure gaLrge. Fusible plug. Feecl prunp, Fccd Check Valve, tslow-off Cock.Steam Stop-Valve) Descriptio of boilel acccssories, Super-heatel-; Air prc heater and SteanlAccLLrtrulators, Boilcr clficiencv. boilcr lrirl and hcat Balancc shcct.
Unit 6: Steam Turbines tllPrinciples ofoperation, classification. inryulsr and reaclion steanl turbinc, compounding ofsteamturbrnes, Ilo\v through impulse lLlbinc bladcs, l,elocity diagmms. wor.k donc, clficiencies. endthrLrsl, bladc friction. inlluencc ofratlo ol-blade speed to steant spccd on ct'ticiency olsingle andnultistagc turbines and its condition curle and Ieheat ilctors, Flo\r through impulse reactionblad.s, \,elocity diagrarn, and degree ofrelction. parson's rcactiot'r turbine, l\urctton ofdiaphragrn,glcnds, turbine troubles like erosion. colrosiolr, vibration. louling ctc.
Tert Books:
1. P.K.Nag. " Engineerinc lhcrmodynamics", Tlta McGra\\,Hill, Ncw Delhi.3rd2. Edtion.2005.3. Y. A.Cengel, M. A. Boles, Thcrurodlmamics - An Enginccri g Approech". Tata Mccraw
Hill, 5thedilion, 200a)
,1. M. J. Moran. H. N. Shapljo, "!undarncnlals o1'lJngineering Thermodyra lics". Jolrn Wileyand Sons. ,4ih cditiorl, 200,1
5. R.K.Rajput. Thcrrnodyramics
6. Engineering Thclrrodyniimics by C P ,\rora.
FIls..rqMerhanical Errgireerirg irpi
Sl"i eO€.YaCrrv
rt
Refereuce Books:
l. I hermodynamicsil lo lmani McGla*, HilL
2. Kumar and Vasandrni, Ihelmal Engineering. MetropoLitan Book Co., Delhi.3. Errginecring Thcrrnodlnamics, Cupta & Prakirsh. Ncmjchand & Sons Ilydraulic Machines
by V.P. \:asantdarli
4 \lathur and Mchta. Thcrolal Engineering. J:rln Br'os. Publjslrers. Dclhi.
I UndeNtand the various slresses and loading conditions2 Detenninc thc shear lorces ancl bcnding 1]ronrcnrs tir dill;renr slructures3 Calculalc thc bendinI l]nd shcar strcsscs in var-ious lrechanical contponcnts4 flalculatc the deilectiorl in bcant bl virious nleLhods
5 Cialculatc principal stresscs and strains by \,aiious methods6 Undcrstarrd buckling and bcndine pltenomena in structurcs
I To explcin various tlpes ol looding and strcsscs induccd irl compooents2 To develop SFD and BMD far diflcrcnt tllcs ofloads and srLpport cordirions.
To analyzc bcnding and shear st|csscs induccd in rnechanical cornponents1 To analyTe dellection in beanrs hy Doublc intcgralion lnethod, Area tnoment method
Toenalyzc principal sLresses & strains by analltical and graphical metliod.6 1o analyzc buckling end bcnding phcnomcna in coLumn and bcam.
Course Contents:
Unit l: Relierv ofstrcss, struin & Mtrstic Constants: 16]
Concept o1'Strcss and Strain. (I-incar. Latoral, Shcar and Volulrctric), IIookc's La\l,, Poisso 's
ratio, Modulus of Elasticit). N{odul(rs ol Rigidit), Srress-straiD diagraDr for' .lLrctile and brittlcnutcrial. Factor ofsali!y. Working strcss. Normal and shear st1esses, Thennatl stlesses and strains. Concept, Nurrcrical problerns.
Unit 2: Bending momcnt and shear lbrce in Nlcchanical Elemcrts l7llntroduction, T)?cs ol-bealls, Loads and Rcaclio s, Shear lbrces irnd bending momcnts, Ratc ofloading. Sign convcntiorls. Relationslil belrccn shcar tbrcc ard bellding moilerts, Shear forccand bending nromcnt diagrams subjected to conccntratcd loacls, unil-or[r clistribLrtcd load (t]Dl-)IoI diffcrent tpes ofbearns.(tJVL not included)
d
""n':l?fi{n1fu"n0.,,
Course ()utcomes: A! the eDd ofthe coursc. \tudents will be iLble to:
3
5
Unit 3: Strcsscs in }lechirnicxl Elements UI
Bending Stresscs: Symrnelric prLre bending oIbeams, I]exlre lonnula. lnornerlr ofresistance ofoross-seclions. Simple built up scctiorl. Dcsign ol rcotanSular llnd circ.Lrlar' (solid and holb$,)seclions: L- [ and l seclions
Shear Stresses: Distribution ofshear stresses in LreaDrs ofvarious commonlv used seclions sucllas circuler. I, T. and angles.
Unit 4: Dcllcction of l\Icchanical f,lements IllConccpL oldellection. Slope and rlellection by doLrble inlegralion method (Macaulcy's incthod).Slope and delleclion lir sjnrpl,v supportei:l, caltilever and stalically delerminale elenlents
tjnit 5i l'rincipal Stresses aDd Strains I7lNomuland shear stresses on any obliquc plenes, Concept ofPrincipal planes, Deti\alioD ofcxpression for l'rincipal strssscs and nraxirnuni shear slress, Iositions ofprinciptl planes andplancs ofmaxinrum shcrr, Crrphical solLrtions using Mohl''s circlc ofstrcsscs. (i)rnbincd ctltctoishear and bcrrdiue in Beern. I heories ofelastic t'irilure (Without dcrivation).
Unil 6: Analysis ol columns and struts 16l
Introduction, hulcr's thcory on colurrns. Efl'ective length. Slendcrncss ratio, Shor't a d lonlioolurnns. Iladius ofgvralion. Bucklilg load, A.sslrmptioDS, Der-ivation ofEuler's Buckling loadfor cliffcrcnt cnd conditiois, Linitations of Euler's theory', Rankine's fonnula. Nurrcricalproblenrs.
Text Books:
l. Strength ol Materials. S. Ralllallxutllum. DhanpatRai and Sons, New Deihi.2. Shcnglh ofMatcrials. R. K. IlLlnsal. LaxnliI'ublicerion.4th Ildition.i. Shength ofNlaterials, Khurmi(hrpta. S. Chand Publication.,+. Strcngth ()1 l\,lalcrials, R.K. ltajpul, S. Chad Publioaliorl
5. Mcchanics olslrLrotlrrc. S.B.lunncrkar.Charotar Publication House
6. Strength ofMaterials, S. S. Bhevikatti. \rikas Publication House
7. Strcngth olMaterials, Timoshenko and Young. CBS Publication
8. Nlcchanics ol \,1ateIials, S. S. Ratan. Tata Mc(;ra\\'Hill PLrblication, 2009
9. Slrength of[4atelia]s.8. K. Sarkar. ]\, c(;ra\\' Ilill Publication. 2001
Rcforence Books:
l. Strength ot'Matcrials, Beer and Johnson. CBS Publication
2. Strcngth ol-Mcle als. G.H. Ridcr.NIac Nlillan India LtdL Sn-ength ollvluteriuls, Nug and Chanda. \\rillc), India Publicationrl. Advanccd NIcchallics ol MaLerials, tsoresi, Willey lndix l'ublication5. Strc gth ofN{atcrials, I)cu Horlons. NIcGIa* Hill Publication
ffeadMechanical Engineerinq Dept.
SIT COE,Yadrav
t
4. Manufacturing Processes
N'IECH304 ESC9 N{anulirctrrrin!, Proce\ses 3-0-0 I Crcdils
Teachi g Schcmc: l,rrnrinJri.n sLheLre:
Lecture: 3 hrs/week s Asse\srnenl I : 10 MrrksSelnester Exaln: i0 MarksSemester Exanr: 50 \4arks
s Asscssrncnt 2i I0 Marks
Pre-Requisites: Basic Mechanical Engg, Work shop practice I and IICourse Objectives:
Course Outcomes: At the end ofthe course- students will be able to
Course Contents:
Unit l, lDtroduction to Nhnufacturing Processes! 1\lachine Tools and Cutting Tool l\{atcrials06
ll] Classification ofnunulhcturing p ocesses. lnachine tools and crrtting tooL lratcrials and thejradvanta,tcs. af plications, limilations ctc.
L2l Nrelal casting: Importancc ol casting. advantages. disadvantagcs ard limita!ions of castingprocesses. Int|oduction and t)pes oflattcrns, core bo\es. N4aterials used and sclcctron criteria firrpattcrn, patteln allo$anccs end colour codcs usell
Unit 2.Fundamcntals ofNrlet:rl Casting 111
il] N,loulding and corc proccsscsr Tlpcs ol sands used in nloulding and corc making, thcirtypcs such ri Gr ocn sand \4ouldrng, shcll lVloulding. COZ Voulding.
Itread
I Tu rmndrt thL- knu$ c lo studcnts ofmanul'acluLing processes such as, casting, \\,cldjns, nlellll2 o nuke sludents tlmiliar u ith the rlachine tools such as. lathc rnachiire, autorxrts. sllaper, tlancr.3 To make students awarc oldilLrent lypes oitool-nratcrials used in metal outting. melting fllrltccs4 ]To devehl ability into studenrs to idcntifi the delects in the castings and usc ofnlodem tools to) TL, makc studcnts capab!9 to undcrstand thc nlechanisms used in urachinc toois and opcralions
lllectrical litrnaces. Rotary lirmaccs, ctc.Furnacc selection crileria theil applications and rneltingprecticc on ditllcnt fonlaccs. Mctal pouring cquipmenls, Cleaning-ltttling ol castings. Caslingdeltcts- their causes and remedies.
[2] Nlodernization, rnechanization, use olcomputers in loundries and layout offoundry.
Unit 4 .Phstic \\ orking and \Yelding Proccsscs 01
fll frbrication ol plastics: Thelrnosetting and theflroplastic marcrlals. comparison rvith othermalcrials, thcn propcrtics and appliciltions. Sliaping of plastics: casting. blo$ rnouldil1g,courpression moulding. transfer moulcling, injection moulding, extrusion, thcrmoforming,rolational moulding, foam moulding and calerdaring etc.N'lachining ofplastics.
12] Weiding Processes: OveNicw and classihcation of rvelding processes: Oxyflrel gas rvcldingsuoh as oxyncelylene and pressure gas weklinc, arc \1'clding such as shielded metal arc rvelding,gas mctal arc rvclding, submcrgcd arc s.clding, plasrna arc rvelding, resislancc rvclding such as
spot. seam ind projection uelcling
Unit 5 .Nlachine Tools used in yflnufacturing Technology-l ll7
5 Shou'tolemnces and lcvel ofsurfice finish on produclion driNings6 Dcvelop assemblr'vic$, tiom dctails olgiven component and vice versa
Course Contcnts:
Unit li BIS conve[tion of machine elements and free hand sketches: tllConvcntional rcpresentation of cngincering ntaterials. BIS conventions for scctioning. Tlpcs ol'thrcads proiles, Intemal and extcr-nalthreads, Types gea6 und geilrtDgs, pipojoints, wcldcdjoints.lmporLance of sketching and enleting propottionatc dimcnsions on sketches. Study of simple
machinc clements and componcnts such as screwed ilsteners, shali couplings, pipejoints, rit,eted
liLll end halfsections ol machine elcueDts. lDtroduction to Colnlutcr Aidcd Dcsign and Draftfug.
Advanlaged o[ CAD. study ol prclit]linar]' AutoCAD conmands like dratvins. Study of basic
AutoCAD editing. duncnsioninu and vietving cotnmands.
I Demonstrate dift'crcnt sections of rnachine elemcnts2 Draw three lie$,s ofrnachlnc contponents3 Dm\! cur'\'es ol intcrscction ol lwo solids
Inte+rel diffcrcnt components drawing for asscmbling thcm
5 Explain limits, fits and tolemnces6
Mechanica! Engineering DeptSIT COE.Yadrav
Ilxanr I
Summarizc and cxplaln corrnands in AutoCAD
Unit 3 Au\iliary Projection: lllPloiectlon oD auxiliarv vertical and holironrrl plaie, Auxilidiy projection of simple nachine
Unit :l: - Intcrpcnctrution oI Surllrces (Emph{sis on Applied C.rscs): I4ll.ine or cuNe ofintersection oftwo pcnctrating c),lindcrs, Cone and cyliDder. prism and a cyliider,co c arld prisrn. For{ed ends, pyamids rDd prism etc.
lnit 5: Geometfcal Dimensioning and Tolcrrnccs: 14]l-rmrts, fits and tolerarlces systcm.rnd its signitlcancc. llctinirions, T)?cs, Rccommendations andscl.cliolls. 'fole]'ances of lbrn1 and position. suilace linish syrnbols as per IJIS. Selection andentenng of all thcsc s),nlbols wjlh refelence 1o details and asscmbly drawings. Tolerancing anindiridual dimensions of dctails dra*,ing. surf'ace roughncss and surlicc roughrrcss srnrbols,rcading the blue prints.
Unit 6: Dru\ring of Ass€mbh and Dettils: tllPart dra$,ing of standard lnachinc contponents such as \.ahes, conlpollcllts oflarious lnacliil1etools. pun{s, shali couplings, joints, pifc fittings. engine parts, etc. Iwes ofproduction dra\\, ings,sire. shape and dcscription. Use of limits. tlts. tolcranccs and surface finish symbols on dctail anddsscnbly draNine, I troduction o1_3D connnatrds and vicws in AuloCAD.
Rcltrc ce Books:I Naravana. Kanrralah, Reddy, "\4achille Drarving". Ncw Agc Intcrnational Publishers.2. AutoCAD and Auto LISP manuals liom ALrtodesk Corp. U.S.A.3- lS Codci SP,16-1988, Standard Dra\\'lng Praclices idr ltgilleering Inslitutes.4- 'Engineering Drarving. rvith an Intloduction to AutoCAD". Dhantnjay A. Jolhe, Tata
I,lccrxw Hill ,2010
IcoL
f{eadilcchanical Enginocring Dept
SIT COE,Yadrav
Text Books:I. N. D. Bhatt, "Engineerrng Drar,ing '. Charotar I'Lrblishing Housc. Anand, Indu.2. N. D. Bhatl, "Machine Drau'ing", Clurotal Publishing House. Anand, India
-1. Aicct Sing, "Working with AutoCAD 2000", Tata Nlccraw Hill, New Delhi.
4. (;eorgc Omula. "ABC of,{utoLlSP", BPB Publications, New Delhi.
2. Strength oIN{alcrials, ai H. l{ider,Nlac \lillan lndia Lld
:1. Strength ofl\,larerials, Nag and Chanda. uilley lndia Publicati.]l1
.1 Advanccd Nlcchnnics of N,lxteirls. Lloresi, \Villcy Indi.1 I'ubhcation
-s. Srcngth of}lat.rials, I)cn IIartong. NlcCra\! I lill Publication
rt
EIearllrechanical Engincering Dept
SIT COE.Yadrav
8. Machine Drarving and Computer Aided Drafting Lab
N{I]CHi08
Machinc Dra*,i q and Conrputer'-Aidecl D|allingI-ab
PCC3L 0 0-,1 2 Crcdits
Pre-Requisites: Engineering GmphicsCourse Outcomes: Al the end ofthe course students will be able to
('or Draw Con\'.nlional rcpresentalion of standurd machine corrponcnts, wclds. nnlcrial
coz trrr. ,r rili.rrl pr.1e.ti..r o.'trircrr "l 1.ctCO3 Dra* cu^,es of intcrscction lir intersectinc solidsCO.} Constnrct an assembly drarving olgivcn machinc parts
CO5Muke use ofvarious Aulo-CAD connnands 1o dcvelop sectional vie\\'and assclnbl)dlarving ofan objcct.
CO6 N]lal<e usc ofvarious Auto-CAD cornnrands to constmct 3-D model.
The Machine Drawing and CAD Lab consists oflist ofexperiment as follows
l. Onc full imperial drarving shcct on BIS conventions. Aee hand sketches consistLngthc drar.ing/ sketchcs o f rcp rcsentation ol_siandard components, symbols ofptpcjoints. rvekl joints- ri\ cl ioinl ctc.
2. Shcct based on auxiliary projccti,tn3. Sheet Bascd on interpenetration ofsolids,1. Onc full imperial drarving shccts. onc consisting ol assenbly lrnd the othcr
consisting of dctails of an) one standard colnponcnt such as valves, cornponents,,1r:-iorr. m,rchinc ruL,.:. furrp...ioin \. cr;i'r. p.rn..,:tr
5. Draw ollhographic scctional view ofmachine conlponents by using AutocAD.6. Drau assembly using AutoCAD.7. Draw 3-D nodelolonc sinrple rnachlne compor'rent.
IIIead
Mechanical Engineering Dept.SIT COE,Yadrav
9. Workshop Practice
\tFCHl09 ESC 1OL Workshop Practice 0-0-2 I Credits
I lTo dernonstrate dill'ere t \r'ood machining processes and the wood workinll2 To crplain various types and properlles ofsand3 To dcrno stratc silDplc turning opclltion on ccnler lathe machinc
Coursc Outcomes: At the eDd oflhe corLrse, sludcnts will be able 1(]
I Demonstrate Casting si ulation so{iware and CNC Turning2 Inspect various propcrlics ofrnouldiig sand
i I'erlbrm wood and netal\\'orking operntions
The Workshop Placlicc Lab consists oflisl ofexperimcnt as follows
Coursc Outcomes: At the end olthc coursc. studcnts \\,ill be able k)
CO] t.-lDderstand the evolution of Indian ConstitutionLndcrstand thc Fu darncrltal Righls irnd Directive Principles
co3 Undcrstand lhe Coveninlen! ol-tlte UnionCO,1 Undersland thc (iovc|nm.rlt olthe Strreco5 Undcrstand thc Indian Judicilr'_v Systemco6 I ndcr\'r1d \ rr oJs ( unjLil! trl,n.rL BuJt. J
Mapping of course outcomes with program outcomes
Course
Outcomes
]'rogram (Jutcomes
POI P()2 POI PO'1 PO5 PO6 PO7 PO8 PO9 POl0PO1
1POt 2 PSO] PSO2
co1 2 2
co2 2 2 1 1
col 2 2 I Ico4 2 2 I 1
co5 2 1 1
co6 2 2 1
Course Contents:
Unit 1: Evolution oflndian Constitution (6)
Histo|ical background. Making oflndian Constitutlon, Salicnt tiaturcs oflndian Constillrtion,Sources oflndian Constitution, Prealnblc ofrhc indian Constitution. Si!:nificance oflheI'rearnble
Unit 2: FundimeDtal Rights and Directivc Principlcs
Fcaturcs ofFundailental Rights, La\!s inconsistent with the lundanrental llights, Iiight toEquality, Ffccdom, Right asairlsl exploitation. Freerlol1r ofI{eligion, Culrural & EducarionalItights. Itight olConstitr.rtionalrelnedies, rnd Writs. Dir-ective l'r]lciples ofSate 1'o1icy
(1)
Unit 3r Govemment ofthe Union (7)
Plesident oflndia tslcction and Po$,crs. Primc Ministcr and Council ofMilistcrs. Lok Sabha
Ccrnposition and lowers, Raj1,a Sabha Composition and Powcrs, Fcderal Syqtenl oflndiai'cntc- (t.rtc rclrt o r,. I rr c gerrir Prurr:r. r.
I{eadMechanical Engineering Dept.
SIT COE,Yadrav
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flnit.l: Government ofthc States
Ciorcnlor Appointmerlt & Po$crs. ChiefNrinistcr and Council ofNlinisters. LcgisLatire
Issembly Composition and pov'crs. Legislalivc Council Composition:rnd porrer.,l', n h:1.-r. B ri In-irrrh'r).. \Lrrr. rftrI i .,rpo rli. n'
tinit 5: The Judiciary
Featurcs ofjuclicial systcm in l lia. Suprcme (i)ud Struclure and se[l. OrSaniz|ttion &l'rocedur-c olsupreme Courtjurisdiction ol suprcme Coult, High Court Structurc and
Coursc Outcomcs: At rhc cnd ofthe course. sllrdcnts will bc ablc to:
I Explain the history and scripts used in Japaiese
2 Translatc sinryle English rvolds into Japancsc
3 Exprcss thcmselves b) LLsirig sirnple scntcnces and Lesponses to questions
4 0"..".t"rt" Irp-rr"t";lipts through oral and rvrlttcn conrmunicalir.rn
Course Contentsi
Ir Dit 1: Introduction I3l
Rriclhisrorv of.lapan, Japanese I-anguage, Introduction ofthree scripts in Japanesr, \ iz.
Hiragana. Katakana, and Kanji, Da-vs olthe rveek, Basic Numerals. a d months ofthe year,
Lnit 2: SimpleWord fbrming I3l
Dcmonstl'atives in Japancsc, Writirlg sirnpLe rvords in Ilitagana. \Vrjling all t)?ijs of\\ords, and
simplc scurcoces in Hiragana- \rcrbs irr Japanese,
Unit 3: Simplc sentence formirg I3l
Iutroduction o[ Kalakana, Formation of simple se le ccs involving askjng a d answcring
questions, Basic Convcrsational skills. Asking a11d answcring questiois bascd on the bpicsstudicd, lntroduotion of ferv simple Kat!i, and thcir usc in sentences based on the pattern "---ni--- !!aa masu".
Unit 4: Simplc interactions l3l
Translations lionl and iDlo Japanese, Rcading an ulseen paragraph, and answering qucstions
based thereon. General revision
Text Bookr
Ifeadlt echanlcal Engineering Dept.
SIT COE,Yadrav
l. Nihongo Slloho I (Japan Foundation Publ.)
2. CENKI l: An Integrited Course in Elementary Japencsc (-lj1!:lish xnd Japanes' Editi()n)
2. .lapanese liorn Terol l: Pro\ell Icchniqucs to Learn lapanesc lir Shl(1ents and
ProlLssionals (rth Edjtionby Georg. Tronlbl
Foreign Languages (AnY One)
German Language Course I (12Hrs)
Coursc Objectives:
This course provides an opponunity lo crlhance accpisition olthe lunda lelltal clcrnents of the
Gernun language. Emphasis is on the progrcssive devck)pment ofbasic listening, spcaking,
readlng, and u,riting skills lbrough tlle use of sLlpplencnlal,! learning iredia and matcrials'
(lourse Outcomes: At tllc cnd ofthe course, studenls willbe able to:
I thc simple C.rman words used lbr daily rLsed rvords
2 lale rvords inlo (ierman
thclnselves lc senlenccs and onses toLlslnstmtc Gelmatl scri throu oral and Nrilten communication.4
Course Contentsi
Unit 1: Introduction t3l
Introduction ofthe language. Crectings, Introdltco oneself. speaking about yourselland others,
numbcls. tl-mail aclclress, Alphabcts, spoakinq aboul countries end languages. Spcakin-q about
Hobbies. to havc an inlbrmalappointnlcnt- lcarning rvcckda,vs, morlths and seasolls
Unit 2: Simple word forning I3l
Speoking about protcssions, work lrnd wartimes, learrlillg lo lill uf a proiile in Ccrman, Leanring
to mnelhc lamous places, buildings in a cil)', leaming delinitcl indelirlitc and negative articlcs
in Ceruran. to name ihc modcs o1'transpoltation. To learn to describe the way, to undcrstand thc
lexls with irlemational words.
Unit 3: Sinrple sentencc forming t3l
To spcak rbout food, to plan a shopprng. conversation \\ith tllo shopkccper, Convcrsltion about
the fbod. aboul likcs and rlislikcs, to u dcrstand thc "w" qucstbns. To understand the $'atch
tirrirgs , givillg inlbrnratiorl about tirne. spcakirg about the lalDilies, 1() plaD a datc
Unit 4: Simple interactions
IL
,
}{e-.al}Mechanical Enginr:erilg Dept
SIT COE,Yadrav
t3l
Learning about putlcluality in Cernlan,v an{:l ho\\to cxcuse for delay. telephonic 'on\cr\ltiollrboul the xppointmenls. To plalr somelhing togethcr, sfeakirg about birthdiry' lo understand
invitation and to rvrite an invitation. b order and to pay in rcstaulant, to spcak rbout own
expericnces. To understand palticr.rlar inlblrralion fionr rhe tcxts t{) undelstand about diflcrcnt
evcnts and c\'ents rclatedinlbrmation in Radio
Text Books
l' NetzwcrkAlbctisbuch Al (io}'a1 Prrblishtr'
2. "The Evcr)thiDg Lcarning Gc nan Book: Spcak. Wrltc and UndeNtand Ba\ic (;ennan in
No Time" by Dd Stvick
3. "Gornan Madc SimPle: Learn to Speak ind Undcrstand fiernm[ Quickly and E'Nily"
Relercnce Books
1. by Elrgenc Jackson anclAdofh Geiger
2. "Hamrrer's Ccruran Cranmar aDd Usage'(Ii1ih Bdillon) by Professor Martin Dur.rcll
l. 'Lcarn Gernran xith Stories: Calt in Ber lin" by Andri Klein
Infiltration and Impregnation. Refincment of grain size, cold working,'strain hardenLng, Solicl
solulion strengthenjng, dispcrsion strenglhcning.
Text Books:
l. "N{aterial scicncc and etallLlrg-v for engineers", V.D. Kodgirc. Bverest Publishers Punc,
l2lh Edition.2. "lntroduction to Physical Melallurgy' . S. H. Avncr, Ttr4H pLLblication, 20l03. "Physical metallurgy". \rijendra Singh, Strndard Publishers Delhi
I4l
)\
IIeadMechanical Engineering DePt'
SIT COE,Yadrav
r--/-',
Refcrcnce Books:
I. "lntro.luction to physical mctallurgy'. S. H. Avncr. l\'lcGra*'Hill Book Company lnc,gditior. 2nd . It)7.1.
2. "Matcrial science and cngineering" W. D. Callistcr. Wiley India Pvt. Lld.. 5th Editior.l. "Heat lrealrncots Principles irtd Practices", T. V. Rr.lan i Cl.P Shanrra. Prentir:e Ilall
ol lndia Pvt I-td. Nc* Delhi,4. Ilrgirlc.ring Nletallurg),". R. A. Higgi s. Vi\a l]ooks Pvl. Ltd.. New l)clhi, l ''
Fd t9911.
IleadMechanical EnginGering DePt.
SIT CoE,Yadrav
t
Elective IEl. Renewable Energy Engineering
N,] r-rc H'101 A Pl-rcl Rcncrvable Energy ):nginccring 2-0-0 2 Credits
Coursc Outcornes: A1 the end o1'thc cor.usc. studcnts will be able to
CO i: Explaii the difierent Renewablc encrgy Sources
alo 2: Elaborale working ofsolar collectors and solar afplicalionsCO 3: Dcsign Solal PllotovoLtaic SyslemCO ,1: Lldborate lvorking oi other renewablc cncrgies snch as wind, biomassCO 5: Classil,v dillerent Renewable energy sourceCO 6 : Estimatc Encrgy Utilization through Energy Audit Case Study
Course Contents:
Unit 1: Introduction ofRenc\rablc Encrgy and Solar Radi,rtions
Rcnervablc Energy resources, Estimation o1'rene{'iblc cncrgy reserves in lndia, Solar cncrgy,
Spectrl1l distrlbution, Solar gconrctrv. Atteuualion ofsolar radlation in Earlh's tlmospher.,Mcasurement olsolar radiatioD, I'roperlics ofopaquc and transparerrl sur'feccs.
Unit 2: Solar Collectors and Solar Encrgy Applications
and parallel connections. N{aximuur porver'point tmckine. Design ofstandalone svstcm withbatlery and AC or DC Ioad (Dcscripli!c Trcahncnt). Applications,
co
=
Itreadechanicai Engineering DePt'
SIT COE Yad'av
---=
Unit,lr \Yind Encrgy and Biomass
Types ofrvind nrills, Wind power aveilability. and \1ind polrcr dcvelopment in India- Evalultionofsitci lbr bio-conversion and bio-rness, Bio mass gesification \\'i1h spccial reference 1()
a!ficultural waste.
Unit 5: Inhoductbn to Other Rcnc\!able llnergy Sources
Coursc Outcomes: At the cnd ol-the oourse. students will be able to:
l. DcmLnNtratc kno\{ledgc o1-integration ofdesign aspects like product architecturc, urgunumlcs,acsthetics, quality, safity, reliability and proLlltct dala maDagemcnt.
2. Develop di11!rent altclnativc solutiols l_or small sub problems and select most apprL,pti.rlcsolution tion1 the sct olsolutions.
3. Estimate cost ofnew product by considerhg various components ofthe costs and Explainimportance ofdesigning the product usirls dcslgn lbr X methodology.
4.,,\pply aesthctic and ergononlics considclations whilc designing controls, displays and userintarlaces.
5. Dcscribe basics ofProdLlct Archilecture, Protolyping and Cost arld ValLLe Enginccri g. Selectthe Standard Ilrgonomics :tnd lndustq, Salaly paratnctcrs in Product Dcsign.
Lnit I Introduction 106l
Challcngcs ol ploduct davclopmcnt. Idcnli[y customcr necds. Successful product developmcnt.
Llnit 2 l'roducf DevelopmcDt Process aDd Planning I07l
l lovatio and alreativit_v in Produfi [)esign. Product Planniug proccsscs. pr.oduct speciflcatjonslroccss ol setting sfccilicctions. (Concept (icncmtion Selection Tcsting).
Unit 3 Product Architecturc 1071
Product Alchitecturc: Itnplication o l' architecturc, Establishing thc architecture, Related systernlcvcl design issuc. Product Data Managcmcnt, Use of Computerized Data N{anagement and'Process, Industrial Design : OlcrvieN.
rflead
llechanical Engineering DePt'SIT COE,Yadrav
E\cnnnrtiou Schrm(:
Aesthctics: Aesthetio Consid.rarions. Visual Etfccts ol Fonn and CLrlour in Product Dcsign.Ergonomicsi Ergonolnics and froduct design and autolualcd sls1erls. Anthropomorphic data and
ils applications in crgono lic design
Llnit,{ Design for Nlnnufacturing and Assernbl| 1071
Tolerance, Design ofGauges, Design for Environment, Prototyping, Engineering Materials,Concurrent Engineering, Product Costing, Value e[ginee ng.
An approach fo Industrial Design - Elcmcnts of Design Slructure lbr Industrial Dcsign incnginccrlng applications in manuiltctllring systems. Personal protective Equipmcnt and
Environment Control Prcvcntion and speoific saftty lncasurcs fbt lltanulactur.ing and processing
industry and chemical iudustry.
l. "Product Desigl and Devclopncrl",Kall l. Ulrioh, Steven G. Eppinger; L'\r,in Tata
McCm\\ Hill. 3rd Edition.
2. "Product Design und Manufacturing".A.C. Chitalc and R.C. Cupta. Prelttice Hall oflndia,3rd Editiorr.
3. "Product Dcsign",Otto end Wood, I'earson education.,1. "Human Factor Englnccring". L P Singh, Galgotia l'ublicatLon Pvt.Ltd. IstEdition.
l. "New Ploduct f)evelopnrcnf'. Tim Jones, Butterworih, Heinemann. Oxfurd. (1997).
Unit 1: CNC Machines IllNC, CNCI ond D\lCl, Constructional lLelules Drl\,es arld control systcms, Fccdback dcviccsIntcrchangcablc k)oling systcm Ircsel and qualifiecl lools, ISO specificalion Machining center
'I\rming center.CNC l'rograDxning:( Sarnplc program in lathc and lnilling Conrputcr aidcd partprogranxning Ai''I proSram CAI\'I packagc Canncd cyclcs Programming. ) N{anual partprOgranlming
Unit 2: Tooling lbr CNC l\'Iachincs I5l
Intcrchangcable tooling system, preset and quulifiecl tools,coolant led tooling system,lnoduhrfixtLrring, qLrick changc toolirg svslem, automaric hetid chargers, DNC Systen]s and Adaptive(lontrol: Introductjon, type ol D\C sysrems, ad![ntages nnd disadlantages ol DNC. adaptivecontrol with optimization, Adaptive control \i1h constnins, Adaptive control ol machiniog
$(nd. fccd word. tool\\'ord. lniscellancous llnctions
Unit 4: Elements of CNC nichincs lllTypcs. l,orkirg lnd ilrportdnce ol slidc $,ays. re-circulaling ball sclew,devices (ransduccrs.
cncoders)-automatio tooLchangers (A l CJ, rutomatic pallet changers (APC).
CINC tooling: tooi prcsctting conccpt and imporlanoe, Qualiticd tools- delinition, need alrd
ad\an1ages, Tool holders t\'pes a d alplicalions
Unit 5: CNC turning centers l5l
T)|es ol CNC turning center., taatures oiCNC tuming cc[ter-, axes l1onenc]aturc ofCNCl turningccntcr. spccification of CNCI turning center. work holding deviccs t1pcs, Working of CNCtuflring ccntcr, Applications ofClNC tuflring center
Unit 6: CNC machining centers I5l
TWes CNC nachinjng center, taatures CNC nlachining center-, axes nomenclatule CNCmachlning center, specjfication CNC nuchining ccnter. work holding devices t)'pes, workingofCNC machining center. Applioations ofCNC macl'ining center
Tcrn Work:
I) Fcaturcs and selcction ofCNC turning and milling centcrs
2) Practicc in part programming and opcration ol CNC turning machines. subr'outine techniqucs
and use ofc\,cles.
l) Practicc in fart plngramnilg and operating a machjning ccntcr. tool panning and selection ofsequences ofoperatiols, tool selling or lechinc
Teft Books:
L l'abla, B.S.; Adilhan M.. "CNC Nhchincs", Ne$ ,\gc lnlenlaiiondl. Nc\\'Dclhi. 2014
2. Quesada, Ilobert, "Computer Nurnerical Contlolturning and machining ccntcr-s". PI IILcaming , Ncw Dclhi,200,1i. Sarecn, Kuldccp. "CAD/(]ANI" S.(lhand. New Deihi, 2007.Relcrence Books:
l. \rishal. S., "lntrodlrction to NC/CNC NIachines", S.K.Katarla & Sons., Ne$' Deihi,20092. Reo. P N; Tiwari. N Ki Kundra. T "(lomputcr Aided N4anulaluring', Tata McGra\1 Hili.New Delhi.20l4.
Ct,I
Ifffead
Mechanical Enginoering De itSIT COE,Yadrav
E4.Control Engineering
MECH4O3D PECl Control Enginccr-ing 2-0-0 2 Llrcdits
Inhoductioll, tirsl order and scoond ordcr systen responsc to stcp, ramp aDcl irlpulsc inputs,conccpts ol time constant an.l its intpor'tancc in spced ol response.Darnplng Ratio and NaturaiFrequency
Unit ,1: lrequency RespoDse :\nahsis I51
Stability and Root I-ocus Tcchnique: ltourh's Sr.rbiliry Criteria, Significence oI l{ootLocus,Constructiorl ol-Root Loci, (ieneral l,roccdurc, Ellect oft,oles and Zeros on the Systcntstrbiliry.
tinit 5: I'requency Response Anahsis I5l
Frequency Rcsponse Analvsls: Frcqucncy Responsc Log Magnilude Pkrts and phase anglcPlots. Gain Margin, Phasc Nlergin, I-lvalLrtrtioI ofGain 'K', Polar Plots (No numer.ical), andStability analysis.
flnit 6: State Space Analysis: I1l
IntrLiduction to statc concepts. statc equalion of lincar continuous data s)sten MatrixrcplcsentationProgrananing.
of stale equatt)ns, S!stem llefrcscntation, Direct, Palall
)l'
Gcneral
IleadMechanical Engineering Dept.
SIT COE,Yadrav
TextboolJl{efcrencc Booksr-
l. Contlol Syslcln Engincering: R Alrandnalar0ian, P Ritmc-shBabu, SciTcch Publi"2. Conlrol S,vsterns: A. Anand Ku[rar, Prcntice Hall Publi.Mortenson M. 8.. Geometrlc
Modeling, John Wiley &sons, NY, l9t53. Automat]c Control Eirgineering: F.H. Ravc (5th ed.). Tala \4ccraw Hill Publi4. Modem Control S1'stcnrs: K Ogata,3rd L.d. Prcntice Hall Publi'5. l\'lodcrn (inllrol Enliineerilg K. Ogata Pearson Iiducation.
I t,o represent kinenulic beha\'ior ofdilliacnt nlachine clcments and ncchanisms.
2 o sclcct various Po\\,cr lransmittjng dcvices.
3 o explajo typcs oICan1 u'rth followeis and soleot according to tlreir app Iications.
4 o anallzc cflcct offiiolion jr1 lllcchanisms and machincs
Course Outcomes: At the end ofthe course, students will be able to
CO1 Io chssili p lancl mcchanism and clcterniic the molion ofmechanisntco2 o anal Ilically and acccleration ot'p laner mechanisrlr using lnstantrneous
co3 o detemine ftictional to m screw ivot clutch and bIake
co4 truct cal11 contour forvaluatc cllict olanglc ofconlact, jnitialtension, coefllcient of fiictjon and slip on
co5owcr transmission olbelt
co6 lain the basics of(iear Cear , laws and cs of AI fi1es
Course Contents:
Unit l: Fundamentals of Kinematics and Mechanisms t6l
Definitiol ollink, pair, kirrclratics chlin, inversionslnversions of single and double slidcr crank
chaill. kinernetic diaglams oi mcchanisms.Equivalerll linkage ot' mechanism, degree of
lieedorn.study ol various lreolunisrns such as stlaight line mcchanisnt, parltograph! Gcneva
mcchanismstecring SeaI mechanisn$. and condition of corrcct stee ng,Hooke's ioint. Ratio ofdrivjng velocities
Unit 2: Yelocity and Acceleration Anll) si', t7l
Basics of vclocity and accclcration anallsis and its pLrqroscVelocity and accelerallon diagrams
using r-elative velocity methodVelocit-v and accelcration diagranrs using rclative \ek)citymcthodCor-ioli's componcnt ofrccclcration. \ielocilv and acceleration ofslidcr cral)1( rne(ihanisnl
byamlytical methodvelocity and acceleraliolr olslider clank meclianisrn by Kleirl's colNtruction.
\c/.({
Ireatl'istfMechanlcel EnginoGring Dept
SIT COE.Yadrav
(iMl-)
C,
Pre-lLcquisites: Physjcs, Mathematics
Coune Objcttircs:
motion.
Unit 3: Friclion filDry liiction. Il-iclion bet\\,ccn nut alld scrc\\' with ditlircnl lypes oftlrcads, Lrni[orm wcar lhcorvard uDifonn pressure thcoly. Ir ction at plvot and collars. Friction circlc and fiiction axis.Classillcation of ClLltchcs, lorque tt'a slltitling oapacity of - pl.rte clutch, conc clulch andcentrilirgal clutch, (llassiflcatlon ol'brakcs. braking torctre of shoc brakcs. internal shoc br.akc.disc brake
Unit 4i Cams and Followers I6l
Tvpcs oIoams and tbllowers, Inalvsis ofmotion. Junrp and ramp ofcam, I)etermination ofcanlprofilcs tir r given lbllowcr lrrotion. Clircul.rr arc cam- Tangcnl cam. Cycloidal cam.
Unit 5: Belts and Dynamomcters I7l
Typcs ofbelt and rope dlivcs, calculation oflength and power transrnittcd. Bell tension ratioActLlaltension in a running bclt, centritlgaldnd inirial tension in bcltSlip and creep ofbelt_Classificatiorlof d)'lanlometers, Sludy of rope brakc alrsotption dynanlometer and belt tr-ansmissjonLlynanlometel'.
UDit 6:'loothcd gcaring Ul
Ceomeh'y ofmotion, Gcal geomctry.T)!es ofgeal.profile- involute and cycloidal Theory ofspur.Helical and Spiral gcalslnterfercnce in involutc looth gears and methods fbr its prclentiod)ath ofcontact, Contacl ratioTlpcs of Gear trains - Sirnplc, Cornpor.rnd. Rcve ed, Epicyclic geartrain,Tabulal method for'finding tlie specds ofelements in gear ffain,Torqucs in gear train
'l'ext Rooks:
l. S. S. Rartan. "Ihcory ofNlacl'rincs", l'ata NlcGrarv Hill. Nerv Dclhi.
2. A. Chosh.,\. K. Malik. ''l'heor1, o1'lvlechanisms and Machines". Affiliated [ast-West Prcss
I'}vt. Ltd., Ne\Y Delhi.
3. I'.L.Ballan,v. Theory ofNlachines. Khanna Publicetion, Nciv Dellii4. V.P. Singh, Theory ofN4acilines, Dhanpa! Raiand Sons.
5. Plnkatkar, Thcory of Machilres I and ll, Nirali Publication. Punc
6. Dr. R.K.Bansal. Theory ofmachines. Laxmi Publication.
Refercnce Books:
I J. E. Shigel],. J..1. Uicker. 'Thcory ol trlachincs a d lvlechanisrns", Tata Nlccraw IlillPublications, Nc$ Yort. lntcrnetioDal Studcot Edition. I995.
2.Thonus Bcvcn, "Theory ofMacllines". (lBS Pubiishers and Distriburors. Dclhi.
)Head
Mechanical Engineering Dept'
SIT COE,Yadrav
B:P I
3. Shigle),. Thcor), ofMachines and Mcclranisnr N4c(iraw Hill. New york.1. (i.S. Rao and R.\'. Dlrkipatti, Theuy olN{achirrcs and Nlechanisrn, ,,Nerv Age krr.Publications I-td. Ne\r Dclhi.
5. Shah and Jadharvani, fheory ofNilachines- Dhanpat Rai & Sons
6. AbdLLllah Sharif'f, Thcory ol-Machincs, ivcCrarv Hill, Nerv Delhi.
1 To deline lluid properties aml to solve nurnerical blsed on fluid propenics.
2 To understand the continuity equation in two and three dimensional formTo dcrire Bcrnoulli's cquation ofnolion liom ll!tlcr's cquation ofmotion
4 To derive an equation lbr velocity and sheirr sless distribution through a circular pipe
and Ilat pla1e.
5 Io calculate major and minor losses in dillden! prle arrangcmcnts
Io apply Buckingham rr Theorem to solve simple mechanical problems
1 Explain various propelties ol lluids tnd their SI units and dctcrminc hydrostatio lorces on
the plane and curvsd surlaces and explain stabilily ollloating bodics.
2 Classilv Yfiious ttDes ol llo\\'s and dctcnnirlc vclocitv& acoelemlion ofllLLid prrticlc.3 Apply Bernoulli's Equation to simple problems in Fluid mechanics
1 Explain laminar and turbulent flows on flat plate aIrd though pipes.
5 Calculate different losses in fluid flow through different arangements ofpipes6 Make use ol Dirnensional Analysis to simplc ploblems in Iluid olechanics and explain
boundary laycl. d(ag end lili.
Eulerian and Langragian appro ach ol tluid flo\r, total oI male al derivative for vclocity ficld,Continuily equatioll, t)!es offlorvs (Onc, t\\,o. three dimensional, unifb n, non-
Course Outcomes: At the end ofthe course, students will be able to:
Course Contents:
Unit l: Fundamentals of !'luid X{cchanics U)
Properties ol Fluids:- Detinirion of lluid. concept of contimrum, Dcnsity, Specillc Weight,Spcciuc (iravity, Dynamio Visoositv, Kinemrtic \riscosity, Ncrvton's larv ofviscosity, l)?es ol'f1uid, Itheological diagram, Surface fension, Crpillarity, Comprcssibility, \rapour lressure
Fluid Staticsr -Pascal's Law, Pressure at a poiit. Iotal Plessurc & Ccntrc ofpressure t)r inclinedt1: pItc. Buo1rn.y. rDct.rcjntir.rnd l]o-'1rior
l.lnit 2: Kinematics of F'luid Nllotion t6l
-/--:a.
Unit,l: Irternal Flow 0)
l-anlinar'and I urbulent florv physics. entrance region am1 fully deleloped flow. Velocity and
shear Stress distribulion for laminar flo\\' in a pipc, tixcd parallcl platcs and Couetre Uow. hydrodynamicallv smooth and rough boLLndar ics, Velocilv pr'olile o l'Turbulent tlow.
Lnit 5: Flo\Y through Pipcs lllEnergy losses through pipc-N,lajol and Minor losscs, Darcy-\Ycisbach cquation, pipcs in ir-ri.s.pipes in pamllel and concept ofequivalent pipc, Moody's diagranr, Siphons, Transnrission ofpower.
Unit 6: Boundary Layer Theor] and rorces on Immersed Body 16l
Boundnn Lrver l-heo11- tsoundarv laycr thickness, its characteristics, laDinar and lurbulenllJoundary layers, Displacement thickness. Mol1lentum thicloless, Energy thicknosi. \cla13tion.Boundary layer control
Forccs on Inmcrscd Bodics: Lili and Drag, Drag on a flat platc and on aero fbil.
Tcxt Book:
l. lntroduction to f[Lid lUechanics- Fox. Pichard, N4cDonald- Wiley2. Hydraulics ancl Fluicl Mechanics. - Modi l'. N. and Seth S. M -Standard Book House
l. lntroduction ro Fhid M.chalics- Fox, Plchard, NlcDonalcl Wiley:1. Fluid Mcchanics,- Dr. R.K. Bansal Laxmi Publicalion (I) LId. New Delhi5- Iluid Mechanics,- Clengel&Climbla 1 A1'.\ N{cGrarv-Hill6. Fluid Nlcchanics- Whltc- TATA N,lcGraw-llill7. 'Mechanics ol iluid", Merle C. Polter, l)IenLis HallolIndia, Nc\\ Dclhi 2"d Edho .
lleference Books:
1. In!-oduction lo IluU Mechanics Eclu,ald ShauShnessy, Ira Katz James SchalTer-OXFOITD Univctsity Prcss
2. Fluid Mcchanics Chaim Cullirrger Darid PnLrcli-Carnbridgc U n ivers ity press.l. Fluid Mcchanics- Kundu, Cohcn, Do\\ling- Elscvicr India4. "Fluid Meohanics and Machinely". C.S. Ojha, Oxford UnjvcrsittPrcss.5. 'FIuid l\4echanics", \r.L. Sheeter and E.B. Wylic.Tata Mc(iraw Hill P\.tltd.,
Euler equation of nrotion, der i!atior ol llcrnoLrlli's cquation along stream Iirlc , conccpl c'1 IIGLand lllL or TEL, applicatron ofBcrnoulli's equatjon to vcntulc nlctcr, Pitot tube. SubnlergedOr'ilices, Orificc mctcl', V |otch, Introductionto flo\\ models controlvolulne and inllnitesimallysmall clcmcnt. Lincar nromcntuln Equation using clifGr cntial Approach, Introductlon to Na\ ier
Stokes llquation
6. Numerierl Methods in Mechtnical Engineers Lab
MECI"I4O6 BSC6LNunlcricrl lvlethotls in VcchanicxlEngrnc.rs Ltb 0-0-2 1 Crcdits
TeachiDg Scheme: Examination Schcmc:
Practical;2hr/rveek
CAl- 15 Marks CA2-15 N{arks
End Semesler Exam: 20 ]vlarks
Course outcome: Ar the end ofthe coursc. s(rdcnts will be dbl. to
l. ('o struct pro!!ral11s in C+r/ MAl_I-AB to solve problem bascd orl bisection & Dcwtorr_
rophson method.2. Dcvclop prograrns in C+-, N'IATI-AII to solvc problem based orl curlc fitting & lineilr algeric
cquation.3. Develop proglarns ir C++i MATLAB to solve ploblerrr bascd orl Lagrange s inlerpolaliorl &Numerical di llercntiation.,+. ConstrLlct prograrns ir C++i N'IATLAB to solve problem bascd on Nuluericai integraliort &l'aft ial difierenliation cquation.
The students are expect€d to solve the problems in mechanical engineering gn area lik€ Thermal,
Desig& FEA, etc .) uslng following methods by choosing appropriate software from C , C+,MATLAB.
1. Progranr on bisection arrd lhlsc position method.
-i. "Nulncrlcal nalysis Thcory and Applications".R. L. Burdcn and J.D.Iaircs. CcngagcI-eirnins hldia Pvt.l.td..New I )eLhi,l st Editlon.l005.
ffeadMechanlcal Engineerino Deot.
SIT COE,yadrav-
7. Engineering Material Science Lab
MECH4OT PCr( 5t- Irrsineerins N{alcrial Scicncc 0-0-2 i Credil
Teaching Scheme E\alninatiorr Schclne
P,r.1xrrl 2hr,\\,cirk CAt l5 Nlerks CA2-15 Marks
End Semester Exam: 20 Marks
Prc-Requisites: None
Course C)bjectives: Students will be able to
I loicquJ'nr.rIdcn.<urr\'h.'d.'.'r-ucrr\rrnd oI dc..ructrrete.trn32 To impxrl brsic kno\\ledge ofspark test
j To understand nicrostructures oflarious nraterial!.:1 To slLrdi vuious hflL rrealment prccesses and hardenabilit),
Course Outcomes: At the end ofthe course. students will be able to
l \1",e'.-"r ",'or)....rir.:r.j.l,LJ. ,Jlrrt,.,.'tr..irr J(l .r( r"r ....,r.'c rcr ot
r, ll,c,.& l:,r.l.r hil .,nd rn r.r.,,Jrl,r..ne.r \cl\2 ldcnlil) llrc surl'rcc cracks b), using dye penehation test.
I Develop specimen for Jucroscopy
4 Identit! various matcrials b) using spark tcst.
5 Demonstrale microstructurc fol various alloys
List of Practicals/Expcrimcnts/Assignmcntsl. Sludv ol Dcshuctive Tesling ivlethods.2. Ilardncss testing (Rock\rell and Brinell)3. Impact testing (lzod and Charpy) ofM.S, Ilmss and Ai Alloy..1. StrLdy ofvalioLLs N.D.T. Technrques.5. Mrcroscopic Exnrnirrations Spar k Test.6. Exanrinalion ol_rnicrost[]clure ofsteels and Cast Irons.7. Examination of microstrucrlnc of Non-1-cI]ous alloys.3. Sludy ofhcat trcatmcnt ofsteels (Annealing, Nomtalizirrg, Hardening on medi n/ higll
8. f,llectives LabEl. Renewable Energy Engineering Lab
PEClL llencweblc EnergY llngincerins 0-0-2 lCredit
Practical Scheme: Examinalion Scheme:
Practical: 2 hrs,rbatch CAI l5 Marks CA2-15 MarksIlnd Semester Exam: 20 Marks
(i)Lrrsc Outcolres: At thc cnd olthc oourse. stLdcnts $ill be able to
CO l: Outlinc characteristic cur!es of PV ccllCIC) 2: Elaborate wolkjng olothcr renewable energics such as wind. blomass, solar PVCO 3: Demonstralion oi florv and tcnper-aturc nlcasuring instruments
CO .1: Ilstimatc Energy Utilizrtron through Encrgy ALrdit Casc Stud.v
Term Work:
1. Dernonstration and measurement ofsolar r'adiation.2. Peribmunce on PV Ccll (l-V Chalactlcdslics curvcs)3. Visit to Wi d powcr phnt with .letailed repolt4. Visit to Solar PV Power Gcncration Plant vith delailed rcfort5. Energy ArLdil: Casc srudy ofan organizalion and rcpoft,.. C.rliu'.rr on cl'lr"t l,'.. tlx.,.rgh r:,Ji.rliJn7. Denonsuation and mcasurcment ofail llow ratc
IIeadItlechanlcal Enginoerlng Depl.
SIT COE,Yadrav
)\
tsL
AI
\IECH4OIJ
E2, Industrial Product Design Lab
tion Scheme:racticil Scheme:CAl 15 Marks CA2-15End Semcster Exanr: 20 Marks
5. 'lntrcduction lo Er8ononics".R.C. Bridgcr. frta Mccra\\ Hill l'ublicatior'
lffead
ifechanicrl Engineering DeptSIT COE,yadrav
E3. CNC Machines Lah
MECH4OS PEC I I- 0-0-2 I Crcdits
Practical Scheme: Examination SchemePractical: 2 hls/batch C.,\ l - 15 Marks CA2-l5 Marks
End Scrrcstcr Exam: 20 Marks
col Understand Fcatures and selcction ofCNC turniog and milling ccntcrs
c02Prcfare part programlning and operalion ofCNC tulniltg machines, subroutine
ues and usc of c_vcles
co3Prepare paft proglamrninr and opcrating a niachining center. tool panning andseleclion o1-sequences of opcratiorls, tool settilg ou lrachine
:l'erm Work:
I ) !ertLrrcs a d selcction of CNC turnins and milli g ccnters.2) l']racticc i11 piu! prograrnming and operation of CNC trLrri11g rnachines, subroutinc tcclinicluesand use ofcycles.l) Prictice in part progrannning and operating a machining ccntcr, tool panning and sclcction ofsequences ofofcratiolls. lool sctting on lnachinc.
1\
Mechanical Engineering Dept.SIT COE.Yadrav
C'NC Vachinesl-ab
I)re-Requisites: --
Coursc Outcomes: At thc cnd ofthc coLtrsc. studcnts will bc ablc tol
-______0
E4. Control Engineering Lab
MECH4O8 PEClL Con1rc l Enginecling Lat) 0 0-2 lCrcdits
ractical Scheme Exxmination Schemei
Pr'actical: 2 hr's,/batch CAI-15 Marks CA2- l5 Marks
Ind ScDlester tsxamr 20 Marks
fleadMechanical Engineering Dept.
SIT COE,Yadrav
(
CourseLearningOutcomes
,{t the end ofthe ooursc a students will be iblc to
co1 Analyze thc first older svstems usitlg time donaill anal,vsls using MATLABSoiiwarc
co2 Analyze thc second ordel systenrs usirg time donrain analysis using MATLABSoltwarc
co3 STABILITY ANALYSIS USING ROUTH. HURWITZ METHOD USiNg NIATI-ABSolirvare
c04 STABILITY ANALYSIS OF LINEAR SYSTEM USING ROOT LOCIlS using
MATLAB Softwarc
Sr. No Module DetailsOutcomeExpected
1Slep, ramp llnd llnpulso responsc of ftst order systems
anolysrs using M ILAB Softrvareco1 4
2Slep. rarnp and hnplllse response ol seconcl order
systems analvsis rLsins MATI.AB Soliwarcc()2 4
3Sti]bility analysis ol'linear systems using Routh-Ht(witz
methodco3 4
4 c04 4
Y coa
No.oIIIr
Slabilit,v analysis oflinellr systcIllS using Root I-ocus.
xamination Schemeractical Schemei
CAl 15 Marks CA2-15 MarksPrrcticel: 2 hrs/bxtch
Ind Semcster Ilxami 20 Marks
E5. Materi:rl Managemerrt Lab
iUECII4()IJ PEClL Nlatcrlal Management Lab 0-0-2 I Clredils
Course Objectives:
Course Outconres: A1 lhc cnd ol th. collrse, str enls will be lble to
Explain lnaterial managenrcnt system (Understand)
Sir assignmeDts are compulsolv from givcn list.
Assignment number seven is mandatory
1. Assignlnen! on Illtroduclion to llfaierials Manogenlcnt
2. Assillnrncnt on Supply Chiin N4anagcmenl
3. Assignlncnt on Malelial Nlanagcment I-inkages
4. Assignment on Elcrnents of Production Processes
5. Assignment on Cost Inloh'ed in material management
' ItreadI
I Iixplain rnatcrial nranegenlent system (lJnderstand)
Illuslratosupply chain managcrnenl (Undclstand)2
3
N4ake use of l\'lalcliaL Nlanagc0rent Linkages andElemcnts of Production
(Appl,v)
Classity Co\r l1r!olvcd in nutcrial nrar gcmenl and \tore handling cquipmcnts (Analyze)
l.Shlllma S.C.. Material l\4andgeneDt and \ldterials Handling, Khanna Publishers. New Delhi.
9. Kinematics of Machines Lab
MECH4O9 PCC6L Kinernatics of ma,:rhirrcs Lab 0-0-2 lCrcdits
Practicx[ Scheme: Examinafion Scheme:
Practical: 2 hrs/batcll CAI -15 Nlarks CA2-15 Marks
llnd Semesler'Exam: 20 Malks
Prc-Requisites: l'hysics, Nlathclnatics
Coursc Outcomes: ]\t the end ol-the coul-sc. students will bc able 1():
Term Work:
HeadMechanical Engineering Dept
SIT COE,Yadrav
\f
co1P-n
L,rn rllu u or,rnL,,rf .lrrrrr.nt rrr-ih:rnism'
co2 11zc graphically relocity and accclelation olplanel mechanism usingtancous Clentre ol rotation ,Klci['s construction and llelativc Vclocity methods
co2 DIaw cam protilc t'or spccitic motion.
COI Exanine elGct ofslip on pover transmissiorl ofbelt.(lO4 ilretemine the iorquc transmitled in epicycLc gear train.
co5 Dcr clop .r
crtrk nrcccompulcr program for calculation ofvelocity and acccLeralior ofslidcr-hanism.
List of Dralving Sheetsi
2. Graphictrl solutiorr to problems on r,clocity accelcration in mecha ism by relalivc velocily
acceleralion mcthod inclL ing problcm \.vilh Cor'ioli's component ofacceleration.
ad
4. Kleitr's construction for slider cranks mechanisms
5. To construcl caln protilc lor \,irrious t)?cs of tbllowen motiul.
Expedments
L Experiment oISlip ofbclt.2. Expcriment on lorqlre casurcmeDt in ePicycllc gcar train.
L Study ol colrslr-llction and working ofbasic nrecharlsms.
3. Velocity by instantancous center method.
3. fli culate vebcity and acceleralion o{ slidcr crank rnechanisnr by using suitablc prugrarnmrn2l
nrathod.
10. Fluid Mechanics
I luid Mechanics Lab
N{ECH,IIO PCC7I, Fluid Mechanics Lab 0-0-2 I Crcdits
Course outcomcs: At the end ofthe coursc. sudcnts \!ill be ablc to
roi]"c,'pn,cr,,c.rr'.lenr.tr.ri(ll'ier;r.rc.'flr)r-dpprL,rchlosol\clh(t'cJtlirn<CO2 To lealn Lhe skills olteam building & tcam work.COI Defbnd the opinjons and scopc ofthe project work ellcctivcly
'I he projcot is ii pirrt o1-addrassing socictal alld iIdustridl n{jcds. I lackathon is onc ofthe plattbrnls
tlut sllrdenls wili rLse 1o solvc rcal world chalLenges. This coursc focuses on thc sclcction ofnrcthods/cnginccring toolsi'anal)tical Lechnialues lor problelll-sohing. Through this cou]se,
srudcnts gain a thorough understanding ol ergi ccring basics and ideas, gain practical experience,
ha\.e thc opportuiity to display thcir skills and learn about tcamwork, financiel Inallagclncnt,
colr)munication skills, and responsibilily.
Guidelines
1. Every stodent shall undcrtakc thc Hackathon acljvrtv for scnlester'l\r.
2. the sanrc group of nlininrum tluee ard nuximum of fi\'e students who 11's1.' u,llr kiiLr lhr
idcalho should u,ork together in Ilackalhon
3. Thc students have to work on ditltrcnt apprcaches and finaLize d1e best Incthodology to
solvc thc problcm in consultaliol1 w]th drc project guide.
4. The stuclents should usc dillircrrt lools i Tcchniclues 1br thc developnrent o1-thc solution to
Course Outcomcs: A1 the cnd olthc course. students will bc able to
COI l-lxplair \'arrous natural rcsourccs ancl associated l'roblemsco2 Summarize various ccosystcmsCO3 ExplxiD the inporlitnce ol-cortserralio ofbiol:lilersity and its jlnportaocc irt balancing the
carth.co4 Rccognizc various causes of envirorxrcnlal pollution along rvith various protcction .rcts in
Tndia to linlit thc pollution
co5 Extract the information based of field strdy and prepare a report.
Course Contentsr
lrit 1: Naturc of Environnrcntal Studies I2l
Dcfinition, scope and inlportance, Multidisciplinary nalure ofcnvironnental studies. Need lolpublic awarcness
Lnit 2: Natural Resources rnd ,\ssocirted Il oblcms 16]
Forest lesources: Use and o\'er'-exploitation. dcforostattrn. danN and their ctTccts on forests alld
tribal people.
\\'iter resources: Use and o\er-utilizattiorl ol surli cc and ground $,atcr, lloods, drought, conllictsover watcr. dam's benefits and problems.
]Iineral rcsources: [Jsagc and exploitation. Envionmonla] ct]'ects ofextracling and using mineral
[netg]' resourcest Crorving cncrgy nccds. r-crlc[al]lc and noffenewable ancrgy rcsourccs, use ofeltcrnatc cnclgy sor.x'ces. Solar cner!!y, Biomass erergy, Nuclcar cllergy.
Land resources: Solar- energy, Bionass energy. Nuclcar cnergy. Land as a resoutcc. landdcgradation. lnan induced Landslidcs, soil erosion and deseriilication.
Rolc of individuals in conscrvation of nat ural reso urces.
Unit 3: Ecoslstcms I4l
Concept of an ecosystem, Struclure and fllnction oi an ecosystem, Producers. eonsumers and
ion.Food chain ctc. in concern with
ffeadMechanlcal Engin€ering Depl-
SIT COE,Yadrav
t\
cAtI
dccomposcrs.Energy flo$ in the ecosysten! L
feachinq Scheme: lr\JnrLnirfion Sch(fr!
forest ecosystenl. Producc|s. consurners and dccomposcrs.Energy fl.\\' if th.ecosyste1n.Ecological succcssion.Foocl chain elc. ir conccrn with Grassland acosystcnl Producers.
consumcrs and deco mpo scr s. Encrgv florv in thc ccosystcnt.Ecological succcssion. F_ood cllal atc.
ill concem uilh Dcsclt ccos),stenr IrroLluccrs. consunrers tnd dccolnposers. Encrgv flow in the
ccosyslerr licolocical successron li)od chain ctc. in conccrn \l'ith various a!]uatic eoosystelns
Unit,l: Biodiversity 11]
ln!rcduclion- Detinitioni gcnctic. species and ccos)'stem divclslty. \''alue ol hiodiversityl
li)r thc conservatjon ofbiodivcrsity r\nd xt lcxsl onc casc stud) irl linc with this
[,'nit 5: Environnrcntal Pollution and Envilonmcntal Protection t4]
I)efinilion: Causcs, c1]tcts aDd conllol mcesurcs of Yarious llpes r.-r 1' pollution. Solid wrslcManallement: Ciluses. ell-ccts and control nreasures of rLrban and industrial wastes. Rolc ofanindivldual in prcvention ofpollution, Concepl ol'sustainable developmcnt I From Unsustairable!o Sustalnablc dcveloprnent Various environmental Protcction Acts and thct scope
Unit 6: Ficld \York tll
The student should Vlsit to a local arca to docunleDt environmcntal assets-
Riverr For-estl Crass le ndi I lill,'Mountain.
Ot
Visrt to a local poillrted site - Urban, RLLral i Industriall,{$icultural.
Or
Siudy ofcommon plants, insecls, birds. or Study olsimple ccosystc,ns - ponds. river. hlllslopcs. ctc.
Thc student should expect to do this activity in a gr-oup size of zl 5 and prepare and submit a
rcpo11 on it.
'l ert Books:
l. .,\gaL*,a1. K.C.2001. Envlronmcntal Biology, Nidilub. Ltd., Bikaner'.
18. Townsend (1., Haryel. J. and Michacl Begon, Essentials ofEcology, Blackwell Sciencc (1B)
19. Trivedi 1{.K. Ilandbook of Envilonn]cntal Laws. Rulcs. Guidelines. Compliances and
Standards. vol. I and ll, L.n\fonnrental Medi,t (R)
20. Trivcdi I{.K. and P.K. (locl. intrcduclion to air pollution, Techno-Scicnce l'ublications (TB)
lleadMechanlcal Enginsering Dept
SIT COE,Yadrav
I
13. Industrial Training-Il
Ieaching Schcmc: Examination Scheme:
Lecture: --Iutorial: --Practical: --
l.o,lco:
25 marks25 rnarks
MIlCH,l13 IROJ,l Liduslrial tmrring 0{}t) Audil
Course Objcctivc
1. To cxpose the students 1o actual working e]l\.il'onlrcnt olindust]]
2 To enhance the kno\\lcdgc dnd sl(ill ofthc sludcrts in the practical field
i. To exposc stuclcnts 10 modet]l tcchnology Llscd i the iDdustry
.1. lb cnhaoce elnployabilit], olth. srudenls
Course Outcome Students rvill be ablc to
1. Apply l'undamenral concapls olelectronics and tclccommunication enginerring.
2. Cope up rith the latest changcs in tcchnological worLd.
l. Idc tili, lLrnrlLlatc and rnodcl thc problems and fiud engineering solution bascd on
svstcm approach
,1. Sol\c the problems ol Socio-Economical, Cultural, and Clobal and Environmcntal ficld
es an cngirleet-
Instruction:
Strrdents alc cxpected 1() Lrndergo indust|ial h-ainiflg lbr at least liur weeks at lactory ,' design
olficcs or in corrbi ation ol these aftcI ll scmcstcr. Trai ing scsslon shall bc guided and certificd
b,v quaiitiecl engineer i indusny expet1.,\ neat dctaiicd rcpolt on activiries car'ried out during
uailling is expectcd. St[de111s shoLrLd undergo training in Summer \/acation after Semester ll and
.lppear rt examination in Semester- 111. A bricf rq)or1 of indust|ial training shall bc subnirred.
I r ,rirriur' ,ll..] b- oJ..n,'r .'.,,r' J_.1 po\\cr foinl ,.r.,.cIti.t:un
IIeadAL
4 Mechanical Engin€erino Deot-SIT COE,yadrav'
tt
14. Aptitude Skils - IIMECH414
It\MClAplitude skills - 1l l-0-0 Audit
feaching Scheme: Exalnination Sche,ne:Lecture: t hrs/week
l:tl25 nurks25 marks
Pre-Requisites: (blmnunication Skills, l'rolissionel cornrnunicatiorl & Ethics& Tcchnovision I
Coursc C)b.icctivcsi
l 'lo sludy the applioatiol1s olspccd nrath tcchniqucs
) To understand lhe conccpts ol Digital sum and Successive Percentage Nlerhod
l To understand the Conccprs end Application ot'Digital Surn and Liuritatiorr olCI &it's Solutio
1 Io sludy the (ieonlctry mc stllration and Pcrnrutation and combination Probabilitl5 lb study the use oivarious articlcs oflanquage fbr ctiective English communication
Couse Outcomes: At thc cnd olthe course. sludenls will be able to
I IVIaL(e usc ofspccd Nlath Tcchntlucs
2 lMahe use ofDisitalSum & Succcssivc Pcrccntaqc Nlcthod
3 1T
qo understand Concepts and Application olDigital Su and Limitation ofCI & it's
-l T.r u,r Li.urr.clr) nr(n:lrL.rrion ind Pcrn ur:rtoI ir)o cnrrhrr'rtion Probroirrt)5 To nrakc usc o f various ar liclcs of language lor ellictive colnnlunication
Arljectir,es. Adverbs, Worrls orrler in senlcnce Prolou and CoDnectors
Te\t Boolis:
Schenre:2 hrs/*,eek 1: 25 nlarks
25 marks
15. Language Skills - IIMI]CI 14I 5
IHSMCSLa gualtc Skills - lI 0-0-2 I Crirdii
Course Objectives:
Foreign LrnguagesJapanese Language Course I (12IIrs)
This course is designed to intrcduce stuclents to the evcryclavlanguage ol.Japan Units *.i11 beotganl,,.ed around nalural con\'elsation;rl topics, lcading students liorn lirnclamental aspects ofgraDmar to rcadings in sinlple tcxts. SLlldelits will lealn vocabulaly. expressions, and scntencestnrctures to bcconte ablc to nteet basic comntunication needs in.lapancse. This course conprrsesall liur- skills (spcaking, listenirrg, r.cacling, and writing) of languagc.
Course Outcomes: At the cnd o1'the coLlrse, students \r.ill be able to:
Coursc Contents:
Unit I i bisic commuDicative tasksLca.ni,,g .rp...siorrs ,rr"lr'i,rr":: -ni-- gairrlasu,, pattern, Introductiorr of
"nunt.rr, ,i,lr]t.translations, Comlunicative situations shopping, brammar: Inlroduction of adJect,les. na_adcctivcs
Unit 2: Communicative situationsf imc relations,Comrrunicativc situalions_conllrming schedules ctc, particles anLl therusc in Japanese sentenccs, Ilcadine conrprehcnsion:a story
Unit 3: Easv conv€rsation
t4ll'irnctional
t4llntroduction oi past tcnse aspect iD l,ro r.crbs_ and adjectiYcs, Clonmunicati\re situationt askingquestions alld answering, Easy convcrlrtton, Overallievision. and cjiscussion
I N"ihongo Shoho I (lapan Foundation publ.)
Relerence Book:2. Minna No Nihongo I (3A Coryoration, Japan)
ffeadItlechanicsl Engineerino Deor_
SIT COE,yadrav-
il
11veISe ln S tandard J to basicapanes pcrlbrnt comrnunicativc ( g hangenal tinle/lbrrrlation, dircclion das act vltv )
2 use ofJ anese vocabu cflcctivelemollstrate
AL
r
Toxt Book:
I
give
Course ()bjcctivcs:
Choice Based Soh Skills prolT|tm olltrs stud'1lts a choice lo selcct ll\c coursc thrl $'ill ltleet the
rccluiremcnts ofthcir o\'erxll personxlltY dcvelopment' Pafiiculatly this course helns the studcnt
in dcleloping and improving hislhe' lilerlr,v ctrmprchension skills'
Course Outcomes: /t Lhe end ol {he coursc- sludents \!illbe able Io:
Mapping ofcourse outcomes with program outcomes
Unit 3: [vcrydaY situttionsLearning aboul ttle things in thc chssl-ooln,