DAYANANDA SAGAR COLLEGE OF ENGINEERING (An Autonomous Institution afliated to Visvesvaraya e!"nolo#i!al $niversity% &ela#avi' SYLLA&$S FOR FIRS YEAR $G (&E' ROGRA))E *+,-
ENGINEERING )A.E)AICS/I Sub Code: MAT11 Hrs/ Week: 4 Total Total Hrs: 50
CIE:50 SEE:50 Credits: 4
Course O01e!tives2 1. Unde Unders rsta tand nd te te !on! !on!e" e"tt o# Cal! Cal!ul ulus us and and a""l a""l$ $ it a""r a""ro" o"ri riat atel el$ $ in sol%in& En&ineerin& "roble's. "roble's. (. E)"l E)"lai ain n *e!to e!tors rs to anal anal$s $se e and and !al! !al!ul ulat ate e "osi "ositi tion on++ %elo %elo!i !it$ t$ and and a!!eleration o# a "arti!le. ,. Use Matri!es Matri!es to sol%e sol%e s$ste' o# o# linear e-uation e-uation and and to esti'ate esti'ate ei&en %alues and ei&en %e!tors o# a 'atri).
)OD$LE , DIFFERENIAL CALC$L$S CALC$L$S eri%ation o# nt deri%ati%e o# so'e ele'entar$ #un!tions illustrati%e e)a' e)a'"le "les+ s+ eibn eibnit it Teor Teore' e' 23ito 23itout ut "roo# "roo# robl roble' e's+ s+ State State'en 'entt o# 6olle7s Teore' and &eo'etri!al inter"retation+ a&ran&e7s Mean *alue Teore' and Cau!$7s M*T23it "roo#+ Ta$lor7s and Ma!laurin7s Series E)"ansion E)"ansions s #or a #un!tion #un!tion o# one %ariable 2state' 2state'ent ent onl$ "roble's "roble's + An&le bet3een 6adius *e!tor and Tan&ent.
Sel# stud$ stud$ !o'"on !o'"onent ent:
eri eri%a %ati ti%e %es s o# Ar! Ar! and and Cur% Cur%at atur ure+ e+ 6adiu adius s o# !ur%ature 2Cartesian and ara'etri! #or'.
,+ "ours
)OD$LE * ARIAL DIFFEREN DIF FERENIA IAION ION
artial eri%ati%es o# se!ond and i&er orders+ Total eri%ati%es+ artial i8ere erentiation o# !o'"osite #un!tions 2!an&e o# %ariables+ i8e i8errenti entiat atio ion n o# an I'"l I'"li! i!it it #un! #un!ti tion on++ de9n de9nit itio ion n and and e%al e%alua uati tion on o# a!obians+ Ma)i'a and Mini'a o# #un!tions o# t3o %ariables+ i8erentiation i8erentiation under inte&ral si&n; eibnit rule. Sel# stud$ !o'"onent: a&ran&e7s 'etod o# undeter'ined 'ulti"liers 23it one subsidiar$ !ondition. ,+ "ours
)OD$LE
3
VECOR DIFFERENIAL CALC$L$S CALC$L$S eri%ati%e o# a %e!tor #un!tion+ *elo!it$+ A!!eleration+ S!alar and *e!tor
)OD$LE 4 ORDINARY DIFFERENIAL E5$AIONS Soluti Solution on o# 9rst 9rst order order and 9rst de&ree de&ree i8er i8erent ential ial e-uation e-uations: s: inear inear i8erential e-uations ; >ernoulli7s i8erential e-uations+ E)a!t i8erential i8erential e-uations+ 6edu!ible to E)a!t i8erential e-uations+ $si!al A""li!ations ?e3ton7s la3 o# !oolin&+ a3 o# natural de!a$+ a3 o# natural &ro3t+
e-uations: Metod o# se"aration o# *ariables. *ariables. ,+ "ours
)OD$LE 6 LINEAR ALGE&RA Ele'entar$ Trans#or'ation+ 6edu!tion o# te &i%en Matri) to E!elon #or'+ 6ank o# a 'atri)+ Solution o# a s$ste' o# E-uations b$ =auss Eli'ination 'etod 'etod++ =auss;o =auss;ord rdon on Meto Metod+ d+ o'in o'inant ant Ei&en Ei&en *alues alues b$ 6a$le 6a$lei& i&7s 7s o3er Metod.
Sel# stud$ !o'"onent: Ei&en *alues and Ei&en %e!tors.
,+ "ours
e7t &oo8s 1. >.S. >.S. =re3a =re3al+ l+ @Hi&er Hi&er En&ine En&ineeri erin& n& Mate' Mate'ati ati!s !s Bann Banna a u ubli blise sers+ rs+ rd 4, Edition+ (01,+ IS>?: D1D4015F D1D4015F.. (. H. B. ass+ ass+ Er. Er. 6aGnis 6aGnis *er' *er'a+ a+ @Hi&er @Hi&er En&ineerin En&ineerin& & Mate'at Mate'ati!s i!s++ ,rd Edition+ (014+ IS>?: D1(1,0D.
Re9eren!es 1. >. *. *. 6a'ana+ @Hi&er @Hi&er En&ineerin& Mate'ati!s+ Mate'ati!s+ Tata Tata M! =ra3;Hill+ (00F+ IS>?: D00D0F,410. (. ?.. ?.. >ali Manis =o$al+ @A te)t book o# En&ineerin& En&ineerin& Mate'ati!s+ Mate'ati!s+ t a)'i ubli!ations+ Edition+ (011+ IS>?: D1,10,(0. ,. Murra$ S"ei&el+ S!au's Jutline o# @Ad%an!ed Mate'ati!s #or
En&ineers and S!ientists M!=ra3;Hill+ 1D1+ IS>?: D00D0F0(1F. 4. 6.B. 6.B. ain S.6.B. S.6.B. I$en&ar+ Ad%an!ed Ad%an!ed En&ineerin& En&ineerin& Mate'ati!s+ Mate'ati!s+ ?arosa ?arosa ublisin& House+ (00(+ IS>?: 1D,14(0,.
Course out!omes2 Jn !o'"letion o# te !ourse a student 3ill be able to 1. 6estate estate Cal!ul Cal!ulus us 2i8e 2i8ere renti ntial al !al!ul !al!ulus+ us+ artial artial deri%a deri%ati% ti%es+ es+ Jrdin Jrdinar$ ar$ di8eren di8erential tial e-uation e-uation and dis!uss dis!uss s$ste' s$ste' o# linear linear e-uation+ e-uation+ ei&en %alue+ ei&en %e!tor usin& Matri!es. (. A""l A""l$ $ te te kno3 kno3le led& d&e e o# !al! !al!ul ulus us to !al! !al!ul ulat ate e rate rate o# !an !an&e &e o# 'ulti%ariate #un!tions+ sol%e di8erential e-uations+ anal$e "osition+ %elo!it$ a!!eleration usin& %e!tors and e'"lo$ Matri) teor$. ,. Su''arie !al!ulus and and &eneralie &eneralie 'atri) 'atri) teor$ teor$..
ENGINEERING .YSICS Sub Code: HK1(/HK(( Hrs/ Week: 4 Total Total Hrs: 50
CIE:50 SEE:50 Credits: 4
Course O01e!tives2 1. To &et a brie# understandin& o# o# Modern $si!s and basi! basi! "rin!i"les o# -uantu' 'e!ani!s and its a""li!ations. (. To kno3 te ele!tri!al ele!tri!al "ro"erties "ro"erties o# 'aterials 'aterials a!!ordin& a!!ordin& to !lassi!al and -uantu' teor$ and $si!s o# se'i!ondu!tors and te band &a". ,. To stud$ te basi!s o# asers+ asers+ t$"es o# lasers and a""li!ations a""li!ations and o"ti!al 9bers "rin!i"les and ad%anta&es. 4. To &et an understandin& understandin& o# te basi! !r$stal stru!ture stru!ture and inde)in&. 5. To kno3 about diele!tri!s diele!tri!s and teir a""li!ations. a""li!ations. F. To understand brieL$ about su"er!ondu! su"er!ondu!tors tors and teir a""li!ations. D. To learn about tin 9l's+ "re"aration "re"aration and a""li!ation. . To stud$ densit$ o# states+ s$ntesis s$ntesis 'etods 'etods o# nano;'aterials nano;'aterials and a""li!ations.
)odule , )odern "ysi!s and 5uantum )e!"ani!s >la!k bod$ radiation s"e!tru'+ Weins la3+ 6a$lei& eans la3+ lan!k7s a3+ Wa%e arti!le dualis'+ de;>ro&lie de;>ro&lie $"otesis, Co'"ton e8e!t and its $si!al si&ni9!an!e. Matter 3a%es and teir Cara!teristi! "ro"erties. Heisen Heisenber ber&7s &7s un!ert un!ertain aint$ t$ "rin!i "rin!i"le "le and its "$si! "$si!al al si& si&ni9 ni9!an !an!e. !e. ?on; ?on; e)is e)iste ten! n!e e o# ele! ele!tr tron on in te te nu!l nu!leu eus. s. Wa%e a%e #un! #un!ti tion on++ ro"e ro"ert rtie ies s and and "$s "$si! i!al al si& si&ni9 ni9!an !an!e o# 3a%e 3a%e #un #un!tio !tion+ n+ robab obabil ilit it$ $ densi ensitt$ and and ?or ?or'ali 'alia ati tion on o# 3a%e 3a%e #un! #un!ti tion on.. Sett Settin in& & u" o# one one di'e di'ens nsio iona nall ti'e ti'e
inde"endent S!rodin&er 3a%e e-uation. A""li!ation o# S!rodin&er 3a%e e-uation: Ener&$ Ei&en %alues #or a "arti!le in a "otential 3ell o# in9nite de"t. Sel# stud$ !o'"onent: =rou" %elo!it$ and "ase %elo!it$.
,+ "ours
)odule * Ele!tri!al ro:erties o9 )aterials
CS teo teor$ r$++ Hi& i& te'"e e'"erratu ature su"er!ondu!tors. su"er!ondu!tors. A""li!ations o# su"er!ondu!tors: su"er!ondu!tors: MA=E* %ei!les. Sel# stud$ !o'"onent: SNUI.
,+ "ours
)odule 3 Lasers and O:ti!al Fi0ers Eins Einste tein in7s 7s !oe !oe!i !ien ents ts:: e)"r e)"res essi sion on #or #or ener ener&$ &$ dens densit it$ $ 2der 2deri% i%at atio ion n.. 6e-ui e-uisi site tes s o# a ase aserr s$ s$st ste' e'.. Cond Condit itio ions ns #or #or lase laserr a!ti a!tion on.. rin rin!i" !i"le le++ !ons !onstr tru! u!ti tion on and and 3ork 3orkin in& & o# CJ( laser laser.. Constr Constru!t u!tion ion and 3orkin 3orkin& & o# se'i!ondu se'i!ondu!tor !tor aser aser. A""li!atio A""li!ations ns o# aser: aser: aser 3eldin&+ !uttin& !uttin& and drillin&. ro"a&ation 'e!anis' in o"ti!al 9bers. An&le o# a!!e"tan!e. ?u'eri!al a"erture. T$"es o# o"ti!al 9bers and 'odes o# "ro"a&ation. A""li!ations: >lo! >lo!k k dia& dia&ra ra' ' o# "oin "ointt to "oin "ointt !o'' !o''un uni! i!at atio ion: n: e)"la )"lana nati tion on and and ad%anta&es. Sel# stud$ stud$ !o'"on !o'"onent ent: A" A""li "li!at !ation ions s o# ASE6 ASE6 in at'os" at'os"er eri! i! "ollut "ollutant ant anal$sis. ,+ "ours
)odule 4 Crystal stru!ture and Diele!tri!s S"a!e latti!e+ Unit !ell+ >ra%ais latti!e+ atti!e "ara'eters. *arious !r$stal s$ste's 3it one e)a'"le ea!. Miller indi!es. E)"ression #or inter "lanar s"a!in s"a!in&. &. Co;ord Co;ordina inatio tion n nu'ber nu'ber.. At Ato' o'i! i! "a!kin "a!kin& & #a!tor #a!tor.. >ra&& >ra&&7s 7s la3+ la3+ eter'ination o# !r$stal stru!ture usin& >ra&&7s Ora$ di8ra!to'eter. iele! iele!tri tri! ! 'ater 'aterial ials+ s+ Stati! Stati! diele! diele!tr tri! i! !onsta !onstant+ nt+ ele!tr ele!troni oni!+ !+ ioni!+ ioni!+ s"a!e s"a!e !ar&e and orientation "olariations.
,+ "ours
)odule 6 "in ;lms and Nano s!ien!e Tin 9l's+ Sta&es o# tin 9l' &ro3t: nu!leation+ a&&lo'eration and !ontinuous 9l'. Tin 9l' de"osition: >lo!k dia&ra' o# tin 9l' unit+ irani &au&e+ ennin& &au&e+ rotar$ "u'"+ di8usion "u'". An$ one a""li!ation o# tin 9l's.
Introdu!tion to ?ano S!ien!e+ Mesos!o"i! state+ ensit$ o# states in 1+ ( and , stru!tures. S$ntesis: S$ntesi s: To"do3n and >otto'u" a""roa!+ >all Millin& Millin& and Sol=el Sol=el 'etods. 'etods. Carbon Carbon nano tube: T$"es+ T$"es+ "ro"er "ro"erties ties and a""li!ations. Sel# stud$ !o'"onent: S$ntesis o# Carbon nano tubes.
,+ "ours
Course out!omes2 1. Stud Studen ents ts !an !an unde unders rsta tand nd te te rele% ele%an an!e !e o# -uan -uantu tu' ' 'e!a e!ani ni!s !s.. Students are able to a""l$ te se'i!ondu!tor teor$. (.
Students !an !o''uni!ations.
learn
basi!s
o#
ASE6S
and
J"ti!al
,. Students be!o'e be!o'e !a"able o# inde)in& inde)in& te basi! basi! !r$stal stru!ture. stru!ture.
9ber
4. Students are able to understand diele!tri!s on on te basis o# "olariation. 5. Su"er!ondu!ti%it$ Su"er!ondu!ti%it$ and its a""li!ations a""li!ations in te!nolo&$ te!nolo&$ are learnt. learnt. F. Students &et an e)"osure e)"osure to tin 9l's and its sta&es o# &ro3t and "ro"erties. D. ?anote!nolo&$ and "ro"erties o# nano;'aterials+ "ro!esses in%ol%ed and its a""li!ations are understood.
e7t 0oo8s2 1. En&ineerin& $si!s+ Te)t book series+ Wile$ India ri%ate td.+ ?e3
eli. 2. S. J. illai+ Solid State $si!s+ re%ised edition+ ?e3 A&e International International ublisers. 3. En&ineerin& $si!s+ S. . >asa%araGu+ Subas Stores+ >an&alore. En&ineerin& & $si!s+ $si!s+ ?.H. ?.H. A$a!it $a!it and .B. Mittal+ Mittal+ IB Internatio International nal 4. En&ineerin ublisin& ouse %t. td.
Re9eren!e 0oo8s2 1. S. M. Se+ Se'i!ondu!tor de%i!es+ $si!s and Te!nolo&$+ Wile$. 2. C. Bittel+ Introdu!tion to Solid State $si!s+ Dt edition+ on Wile$
Student Edition+ ?e3 Kork. 3. B.. Co"ra+ Tin 9l' eno'ena+ M! =ra3 Hill+ ?e3 Kork. 4. Milton Jrin&+ Materials S!ien!e o# Tin
ENGINEERING CHEMISTRY
(ub (ub Code Code C)*+ C)*+- C$E C$E/ / )rs- "e "eek ek 0 (EE/ Total Total )rs / Credits 0
Course Objectives:
To provid providee studen students ts with with knowle knowledge dge of engine engineeri ering ng chemi chemistry stry for buildi building ng techni technical cal competence in industries, research and development in the following fields. Energy sources • Electrochemistry & Battery Technology Technology • Corrosion & Metal inishing • !olymers • "ater Technology & #ano Materials. • Modue 1 ENERGY SO!RCES No" re"e#$be E"er%& Sources: $ntroduction, classification of chemical fuels, calorific value%gross and net calorific values, determination of calorific value of a fuel using bomb calorim calorimeter eter,, numeric numerical al proble problems. ms. Cracki Cracking ng $ntrod $ntroduct uction ion,, fluidi fluidi'ed 'ed cataly catalytic tic crackin cracking, g,
(ynthesis of petrol by ischer Tropsch Tropsch process. 1ctane number. number. 2asoline knocking and its mechanism, anti% knocking agents, unleaded petrol, power alcohol, biodiesel. $ntroduction, n, photovoltai photovoltaicc cells% construction construction and working. working. Re"e#$be E"er%& Sources $ntroductio 3dvantages and disadvantages disadvantages of !4 cells. !roduction of solar grade silicon 56nion carbide process7. !urification of silicon 5'one refining7. "ind "ind Energy and 2eothermal Energy. Energy. Se' Stud Stud& & Co()o"e"t Co()o"e"t:: 8oping 8oping of silico silicon%d n%diff iffusi usion on techni techni9ue 9ue 5n & p types7 types7.. 4arious rious methods of tapping solar energy. 1* +ours
Modue 2 E,ECTROCHEMIC-, CE,,S -N /-TTERY TECHNO,OGY Eectroc+e(istr& $ntroduction, 8erivation of #ernst e9uation for electrode potential. Ty Types of electrodes electrodes Metal%Metal Metal%Metal ion, Metal%Metal Metal%Metal insoluble insoluble salt ion, gas, amalgam, amalgam, redo: & ion selective. selective. ;eference ;eference electrodes electrodes $ntroducti $ntroduction, on, ()E%deme ()E%demerits, rits, Construct Construction, ion, "or "orking king and and appl applic icati ation onss of calo calome mell and and 3g%3g g%3gCl Cl elect electro rode des. s. Cons Constru truct ctio ion n and and work workin ing g of glas glasss electro electrode, de, determ determinat ination ion of p) using using glass glass electro electrode. de. Electro Electrolyt lytee concen concentra tratio tion n cells, cells, numerical problems on electrode potential, emf of cells and concentration cells. /$tter& Tec+"oo%& $ntroduction, classification%primary, secondary and reserve batteries. Charact Characteri eristic stics%ce s%cell ll potent potential ial,, curren current, t, capaci capacity ty,, energy energy density density,, power power density density,, energ energy y efficiency efficiency,, cycle life and shelf life. Constructio Construction, n, working and applications applications of
"orking of )ydrogen%1:ygen )ydrogen%1:ygen fuel cell. 0ue Ces $ntroduction, Construction & "orking Se' Se' Stu Stud& d& Co()o" Co()o"e"t e"t:: Measure Measuremen mentt of standar standard d electro electrode de potent potential ial using using calome calomell electrode. 1* +ours Modue 3 CORROSION SCIENCE -N MET-, 0INISHING
$ntroduction, n, electroc electrochemica hemicall theory theory of corrosio corrosion, n, galvan galvanic ic series. series. actors actors Corrosio" $ntroductio affecting the rate of corrosion ratio of anodic to cathodic areas, nature of metal, nature of corrosion product, nature of medium%p), medium%p), conductivity and temperature. Types Types of corrosion% differential metal and differential aeration corrosion. $norganic coatings%3nod coatings%3nodi'ing i'ing of 3l. 3l. Metal coating%2alv coating%2alvani'ati ani'ation on and Corrosio" co"tro $norganic Tinning. Tinning. Cathodic protection protection (acrificial anodic and impressed impressed current methods.
Met$ 0i"is+i"%: $ntroductio $ntroduction, n, Tech Technolo nological gical importance, importance, Electroplati Electroplating ng $ntroducti $ntroduction, on, principles governing%polari'ation, decomposition potential and overvoltage. actors
influe influenci ncing ng the nature nature of electro electro%dep %deposi osit t curren currentt density density,, concen concentra tratio tion n of metal metal ion & electrolyte, p), temperature & throwing power of plating bath, additives%comple:ing agents, brighteners and levelers. levelers . (urface pre%treatment and Electroplating of chromium. Electroless plating $ntroduction, distinction between electroplating and electroless plating of Copper. Copper. Se' Stud& Co()o"e"t: Estimation of corrosion rate by different techni9ues% "eight loss method, !otentiodynamic polari'ation method. !itting and stress corrosion cracking 5caustic embrittlemen embrittlementt in boilers7. boilers7. !hosphating !hosphating and chromating. chromating. Electroless Electroless plating of copper copper on !rinted Circuit Board. 1* +ours Modue 4 O,YMERS
types of polymeri'ation polymeri'ation addition and condensation, mechanism of o&(ers: $ntroduction, types polymeri'ation%free radical mechanism taking ethylene as an e:ample. Molecular weight of polymers #umber average and weight average, numerical problems. 2lass transition temperature 5Tg7 (ignificance of Tg, actors influencing Tg >le:ibility, inter molecular forces, molecular mass, branching & cross linking, and stereo regularity. $ntroduct uction ion,, synthe synthesis, sis, properti properties es and applicat application ionss of (ilicone (ilicone rubber. rubber. E$sto(ers: $ntrod 3dhesives 3dhesives $ntroductio $ntroduction, n, synthesis, synthesis, properties and applications applications of Epo:y resin. !olymer !olymer Composites $ntroduction, synthesis, synthesis, properties and applications applications of ?evlar. ?evlar. Co"ducti"% )o&(ers: $ntroduction, !olyaniline, !olyaniline, !oly pyrrole pyrrole and their applications. Se' Stud& Co()o"e"t: (ynthesis, properties and applications of !MM3 5ple:i glass7, 1* +ours Teflon, Teflon, polyurethane. Mechanism of conduction in !olyaniline. Modue -TER -TER TECHNO,OGY TECHN O,OGY -N N-NOM-TERI-,S
with disadvantages%scale $ter Tec+"oo%& $ntroduction, boiler feed water, boiler troubles with and sludge formation, boiler corrosion 5due to dissolved 1 , C1 and MgCl7. 8etermination of 81 and C18. C18. #umeric #umerical al proble problems ms on C18. C18. (ewage (ewage treatme treatment nt !rimar !rimary y, seconda secondary ry 5activated sludge method7 and tertiary methods. (oftening of water by ion e:change process. 8esalination of sea water by reverse osmosis and electro dialysis 5ion selective7. $ntroduction, on, si'e dependent dependent properties, properties, (ynthesis%bo (ynthesis%bottom ttom up approach approach N$"o M$teri$s $ntroducti 5sol%gel, 5sol%gel, chemical chemical vapour vapour condensatio condensation, n, hydrotherm hydrothermal al processes7. processes7. #ano scale materials, materials, properties of fullerenes, carbon nano%tubes, nano%wires, nano%rods and nano%composites. nano%composites.
Se' Stud& Co()o"e"t 8etermination of B18, methods of purification of portable water 1* +ours 5bacteria removal using (ilver nanoparticles7. 3pplications of #anomaterials.
Course Outco(es:
1n completion of this course, students will have knowledge in +. Types Types of electro electrodes des,, electr electroch ochemi emical cal and concent concentrati ration on cells. cells. modern modern batter batteries ies and fuel cells, Causes & effects of corrosion of metals and control of corrosion. Modification of surface properties of metals to develop resistance to corrosion, wear, tear, impact etc. by electroplating and electroless plating. . !roduction !roduction & consumpti consumption on of energy energy for industriali'at industriali'ation ion of country country and living living standards standards of peop people le.. 6til 6tili' i'ati ation on of sola solarr ener energy gy for for diff differ eren entt appl applic icat atio ions ns,, ;epl ;eplace aceme ment nt of conventional materials by polymers for various applications. @. Boiler Boiler troubles troubles sewage sewage treatme treatment nt and desalin desalinatio ation n of sea water water,, and over%v over%view iewing ing of synthesis, properties and applications of nanomaterials.
Te5t Te 5t boo6s: boo 6s:
+. !.=.Ti =.Timm mman anag agou ouda dar, r, (uni (unil? l?um umar ar ?.!a ?.!ati til, l, AEng AEngin ineer eerin ing g Chem Chemist istry ry, , East Eastern ern book book promoters, Belgaum. . ;.4 ;.4.2ada 2adag g & 3.#ity .#ityana anand ndaa (hett (hetty y., AEng AEngin inee eeri ring ng Chem Chemis istry try, , $ ? $nte $ntern rnat atio iona nall !ublishing )ouse !rivate =td. #ew 8elhi. @. !.C.ain C.ain & Monica Monica ain.,AE ain.,AEngi nginee neerin ring g Chemistry Chemistry, , 8hanpat 8hanpat ;ai
!ublic !ublicati ations ons,, #ew
8elhi. A"iley Engineering Chemistry, "iley $ndia !vt. =td. #ew 8elhi. (econd Edition. 4. B.(.ai B.(.ai !rakas !rakash, h, ;.4e ;.4enugopa nugopal, l, (ivaku (ivakumar maraia aiah h & !ushp !ushpaa $yeng $yengar ar.. AChemi AChemistry stry for Engineering (tudents, (ubhash !ublications, Bangalore.
Re'ere"ce boo6s:
+. 1.2.!alann 1.2.!alanna,AEng a,AEngineerin ineering g Chemistry,T Chemistry,Tata ata Mc2raw Mc2raw )ill Education Education !vt. =td. =td. #ew 8elhi, 8elhi, ourth ;eprint. . 2.3.1'in 2.3.1'in & 3.C. 3rsenaul 3rsenault, t, A#anochemistry A#anochemistry%3 %3 Chemical Chemical 3pproac 3pproach h to #anomaterials, #anomaterials, ;(C publishing, //. @. 4.;.2owariker, #.4. #.4.4iswanathan 4iswanathan & .(reedhar., .(reedhar., A!olymer A!olymer (cience, "iley% "iley% Eastern =td. =td. 0. M.2.o M.2.onta ntana. na.,, ACorro ACorrosio sion n Engine Engineerin ering, g, Tata Tata Mc2raw Mc2raw )ill )ill !ublis !ublishin hing g !vt. !vt. =td. =td. #ew 8elhi.
ELE)ENS OF CIVIL ENGINEERING < ENGINEERING )EC.ANICS SubGe!t Code: CI*1,/(, Hours/Week: , Total Total ours : 40
CIE: 50 SEE: 50 Credits: ,
Course Objectives:
+7 To unders understand tand various various branches branches of Civil Engineering Engineering and and its role for #ational #ational developme development nt 7 $ntrod $ntroduct uction ion to princi principle pless of Engineer Engineering ing mechan mechanics ics and unders understan tand d the force force system system on various structures of Civil engineering. @7 To determine determine the center center of area and underst understand and the basic basic concepts concepts of $nertia $nertia and dynamics dynamics of rigid bodies. Modue 1: I"troductio" to Civi E"%i"eeri"% 7E"%i"eeri"% Mec+$"ics I"troductio" to Civi E"%i"eeri"%: (cope of different fields of Civil Engineering % (urveying, Building Building Materials, Materials, Constructio Construction n Technol Technology ogy,, 2eotechnica 2eotechnicall Engineering Engineering,, (tructural (tructural Engineerin Engineering, g, )ydraulics, "ater ;esources and $rrigation Engineering, Transportation Engineering, Environmental Engineering.
Types of infrastructure, ;ole of Civil Engineer in the $nfrastructural 8evelopment. I"'r$structure: Types
orce and its charac character teristi istics, cs, Classif Classificat ication ion of force force I"troduc I"troductio" tio" to E"%i"eeri" E"%i"eeri"% % Mec+$"ics: Mec+$"ics: orce system systems, s, !rinci !rinciple ple of physica physicall indep independ endenc ence, e, superp superposi osition tion,, transm transmissi issibil bility ity of forces forces,, Couple Couple,, Moment of a force, E9uivalent force % Couple systemD #umerical problems on moment of forces and couples, on e9uivalent force % couple system.
(elf (tudy Component Effect of the infrastructural facilities on socio%economic development of a country.
8 +ours
Modue 2: -"$&sis o' 0orce S&ste(s Co"curre"t $"d No"Co"curre"t No"Co"curre"t S&ste(s Co"curre"t 'orce s&ste(: 8efinitions, Composition and resolution of forces, ;esultant, Composition of coplanar %concurrent force system, #umerical problems on composition of coplanar concurrent force systems. No"Co"curre"t No"Co"curre"t 'orce s&ste(: s&ste(: Composition of coplanar non%concurrent force system, 4arignons principle of moments.
(elf (elf (tudy (tudy Compon Component ent #umerical problems on composition of coplanar non%concurrent force systems.
8 +ours
Modue 3: E9uiibriu( o' 'orces $"d 0rictio" E9uiibriu( o' co"curre"t $"d "o"co"curre"t 'orces: 8efinition of E9uilibrantD Conditions of static e9uilibrium for different force systems, =amiFs theoremD #umerical problems on e9uilibrium of coplanar. Su))ort Re$ctio"s: Beams, Types of =oads and (upports, statically determinate beams, #umerical problems on support reactions for statically determinate beams with wit h !oint load 5#ormal and inclined7 and uniformly distributed loads and Moments. 0rictio": 8efinitions, Types of friction, =aws of static friction, =imiting friction, 3ngle of friction, 3ngle of reposeD $mpending motion on hori'ontal and inclined planesD #umerical !roblems on single planes.
(elf (tudy Component #umerical !roblems on Concurrent and non%concurrent force systems, two blocks on inclined planes.
Modue 4 Ce"troids $"d Mo(e"ts o' I"erti$
8 +ours
$ntroduct uction ion to the concep concept, t, centro centroid id of area, area, centro centroid id of basic basic geomet geometrica ricall figure figures, s, Ce"troid: $ntrod computing centroid for composite sections and engineering composite sections > = ,$, #umerical problems. Mo(e"t o' I"erti$: 8efinition, !arallel a:is theorem, !erpendicular a:is theorem, Moment of $nertia of triangle, rectangle and circle from first principles, ;adius of gyration, #umerical problems.
(elf (tudy Component Circular section, computing moment of $nertia for angle and $ sections. 8 +ours
Modue : &"$(ics
8efinitions > 8isplacement > 3verage velocity > $nstantaneous velocity > (peed > 3cceleration % 3verage 3verage acceleration > 4ariable 4ariable acceleration>#umerical problems.
(elf (tudy Component 3cceleration due to gravity, #ewtons =aws of Motion, ;ectilinear Motion. 8 +ours
Course outco(es:
6pon successful completion of this course the student shall be able to % +7 6nderstand 6nderstand briefly briefly about about Civil Civil Engineerin Engineering g and its variou variouss components components.. 7 6nderstand 6nderstand force force systems systems and their effects effects on rigid rigid bodies. bodies. @7 Compute Compute Centroid Centroid and Moment Moment of of $nertia $nertia for for built up sections. sections.
Te5t /oo6s
+. Elemen Elements ts of Civil Civil Engineer Engineering ing and Enginee Engineerin ring g Mechan Mechanics ics,, by ?olhapu ?olhapure re B. ?., Eastern Eastern Book !ublishers, Belgaum, /+@. . Engine Engineeri ering ng Mechanics% Mechanics%(tat (tatics ics and 8ynam 8ynamics ics by 3 #elson, #elson, Tata Tata Mc2raw Mc2raw )ill Educat Education ion !rivate =td, #ew 8elhi, //G. @. Elem Elemen ents ts of Civi Civill Engi Engine neer ering ing 5$4 5$4 Edit Editio ion7 n7 by (.(. (.(. Bhav Bhavik ikat atti ti,, #ew #ew 3ge 3ge $nte $ntern rnat atio iona nall !ublisher, #ew 8elhi, @rd edition //G.
Re'ere"ces
+. Engine Engineeri ering ng Mechan Mechanics ics by (.Tim (.Timosh oshenk enko,8 o,8.). .).* *oung, ung, and .4. .4.;ao, ;ao, T3T3 Mc2raw Mc2raw%)i %)ill ll Book Company, #ew 8elhi. . Beer Beer ! and ohnson ohnson E;, AMechan AMechanics ics for Enginee Engineers% rs% 8ynami 8ynamics cs and (tatics (tatics% % @rd ($ Metric Metric edition, Tata Tata Mc2raw )ill. > //H.
@. (hames (hames $), AEngine AEngineering ering Mechanics Mechanics > (tatics (tatics & 8ynam 8ynamics% ics% !)$ > //G.
ROGRA))ING IN C Sub Code: IC1,/IC(, Hrs/ Week: , Total Total Hrs: 40
CIE: 50 SEE: 50 Credits: ,
Course Course Obje Objectiv ctives: es: The obIectives of this course are to make students to learn basic principles of !roblem solving, implementing through C programming language and to design design & develo develop p progra programm mming ing skills, skills, and to know know about about data data structu structures res and their applications. Modue 1 3lgorithm & lowchart, lowchart, !rogramming !rogramming languages languages & I"tro I"trodu ducti ctio" o" to C ,$"%u$ ,$"%u$%e: %e: 3lgorithm Types, Types, C program structure, Token and 8ata types.
1perators rs 3rithm 3rithmetic etic 1perator 1perator,, =ogical =ogical O)er$t O)er $tor orss $"d $"d E5)r E5)res essi sio" o":: Types 1f 1perato 1perat 1perator or,, ;elatio ;elational nal 1perat 1perator or,, Condit Condition ional al or Ternar ernary y 1perat 1perator or,, Bitwise Bitwise 1perat 1perator, or, $ncrem $ncrement ent & 8ecrem 8ecrement ent 1perato 1perator, r, 3ssig 3ssignme nment nt 1perato 1perator, r, 6nary 6nary 1perato 1perator, r, (pecial (pecial 1perator, E:pression Evaluation, 1perator !recedence and 3ssociativity.
(elf (tudy Component 3(C$$ values, operation system, types of operation systems, Type 8 +ours Conversion.
Modue 2
0or($tted 7 !"'or($tted I")ut 7 Out)ut st$te(e"ts: prints, scanf, getch,getche, gets, getc, putch, puts, putc. /r$"c+i"% $"d ,oo)i"%: Two way selection 5if, if%else, nested if%else, cascaded if%else7, switch statement, 2oto, =oops 5or, while%do, do%while7 in C, break and continue. (elf (tudy Component e:it57, e:plore math.h, stdio.h, conio.h, stdlib.h header files. 8 +ours
Modue 3 -rr$&s -rr$&s $"d Stri"%s: Stri"%s: $ntroduction, (orting Bubble sort & (election sort, (earching =ine =inear ar & Bina Binary ry searc search h 3lgor lgorit ithm hms, s, (tri (tring ng )and )andli ling ng func functi tion ons s leng length th,, copy copy,, concatenate, sub string, reverse, upper case to lower case and vice versa programs with without using inbuilt library functions.
(elf (tudy Component Multi%8imensional arrays, array of strings, (tring input and output functions. 8 +ours
Modue 4 0u"ctio"s: unctions declaration, unction prototype, unction call by value & call by reference, ;eturn statement, 3ctual & ormal parameters of a function and ;ecursion. Structures: Basics, 3rray of structure, structure within structure.
(elf (tudy Component passing structure to a function with- without using pointers. 8 +ours
Modue oi"ters: $ntroduction to !ointers, $nitiali'ation of pointer, 8eclaration of pointers, !ointer to an array and functions 5call by reference7.
(elf (tudy Component Modes of operation on file, opening a file, closing a file, inputoutput operation on file, getc, putc, getw, putw, putw, eof, fprintf, fscanf functions. 8 +ours
Course Outco(es:
+. . @. 0.
3chiev 3chievee ?nowled ?nowledge ge of problem problem solv solving ing skill skills. s. 6nderstand 6nderstand the princip principles les of !rogrammin !rogramming g in C language language 8evelo 8evelopin ping g modula modularr program programmin ming g skills. skills. 6nderst 6nderstand andss the concep concepts ts of pointe pointers. rs.
Te5t Te 5t /oo6s: /oo 6s: ro%r$((i"% ,$"%u$%e;, +. Brian Brian ". ". ?erni ?ernigha ghan n and 8enni 8enniss M. ;itchi ;itchie, e, T+e C ro%r$((i"% nd Edition, !)$, /+. . (oma (omash shek ekar araa A, robe( sovi"% #it+ C A, !)$ =earning, /+. @. ac9 ac9ue ueli line ne one oness & ?eit ?eith h )arro )arrow w, robe robe( ( Sovi"% Sovi"% #it+ C; , +st Edition, !earson /++.
Re'ere"ce /oo6s: +. 4ikas 2up 2upta ta,, Co()uter Co"ce)ts $"d C ro%r$((i"%; , 8reamtech !ress /+@. . ;. (.Bichk (.Bichkar, ar, A!rogrammin A!rogramming g with C, C, 6niversity 6niversity !ress, /+. /+. @. 4. ;aIa ;aIara rama man, n, Co()uter ro%r$((i"% i" C;, !)$, /+@. 0. E .Balaguru .Balagurusamy samy,, A!rogram A!rogramming ming in in 3#($ 3#($ C A. 0th Edition.
ELE)ENS OF )EC.ANICAL ENGINEERING Sub Code: EME14/(4 Hrs/ Week: , Total Total Hrs: 40
CIE:50 SEE:50 Credits: ,
Course O01e!tives2 Students belon&in& to all bran!es o# En&ineerin& are 'ade to learn !ertain #unda'ental to"i!s related to Me!ani!al En&ineerin& so tat te$ 3ill a%e a 'ini'u' understandin& o# Me!ani!al s$ste's+ e-ui"'ent and "ro!ess. • • •
•
Stud$ te di8erent t$"es o# Turbines and its 3orkin& o# IC en&ines. Students 3ill &ain kno3led&e about te late and drillin& 'a!ines. Students 3ill be enri!ed 3it te di8erent oinin& "ro!esses and 6oboti!s Stud$ te basi!s o# 6e#ri&eration.
)odule ,
Steam and ur0ines
Steam Formatio Formation n and ro:ertie ro:erties2 s2 Stea' #or'ation+ T$"es o# stea'. Stea' "ro"erties;s"e!i9! %olu'e+ ental"$ and internal ener&$ 2Si'"le nu'eri!al on "ro"erties o# stea' ur0ines2 ur0ines2 Classi9!ation+ rin!i"le o"eration o# I'"ulse and rea!tion turbines+ ela%al7s turbine+ arson7s turbine. 2?o !o'"oundin& o# turbines. =ater =ater tur0ines2 tur0ines2 Classi9!ation+ rin!i"les and o"erations o# elton 3eel+ and Ba"lan turbine.
turbines: Classi9!at Classi9!ation+ ion+ 3orkin& Sel9/Study Com:onent2
)odule * IC En#ines Internal Com0ustion En#ines2 Classi9!ation+ I.C. En&ines "arts+ ( Stroke and 4 stroke etrol en&ines+ 4 stroke diesel en&ines. ;* dia&ra's o# Jtto and iesel !$!les. roble's on indi!ated "o3er+ brake "o3er+ indi!ated ter'al e!ien!$+ brake ter'al e!ien!$+ 'e!ani!al e!ien!$+ and s"e!i9! #uel !onsu'"tion+ Pnu'eri!al on IC En&inesQ. Sel9/Study !om:onent !om:onent : Stud$ o# i8erent T$"es o# I.C. en&ines like *;en&ine+ 6adial En&ine+ Inline En&ine and its a""li!ations. 8 +ours
)odule 3
)a!"ines and )a!"ine ools Lat"e2 Co'"onents Lat"e2 Co'"onents o# ate+ Classi9!ation+ rin!i"le o# o"eration+ ate o"erations: Turnin&+ #a!in&+ knurlin&+ tread !uttin&+ Ta"er Turnin& b$ s3i%ellin& !o'"ound rest. S"e!i9!ation o# late. Drillin# ma!"ine : Co'"onents o# rillin& 'a!ine+ Classi9!ation+ "rin!i"le o# o"eration ben! drillin& 'a!ine+ radial drillin& 'a!ine+ o"erations on drillin& 'a!ine; >orin&+ 6ea'in&+ Ta""in&+ Ta""in&+ Counter Sinkin&+ Counter >orin&+ s"ot #a!in&+ s"e!i9!ation o# drillin& 'a!ine.
Sel9/Study Com:onent2 'illin& 'a!ines and its J"eration7s. +ours
)odule 4
>oinin# :ro!esses and Ro0oti!s
8
Solderin# and =eldin#2 e9nitions+ Classi9!ation and 'etod o# solderin& and 3eldin&. 3eldin&. i8eren!es i8eren!es bet3een solderin& solderin& and Weldin&. es!ri"tion es!ri"tion o# Ele!tri! Ele!tri! Ar! Weldin& and J)$;A!et$lene Weldin&. Introdu! du!tio tion+ n+ Classi Classi9!a 9!atio tion n based based on robot robots s !on9&u !on9&urat ration ionRR olar+ olar+ Ro0oti!s2 Intro !$lindri!al+ !$lindri!al+ Cartesian !oordinate !oordinate and s"eri!al. s"eri!al. A""li!ation A""li!ation++ Ad%anta&es Ad%anta&es++ and disad%anta&es.
Sel9/Study Com:onent : rin!i"les o# di8erent t$"es o# >rain&.
8
+ours
)odule 6
Re9ri#eration Ton o# 6e#ri&eration+ I!e 'akin& Re9ri#eration: e9nitions 6e#ri&eratin& e8e!t+ Ton !a"a!it$+ CJ+ 6elati%e CJ+ unit o# 6e#ri&eration. ro"ertie ties s o# re#ri& re#ri&era erants nts++ list list o# !o''on !o''onl$ l$ used used re#ri& re#ri&era erants nts.. Re9ri#erants2 ro"er rin rin!i !i"l "le e and and 3ork 3orkin in& & o# %a"o %a"our ur !o'" !o'"rressi ession on re#ri e#ri&e &era rati tion on and and %a"o %a"our ur absor"tion.
Condition ionin& in&:: rin! rin!i"l i"les es and a""li! a""li!ati ations ons o# air Sel9/Study Com:onent Com:onent: Air Condit !onditionin& s$ste's+ 6oo' air !onditioner. 8 +ours
Course Out!omes2 Students sall de'onstrate kno3led&e asso!iated 3it+ 1. ri'e 'o%ers su! as Turbines Turbines and ate and drillin& 'a!ines (. IC en&ines 3orkin& rin!i"les. ,. >asi! Goinin& "ro!esses and 6oboti! !on9&urations. 4. 6e#ri&eration 3orkin& "rin!i"les.
e7t &oo8s2 1. @Elements o9 )e!"ani!al En#ineerin# + SCE "ubli!ations+ (015. (. *.B.Man&lik+ ?Elements o9 )e!"ani!al En#ineerin#@ + HI ubli!ations+ (01,. ,. B.6.=o"alkrisna+ B.6.=o"alkrisna+ ?A te7t &oo8 o9 Elements o9 )e!"ani!al En#ineerin#@ ; Subas ublisers+ >an&alore+ (014 4. Bestoor Bestoor ra%een+ M.6. M.6. 6a'es+ @ Elements o9 )e!"ani!al En#ineerin# + Su&&i "ubli!ations+ >an&alore+ (014
Re9eren!e &oo8s2
1. S. Tr$'baka Murt$+ ?A e7t e7t &oo8 o9 Elements Element s o9 )e!"ani!al )e!"an i!al En#ineerin#@+ Uni%ersities ress 2India %t td+ H$derabad+ 4t Edition (00F. (. B.. 6o$+ S.B. HaGra Coudur$+ ?irGar 6o$+ ?Elements o9 )e!"ani!al En#ineerin#@+ Media ro'oters ublisers %t td+Mu'bai+D t Edition+(01( ,. ra%in Bu'ar+ ?&asi! )e!"ani!al En#ineerin#@ + (01, Edition+ earson.
CO)$ER AIDED ENGINEERING DRA=ING Sub Code: CE14/(4 Hrs/ Week: (/4 Total Total Hrs: F0
CIE:50 SEE:50 Credits: ,
Course O01e!tives2 En&ineerin& dra3in& is an i'"ortant tool #or all En&ineers and #or 'an$ oters "ro# "ro#es ess siona ionals ls.. It is te lan& lan&ua ua&e &e o# En&in n&inee eers rs.. En&i En&ine neer erin in& & ra3 ra3in in& & !o''uni!ates all needed in#or'ation #ro' te en&ineer 3o desi&ned a "art to te 3orkers 3o 3ill 'anu#a!ture it.
Te ai' o# te subGe!t is to e-ui" students 3it te #unda'entals o# Co'"uter Aided En&ineerin& ra3in& and to #urter te abilit$ to !o''uni!ate in#or'ation b$ &ra"i!al 'eans.
)odule , Introdu!tion to Com:uter Aided S8et!"in# Intr Introd odu! u!ti tion on++ ra3 ra3in in& & Inst Instru ru'e 'ent nts s and and tei teirr us uses es++ >IS >IS !on% !on%en enti tion ons+ s+ ette etterin rin&+ &+ i'ens i'ension ionin& in& and #ree #ree and and "ra!t "ra!ti!i i!in&. n&. Co'"ut Co'"uter er s!reen s!reen++ la$out o# te so#t3are+ standard tool bar/'enus and des!ri"tion o# 'ost !o''o !o''onl$ nl$ used used tool tool bars+ bars+ na%i&a na%i&atio tional nal tools. tools. Co;ord Co;ordina inate te s$ste' s$ste' and re#er re#eren! en!e e "lanes "lanes.. e9nit e9nition ions s o# H+ *+ 6 6 . Creat Creation ion o# (/, (/, en%iron'ent. en%iron'ent. Sele!tion o# dra3in& sie and s!ale. Co''ands and !reation o# ines+ Co;ordinate "oints+ a)es+ "ol$;lines+ s-uare+ re!tan&le+ "ol$&ons+ s"line s"l ines+ s+ !ir!le !ir!les+ s+ elli"s elli"se+ e+ te)t+ te)t+ 'o%e+ 'o%e+ !o"$+ !o"$+ o8;set o8;set++ 'irr 'irror+ or+ rotate+ otate+ tri'+ tri'+ e)ten )tend+ d+ brea break+ k+ !a' !a'#e #er+ r+ 9llet llet++ !ur% !ur%es es++ !ons !onstr trai aint nts s %i. %i. tan& tan&en en!$ !$++ "ara "arall llel elis is'+ '+ in!l in!lin inat atio ion n and and "er" "er"en endi di!u !ula lari rit$ t$.. i' i'ensi ension onin in&+ &+ line line !on%entions+ 'aterial !on%entions and letterin&. 6 "ours )odule *
Ort"o#ra:"i! ro1e!tions Introdu!t Introdu!tion+ ion+ e9nition e9nitions"r s"roGe!t oGe!tions ions o# "lane sur#a!es sur#a!estrian trian&le+ &le+ s-uare+ s-uare+ re!tan&l re!tan&le+ e+ ro'bus ro'bus++ "enta&on+ "enta&on+ e)a&on and !ir!le+ !ir!le+ "lanes "lanes in di8erent di8erent "ositions b$ !an&e o# "osition 'etod onl$ 2?o "roble's on "un!ed "lates and !o'"osite "lates. *+ "ours )odule 3
ro1e!tions o9 Solids
5irst angle !roIection only7 Introdu!t Introdu!tion+ ion+ e9nitions e9nitions roGe!ti roGe!tions ons o# ri&t re&ulartet re&ulartetraedr raedron+ on+ e)aedr e)aedron on 2!ube+ "ris's+ "$ra'ids+ !$linders and !ones in di8erent "ositions 2?o "roble's on o!taedrons and !o'bination solid.
*+ "ours )odule 4
Isometri! ro1e!tion
56sing isometric scale only7
Introdu!tion+ Iso'etri! s!ale+ Iso'etri! "roGe!tion o# si'"le "lane 9&ures+ Iso'etri! "roGe!tion o# tetraedron+ e)aedron 2!ube+ ri&t re&ular "ris's+ "$ra'ids+ !$linders+ !ones+ s"eres+ !ut s"eres and !o'bination o# solids 2Ma)i'u' o# tree solids.
,6 "ours
Course Out!omes2 At te end o# te !ourse+ te student 3ill be able to: 1. Understand te basi! !on!e"ts o# "roGe!tions. (. Bno3led&e o# orto&ra"i! "roGe!tions o# "lanes and solids ,. Bno3led&e o# orto&ra"i! Iso'etri! "roGe!tions o# %arious solids and !o'bination o# solids. 4. A""l$ te #unda'ental kno3led&e o# dra3in& #or oter a""li!ations.
e7t &oo8s2 1 Com:uter Aided En#ineerin# Drain# ; SCE "ubli!ations+ (015 (?.. >att *.M. an!al+ En#ineerin# Drain#+ Carotarublisin& House+ =uGarat+ 4t edition+ (005. , A ri'er on Com:uter Aided En#ineerin# Drain# + ublised b$ *TU+ >el&au'+ (00F
Re9eren!e &oo8s2 1 S. Tr$'b r$'bak aka a Murt Murt$ $++ Com:u Com:uter ter Aided Aided En#ine En#ineeri erin# n# Drain Drain# # ; I.B. International ublisin& House %t. td.+ ?e3 eli+ ,rd re%ised edition; (00F. ( B.6. B.6. =o"ala =o"alakris krisna na++ En#ineer Subas ublisers ublisers >an&alore+ >an&alore+ En#ineerin# in# Gra:"i!s% Gra:"i!s% Subas ,(nd edition+ (005. , uadder Warren .+ u8 on M.+ Fundamentals o9 En#ineerin# Drain# it" an Introdu!tion to Intera!tive Com:uter Gra:"i!s 9or Desi#n and Eastern n E!ono' E!ono'$ $ Edition+ Edition+ rent renti!e i!e;Ha ;Hall ll o# India India %t. td.+ td.+ ?e3 rodu!tion; Easter eli+ (005.
Note 2 So9tare a!8a#es 2 Students sould be tau&t and 'ade #a'iliar 3it so#t3are are "a!ka&es su! as+ Autodesk Auto CA (014 2
CIE 9or 6+ mar8s 1. Assi&n Assi&n'en 'ent/s t/ske ket! t! book/ book/rint rint out (. Sur"ri Sur"rise se test/ test/Mid Mid se'es se'ester ter test test ,. Test !ondu!t !ondu!ted ed to3ards to3ards te end end o# se'ester se'ester
(5 Marks 10 Marks 15Marks
5uestion :a:er :attern 9or SEE2 1. Module ;1 is onl$ #or "ra!ti!e and not #or e)a'ination. (. Nuestion "a"er #or ea! bat! o# students 3ill be set se"aratel$ b$ te e)a'ination autorit$. Te ans3er seets 3ill a%e to be Gointl$ e%aluated b$ te Internal E)ternal e)a'iners. ,. A 'a)i'u' o# TH6EE -uestions 3ill be set as "er te #ollo3in& "attern 2?o 'i)in& o# -uestions #ro' di8erent Modules. N. ?o.
Marks Allotted
1
Module (
,0
(
Module ,
40
,
Module 4
,0
Total Total
100
N. ?o ?o.
Solutions and Sk Sket!in& in te =ra" >ook
Co'"uter is"la$ and rintout
Total Total Marks
1
15
15
,0
(
(0
(0
40
,
15
15
,0
Total Total Marks
50
50
100
Students a%e to sub'it te !o'"uter "rintouts and te sket!es dra3n on te &ra" seets at te end o# te e)a'ination. >ot Internal E)ternal e)a'iners a%e a%e to Gointl Gointl$ $ e%alua e%aluate te te soluti solutions ons 2ske 2sket! t!es es and !o'"ut !o'"uter er dis dis"la "la$ $ "rintouts o# ea! student #or 100 'arks 250 'arks #or solutions sket!es 50 'arks #or !o'"uter dis"la$ and "rintouts and sub'it te 'arks list alon& 3it te solution 2sket!es on &ra" seets !o'"uter "rintouts in se"arate !o%ers. 4. Ea! bat! 'ust !onsist o# a 'ini'u' o# 10 students and a 'a)i'u' o# 1( students. 5. E)a'ination !an be !ondu!ted in "arallel "arall el bat!es+ i# ne!essar$. ne!essar$.
&ASIC ELECRICAL ENGINEERING Sub Code: EE15/(5 Hrs/ Week: , Total Total Hrs: 40
CIE:50 SEE:50 Credits: ,
Course O01e!tives2 Tis !ourse ai's at "ro%idin& basi! !on!e"ts o# 'a&neti! and AC !ir!uits + !onstr !onstru!t u!tion ion and 3orkin 3orkin& & "rin!i "rin!i"le "le o# AC;C C;C 'a!i 'a!ines nes++ trans# trans#or or'er 'ers+ s+ 'easurin& instru'ents and 3irin& s!e'es. )odule , )a#neti! Cir!uits2
>asi! de9nitions+ Ma&neti! 9eld due to ele!tri! !urrent Lo3+ #or!e on a !urrent !arr$in& !ondu!tor "la!ed in a 'a&neti! 9eld+
)odule * Sin#le/:"a Sin#le/:"ase se ABC Cir!uits2 Cir!uits2 rin! rin!i"l i"le e and =ene =enerat ration ion o# o# sinus sinusoid oidal al %olta&e+ de9nition o# a%era&e %alue+ root 'ean s-uare %alue+ #or' #a!tor and and "eak "eak #a!t #a!tor or o# sinu sinuso soid idal all$ l$ %ar$ %ar$in in& & %olt %olta& a&e e and and !ur !urrent+ ent+ "as "asor or re"resentation re"resentation o# alternatin& -uantities. Anal$sis+ 3it "asor dia&ra's+ o# 6+ + C+ and series 6;;C !ir!uits+ real "o3er+ rea!ti%e "o3er+ a""arent "o3er and "o3er #a!tor. Illustrati%e Illustrat i%e e)a'"les. Sel# stud$ !o'"onent: Anal$sis+ 3it "asor dia&ra's o# 6;+ 6;C !ir!uits+ Illustrati%e e)a'"les on series "arallel !ir!uits. 8 +ours
)odule 3 "ree "ase ABC Cir!uits2 Cir!uits2 ?e!essit$ and ad%anta&es o# tree "ase s$ste's+ &eneration o# tree "ase "o3er+ de9nition o# ase se-uen!e+ balan!ed su""l$ and balan!ed load. 6elationsi" bet3een line and "ase %alues o# balan!ed star and delta !onne!tions. Measure'ent o# "o3er b$ t3o;3att'eter 'etod. Illustrati%e e)a'"les.
&asi! &asi! Instrumen Instruments2 ts2 Introdu!tion+ !lassi9!ation o# instru'ents+ rin!i"le+ Constru!tion J"eration o# d$na'o'eter t$"e Watt'eter+ Sin&le "ase Indu!tion t$"e ener&$ 'eter. Domesti! Domesti! =irin# =irin#: T3o;3a$ 3o;3a$ and tree; tree;3a$ 3a$ !ontr !ontrol ol o# a la'"+ la'"+ Ele!tr Ele!tri! i! so!k+ "re!autions "re!autions a&ainst ele!tri! so!k+ Eartin&: i"e i"e and late.
Sel# Sel# stud stud$ $ !o'" !o'"on onen ent: t: J"er J"erat atin in& & "rin "rin!i !i"l "les es++ esse essent ntia iall #eat #eatur ures es o# 'easur 'easurin& in& instru instru'e 'ents nts 2basi! 2basi!s s onl$+ onl$+ Mo%in& Mo%in& !oil !oil "er'an "er'anent ent 'a&ne 'a&nett 2MMC 2MMC instru'en instru'ents+ ts+ >asi!s >asi!s o# 'o%in& 'o%in& iron iron a''eters a''eters and %olt'eters %olt'eters++ !on! !on!e" e"tt o# e)ten )tensi sion on o# ran& ran&e e o# a''e a''ete ter+ r+ %olt %olt' 'eter eter 2su 2sunt nt and and 'ulti"lier 'ulti"lier. . Ser%i!e Ser%i!e 'ains+ 'ains+ 'eter 'eter board board and distribut distribution ion board. board. T$"es o# 3iri 3irin& n&;; Clea Cleat+ t+ Casi Casin& n& Ca"" Ca""in in& & and and !ond !ondui uitt 2!on 2!on!e !eal aled ed 3iri 3irin& n&++ Ele'entar$ dis!ussion on #use and Miniature Cir!uit >reaker 2MC>7s. 8 +ours
)odule 4 DC motors2 motors2 Constru!tion o# C 'a!ine + C 'otor 3orkin& "rin!i"le+ >a!k >a!k EM< and its si& si&ni9 ni9!an !an!e. !e. Tor-ue or-ue e-uati e-uation+ on+ robl roble's e's on Tor-ue or-ue e-uation+ Cara!teristi!s o# C 'otors+ a""li!ations+ ?e!essit$ o# starter. starter. Syn!"r Syn!"rono onous us Genera Generator tors2 s2 rin!i"le o# o"erati ation. T$"es and !ons !onstr tru! u!ti tion onal al #eat #eatur ures es++ EM< EM< e-ua e-uati tion on.. Con! Con!e" e"tt o# 3ind 3indin in& & #a!t #a!tor or 2e)! 2e)!lu ludi din& n& deri deri%a %ati tion on o# dist distri ribu buti tion on and and "it! "it! #a!t #a!tor ors s Illu Illust stra rati ti%e %e e)a'"les on EM< e-uation. Sel# el#
stud stud$ $ !o'" !o'"on onen entt: C =ene =enera rato tors rs:: rin! rin!i" i"le le++ !ons !onstr tru! u!ti tion on and and o"eration o# C &enerators. T$"es o# C &enerators+ EM< e-uation o# C &enerator+ basi!s o# ar'ature rea!tion+ !o''utation+ Inter"oles+ , "oint starter. 8 +ours )odule 6 Introdu!t Introdu!tion ion to rans9ormer rans9ormers s : e9n e9nit itio ion+ n+ need need and and !las !lassi si9! 9!at atio ion+ n+ Constru! Constru!tion+ tion+ Workin& orkin& "rin!i"le+ "rin!i"le+ EM< e-uation+ e-uation+ losses+ losses+ 6e&ulation e&ulation and e!ien!$+ "roble's on EM< e-uation and e!ien!$. Indu!tion Indu!tion motors motors:: Constru! Constru!tion tion o# indu!tion indu!tion 'otor+ 3orkin& 3orkin& "rin!i"le+ "rin!i"le+ t$"es+ t$"es+ Sli" and its si&ni9!an si&ni9!an!e+ !e+ a""li!atio a""li!ations+ ns+ ne!essit$ ne!essit$ o# starter+ starter+ Star; Star; elta starter+ Illustrati%e e)a'"les on sli" !al!ulation.
Sel# stud$ !o'"onent: asor dia&ra' o# Sin≤"ase Trans#or' Trans#or'er er on no; load. Con!e"t o# rotatin& 'a&neti! 9eld. 8 +ours
Course Out!omes2 A9ter !om:letion o9 t"is !ourse students ill 0e a0le to2 1.
=ain =ain insi& insi&t t o# Ma&n Ma&neti eti! ! !ir! !ir!uit uits s and and AC AC #unda #unda'e 'enta ntals. ls.
(.
Able to under Able understa stand nd te te !onstr !onstru!t u!tion ion and and 3orki 3orkin& n& "rin! "rin!i"l i"le e o# AC; AC;C C Ma!ines Ma!ine s Trans#or'ers.
,.
Attai ttain n te kno3l kno3led ed&e &e o# 'eas 'easur urin in& & ins instr tru' u'en ents ts and able able to build build do'esti! 3irin& s!e'es. e7t &oo8s2 &oo8s 2
1. @>asi! @>asi! Ele!tri!al Ele!tri!al En&ineeri En&ineerin&+ n&+ .. .. Botar Botarii I.. ?a&rat+ ?a&rat+ Tata Tata M! =ra3 Hill Edu!ation. (. @>asi! @>asi! Ele!tri! Ele!tri!al al En&ineer En&ineerin& in& . C. Bulsr Bulsrest esta+ a+ TMH 1st Edition Edition++ 6e%ised.
Re9eren!e &oo8s 2 1. @ roble's roble's in Ele!tri!al En&ineerin& En&ineerin& + S.S. arker arker S'it S'it ?? arker arker S'it. (. @>as @> asi! i! Ele!t Ele!tri ri!a !all En&in En&inee eeri rin& n&+ + i''i i''ie e . Cate Cate$+ $+ S$ed S$ed A. ?asar ?asar++ S!au'7s S!au'7s Jutline Jutline Series Series in En&ineeri En&ineerin&+ n&+ M!=ra3;Hi M!=ra3;Hill ll >ook >ook Co'"an$. ,. @Ele!tri!al Ele!troni!s Te!nolo&$+ E. Hu&es+ HI ublisers+ 10t Edition.
&ASIC ELECRONICS ENGINEERING Sub Code: E?15/(5 Hrs/ Week: , Total Total Hrs: 40
CIE:50 SEE:50 Credits: ,
Course O01e!tives2 To To i'"art kno3led&e on Constru!tion+ o"eration and 3orkin& o# basi! ele!troni! de%i!es. rin!i"le o# JAM+ s"e!i9!ations and "ra!ti!al a""li!ations. >asi!s o# di&ital !on!e"ts and nu'ber s$ste's.
)odule, Semi!ondu!to !tor Diode and A::li!a i!ations2 ";n Gun! Gun!ttion ion dio diode+ de+ Cara!teristi!s and ara'eters+ C load line anal$sis+ Hal#;3a%e re!ti9er+ T3o;diode T3o;diode rid&e re!ti9er+ 6e!ti9er 6e!ti9er 3it Ca"a!itor 9lter !ir!uit+ ener diode+ ?u'eri!al e)a'"les as a""li!able. &i:olar >un!tion ransistors2 >T ransistors2 >T;$si!al ;$si!al stru!ture and o"eration+ >T *olta&es and Currents+ a'"li9!ation+ Co''on >ase+ Co''on E'itter and Co''on Colle!tor Cara!teristi!s+ ?u'eri!al e)a'"les as a""li!able. Sel# stud$ !o'"onent: !o'"onent: eri%atio eri%ations ns on >rid&e >rid&e re!ti9e re!ti9er+ r+ ener ener diode %olta&e
re&ul e&ulat ator ors: s: 6e&ul e&ulat ator or !ir !ir!uit !uit 3it 3it no load load++ oade oaded d 6e&ul e&ulat ator or++ iod iode e a""ro)i'ations+ a""ro)i'ations+ >T >iasin&: C oad line and >ias oint. 8 +ours
)odule * Devi!es (Constru!tion% O:eration and C"ara!teristi!s'2
Sel# stud$ !o'"onent: !o'"onent: T6IAC and IAC+ IAC+ oto diode and Solar Cell+ Se%en
Se&'ent is"la$s. 8 +ours
)odule 3 Introdu!tion to O:erational Am:li;ers2 Introdu! Introdu!tion+ tion+ >lo!k dia&ra' re"resentation o# JAM+ S!e'ati! s$'bol and "in !on9&uration+ Ideal JAM+ "ra!ti!al !ara!teristi!s+ *irtual &round !on!e"ts+ In%ertin& and ?on ?on In%ert In%ertin& in& JAM JAM !ir!ui !ir!uits+ ts+ JAM JAM a""li! a""li!ati ations ons:: %olta& %olta&e e #ollo3 #ollo3er+ er+ addition+ ?u'eri!al e)a'"les as a""li!able. Sel# Sel# stud stud$ $ !o'" !o'"on onen ent: t: Subtra!ti Subtra!tion+ on+ inte&ratio inte&ration+ n+ di8eren di8erentiatio tiation+ n+ Co'"le) Co'"le) ?u'eri!al roble's. 8 +ours
)odule 4 Di#i Di#ita tall Con! Con!e: e:ts ts and and Num0 Num0er er Syst System ems2 s2 Intr Introdu!ti odu!tion on to ?u'ber ?u'ber S$ste's+ 17s and (7s !o'"le'ent 'etod and teir arit'eti!. &oolean &oo lean Sit!"in# Sit!"in# Al#e0ra2 Al#e0ra2 >inar$ lo&i! #un!tions+ >oolean al&ebra+ Uni%ersalit$ o# ?A? and ?J6 &ate+ 6edu!tion o# >oolean e-uations usin& >oolean al&ebra+ 6ealiation o# >oolean #un!tions usin& basi! &ates and Uni%ersal &ates+ esi&nin& o# Hal# adder and asi! !on!e"ts. ositional
nu'ber S$ste's+ ?u'ber S$ste's !on%ersions. 8 +ours
)odule 6 Comm Commun uni! i!at atio ion n Syst System ems2 s2 Introdu! Introdu!tion+ tion+ Ele'ents Ele'ents o# Co''uni!a Co''uni!ation tion S$ste's+ S$ste's+ Modulatio Modulation+ n+ A'"litude A'"litude Modulatio Modulation+ n+ e'odula e'odulation+ tion+ lo!k dia&ra' and rin!i"le o# J"ti!al
stud$ !o'"onent ent:
8 +ours
Course Out!omes2 U"on su!!ess#ul !o'"letion o# tis !ourse+ students sould be able to: 1. Attai ttain n te te kno3 kno3le led& d&e e o# ele! ele!tr tron oni! i! de%i de%i!e !es+ s+ !on! !on!e" e"ts ts o# di&i di&ita tall ele!troni!s and !o''uni!ation s$ste's. (. Understand Understand te !onstru !onstru!tio !tion n and o"eration o"eration o# ele!troni! ele!troni! de%i!es. de%i!es. ,. esi&n esi&n si'"le si'"le !ir!ui !ir!uits ts usin& usin& diodes diodes++ o"erat o"eration ional al a'"li9 a'"li9ers ers and lo&i! lo&i! &ates.
e7t &oo8s2 1. a%i a%id d A. >ell >ell++ @Ele @Ele!t !trroni! oni! e%i e%i!e !es s and and Cir Cir!uit !uits+ s+ J)#o J)#orrd Uni% Uni%er ersi sit$ t$ t ress+ 5 Edition+ (00. (. 6a'akan 6a'akantt A. =a$ak3ad+ =a$ak3ad+ @J";a'"s @J";a'"s and linear linear inte&rated inte&rated !ir!uits !ir!uits @+ 4t Edition renti!e;Hall renti!e;Hallear earnin&+ nin&+ ?e3 eli+ (00(. ,. on M Karbrou& arbrou&++ @i&ita @i&itall o&i!;A" o&i!;A""li!a "li!ation tion and esi&n esi&n+ >rooks/ >rooks/Cole Cole Cen&a&e earnin&+ India Edition. 4. =eor&e Benned$+ Ele!troni! Ele!troni! Co''uni!ation Co''uni!ation S$ste's+ S$ste's+ TMH+ TMH+ 4t Edition.
Re9eren!e &oo8s2 1. 6obert >o$lested >o$lested and ouis ouis ?aselsk$+ ?aselsk$+ @Ele!troni! @Ele!troni! e%i!es e%i!es and Cir!uit Cir!uit t Teor$+ earson earson Edu!ation+ Edition+ (00D. (. To'a To'as s Maade Maade%aS %aS3a' 3a'$+ $+ @A si'"li si'"li9ed 9ed a""ro a""roa! a! to >asi! >asi! Ele!tr Ele!troni oni!s !s++ San&uine Te!ni!al ubli!ations+ >en&aluru+ (015
=ORS.O RACICE (ub (ub Code Code "(=+ "(=+JJ-J J C$E C$E/ / )rs- "eek +$-! (EE/ Total )rs / Credits
Course O01e!tives2 It is essent essential ial #or studen students ts o# 1st $ear to under& under&o o basi! basi! 3orks 3orkso" o" "ra!ti "ra!ti!al !al trainin&. Te to"i!s in!lude "ra!ti!al 3orks in 3eldin& and seet 'etal so" and de'onstration o# %arious as"e!ts. •
•
•
Workso" ra!ti!e el"s te student to kno3 o3 te 3ork on so" Loor is !arried out. To To i'"art kno3led&e and skill to use tools+ 'a!ines+ e-ui"'ent+ and 'easurin& instru'ents. Edu!ate students o# Sa#e andlin& o# 'a!ines and tools.
,B Introdu!tion2 e'onstration on use o# Hand Tools: Tools: *;blo!k+ Markin& =au&e+
*B =eldin#2 Stud$ o# ele!tri! ar! 3eldin& tools e-ui"'ent. )odels2 >utt oint+ a" oint+ ;Goint and T;Goint.
3B S"eet )etal < Solderin# =or82 Develo:ment Develo:ment < Solderin# o9 t"e models :
4B Study < Demonstration Demonstration o# "o3er tools in Me!ani!al En&ineerin&.
Course Out!omes2 At te end o# te !ourse+ te student 3ill be able to: 1. =ain kno3led&e o# de%elo"'ent o# seet 'etal 'odels 3it an understandin& o# teir a""li!ations. (. er#or' solderin& and 3eldin& o# di8erent seet 'etal 3elded Goints.
,. Understand te >asi!s o# Workso" "ra!ti!es. 4. =ainin& te kno3led&e o# o3er Tools and Hand Tools.
Re9eren!e &oo8s 1. S B HaGra Coudur$+ Coudur$+ A B. HaGra Coudur$+ Coudur$+ @ Elements o9 =or8s"o: e!"nolo#y2 VolB VolB I2 )anu9a!turin# ro!esses@% Media ro'oters ublisers %t td.+ Mu'bai. 15t Edition 6e"rinted (01,.
E7amination s!"eme S"eet )etal =or8 3+ mar8s =eldin# ,+ mar8s Viva Vo!e ,+ mar8s otal mar8s2 6+ mar8s Note2 ?o 'ini dra#ters and dra3in& boards re-uired. ra3in&s 2e%elo"'ents !an be done on sket! seets usin& s!ale + "en!il and =eo'etri!al Instru'ents
CO)$ER ROGRA))ING LA&ORAORY Sub Code: C1F/C(F Hrs/ Week: 1I/( Total Total Hrs: 50
CIE: 50 SEE: 50 Credits: (
Course O01e!tives2 •
• •
•
To To "ro%ide students 3it "ra!ti!al kno3led&e o# "ro&ra''in& "ro&ra''in& skills and te anal$sis o# "ro&ra' #or te s"e!i9! a""li!ations. To To &ain e)"erien!e about stru!tur stru!tured ed "ro&ra''in& "ro&ra''in& To To el" students to understand te i'"le'entation o# C lan&ua&e To To understand %arious %arious #eatures in C
,$bor$tor& E5)eri(e"ts
$mplement the programs with "$#81"( - =$#6K platform using appropriate C compiler. +. "rite ite a C pro progr gram am to a. ind ind the the area and circumf circumferen erence ce of a circle. circle. b. ind the simple interest. . "rite ite a C pro progr gram am to a. Convert Convert temperature temperature from degree degree centigrad centigradee to ahrenheit ahrenheit b. ind the sum of # subIects and percentage @. "r "rite ite a C program program to find largest largest of three numbe numbers rs a. 6sin 6sing g nes neste ted d if% if%el else se b. 6sing Ternary Ternary 1perator 0. "r "rite ite a C program program to design a simple simple calculato calculatorr using switch. switch. . "rite ite a C pro progr gram am to a. 2enerat 2eneratee and and print print first first # prim primee number numbers. s. b. Check the given @ digit number number is 3rmstrong or not. not. J. "rite ite a C pro progr gram am to a. ind ind fac facto tori rial al of a giv given en num numbe ber r
b. ind sum of even numbers between n+ and n n L. "r "rite ite a C progra program m to sort sort the give given n array array elements elements a. 6sin 6sing g sele select ctio ion n sort sort.. b. 6sing Bubble sort. H. "rite ite a C pro progr gram am to a. ind ind tra transp nspos osee of giv given en mat matri: ri: b. Trace of a given matri: matri: c. ind ind sum sum of matr matri: i: G. "r "rite ite a C prog program ram using using functi functions ons to to a. 2ene 2enera rate te first first # ib ibon onacc accii series series b. ind reverse of given number +/. "rite a C program to create a structure called employee employee with the fields employee employee name, $8, (alary and print the same in the tabular format. ++. ++. "r "rite ite a C program program to a. (wap (wap two two numb numbers ers usi using ng poin pointe ters rs b. ind the sum of +%8 array elements using pointers +. "rite a C program using functions functions to conduct binary binary search.
Re'ere"ce /oo6: 1. ;eema ThareIa, Co()uter 0u"d$(e"t$s $"d ro%r$((i"% i" C; , 1:ford !ress, /+.
Course Outco(es:
1n completion of this course, students will have the knowledge in, (tud (tuden ents ts are able able to have have fund fundam amen ental tal know knowle ledg dgee on basic basicss of comp comput uter er software, able to understand the basic terminologies used in computer programming. (tudents are in a position to write, compile and debug programs in C language and able to design programs involving decision structures, looping and functions. (tudents are e:posed to various operating system s ystem environments in the laboratory. ,$bor$tor& 0i"$ CIE ($r6s Ev$u$tio" )rocedure: CIE: CIE: * M$r6s M$r6s 2 M$r6s from continuous evaluation in every lab 5+/ Marks % record completion completion / Marks % viva- 9ui' +/ Marks % conduction7 conduction7 2 M$r6s from final lab C$E conduction 5/ Marks % "rite up + Marks % e:ecution / Marks > 4iva7 SEE: r$ctic$ E5$(i"$tio" Co"ductio" rocedure:
+. 3ll laborato laboratory ry e:perimen e:periments ts 5ourteen7 5ourteen7 are are to be included included for for practical practical e:amination. . (tudents (tudents are allowed allowed to pick one e:perim e:periment ent from from the lot.
@. (trictly (trictly follow follow the instructio instructions ns as printed printed on the the cover page page of answer answer script script for breakup of marks 0. Change Change of e:perimen e:perimentt is allowed allowed only only once and +/N +/N Marks allotted allotted to the the procedure part to be made 'ero.
ENGINEERING .YSICS LA&ORAORY Sub Sub Code Code:: HK HK1D 1D/( /(D D CIE: CIE:50 50 )rs- "eek "eek @ hours 5+$-!7 SEE:50 Total Total Hrs: 50 Credits: ( Course O01e!tives2 1. To &i%e ands on e)"erien!e e)"erien!e on %arious %arious e)"eri'ents. e)"eri'ents. (. To i'"art te kno3led&e in basi! basi! s!ien!e su! as as in te 9eld o# se'i!ondu!tors se'i!ondu!tors and teir "ra!ti!al a""li!ations. ,. To train students in te!ni-ues and "rin!i"les related related to %arious de%i!es or !o'"onents. 4. To a!-uire a!-uire abilit$ to use 'easurin& instru'ents. instru'ents. List o9 e7:eriments2 1. i8ra!tion &ratin& 2Measure'ent 2Measure'ent o# 3a%elen&t o# laser sour!e usin& di8ra!tion &ratin&. (. ?e3ton7s ?e3ton7s 6in&s 6in&s 2eter'inat 2eter'ination ion o# radius o# !ur%atur !ur%ature e o# "lano !on%e) lens. ,. Cara!teristi!s o# a Transistor 2Stud$ 2Stud$ o# In"ut and Jut"ut !ara!teristi!s and !al!ulation o# in"ut resistan!e+ out"ut resistan!e resistan!e and a'"li9!ation #a!tor. 4. eter'ination eter'ination o# resisti%it$ resisti%it$ o# a se'i!ondu!tor se'i!ondu!tor usin& a #our "robe te!ni-ue. 5. oto iode Cara!teristi!s 2Stud$ o# I* !ara!teristi!s in re%erse bias and %ariation o# "oto!urrent "oto!urrent as a #un!tion o# re%erse %olta&e and intensit$.
F. I* Cara!teristi!s Cara!teristi!s o# a ener iode. iode. 2eter'ination 2eter'ination o# knee %olta&e %olta&e and ener %olta&e. D. iele!tri iele!tri! ! !onstant !onstant 2Measur 2Measure'en e'entt o# diele!tri! diele!tri! !onstant !onstant usin& usin& !ar&in& and dis!ar&in& o# a !a"a!itor. . eter' eter'inatio ination n o# lan!k7s lan!k7s !onstant !onstant usin& usin& Es. Es. . eter'ination eter'ination o# ener&$ &a" o# a se'i!ondu!tor se'i!ondu!tor.. 10. eter'ination eter'ination o#
An$ ten e)"eri'ents e)"eri'ents !o'"ulsor$
Course out!omes2 1. Studen Students ts !an unders understan tand d te i'"ort i'"ortan! an!e e o# $si! $si!s s in te "ra!ti! "ra!ti!al al a""li!ations. (. Students Students &et an understa understandin ndin& & o# te !ara!terist !ara!teristi!s i!s o# de%i!es de%i!es and 'aterials. ,. Students Students &ain kno3led kno3led&e &e in %arious %arious te!ni-ues te!ni-ues and 3orkin& 3orkin& "rin!i"les related to de%i!es or !o'"onents. Re9eren!e 0oo8s 1. ab Manual+ e"art'ent o# $si!s+ SCE. 2. En&ineerin En&ineerin& & $si!s+ $si!s+ ?.H. ?.H. A$a!it $a!it and .B. Mittal+ Mittal+ IB Internatio International nal
ublisin& ouse %t. td.
S!e'e o# e%aluation #or En&ineerin& $si!s lab CIE 250 MA6BS 'a)i'u'
Total Total 'arks #or te obser%ation obser%ation book and re!ord: re!ord: 10 'arks ) 10 100 'arks 210 'arks #or #or ea! e)"eri'ent e)"eri'ent to be redu!ed to (5 'arks 2100/4 2100/4 (5 'arks ab Internal test: 15 'arks ) ( e)"eri'ent ,0 'arks
to be redu!ed to ,0 'arks 2,0/( 15 'arks 15 'arks #or ea! e)"eri'ent: 1. Write u":
SEE 250 MA6BS 'a)i'u' Se'ester End E)a': 50 'arks (5 'arks #or ea! e)"eri'ent: e)"eri'ent:
(5 'arks ) ( e)"eri'ent
Write u":
(5 'arks ) ( e)"eri'ent
ENGINEERING C.E)ISRY LA&ORAORY Sub Code: CHK1D/(D Hrs/ Week: , ours 21I/( Total Total Hrs: 50
CIE:50 SEE:50 Credits: (
Course Objectives: •
To provide students with practical knowledge of 9uantitative analysis of materials by classical and instrumental methods for developing e:perimental skills in building technical competence.
,IST O0 E<ERIMENTS: -RT -RT-: -: I"stru(e"t$ I "stru(e"t$
organic li9uid using 1stwalds 1stwalds 1. 8etermination of viscosity coefficient of a given organic
2. 3. 4. . =.
4iscometer. Estimation of copper by using Colorimeter. Conduc Conductom tometri etricc estimat estimation ion of strengt strength h of an acid mi:tur mi:turee using using standa standard rd #a1) #a1) solution 8etermination of p?a value of a weak acid using p) meter. !otentiometric estimation of 3( 3( using standard ? Cr 1L solution. Estimation of (odium & !otassium by lame photometric method.
-RT/: >ou(etric
Total )ardness of a sample of water using disodium salt of E8T3. E8T3. 1. 8etermination of Total 2. 8etermination of Calcium 1:ide in the given sample of cement by ;apid E8T3 method. 3. 8etermination of percentage of Copper in brass using standard sodium thiosulphate solution. 4. 8etermination of $ron in the given sample of )aematite ore solution using potassium dichromate crystals by e:ternal indicator method. . 8etermination of Chemical 1:ygen 8emand of the given industrial waste "ater sample. =. 8etermination of 8issolved 1:ygen in the given water sample by "inklers "inklers method.
Course Outco(es:
The students will gain the knowledge in +. )andling )andling the differe different nt types types of instruments instruments for for analysis analysis using small small 9uantities 9uantities of materials for 9uick and accurate analysis. . By carrying carrying out differ different ent types types of titrations titrations for for estimation estimation of materials materials present present in different types of raw materials like ores and alloys etc. @. 3nalysis 3nalysis of water for hardness hardness,, C18 C18 and alkalinity alkalinity.. Re'ere"ce boo6s:
1. 8(CE laboratory manual. 4ogel, Te:t Te:t book of 9uantitative inorganic 2. . Bassett, ;.C. 8enny, 2.). effery, 3. $. 4o
analysis, 0th Edition. 3. 1. !. 4ermani & #arula, ATheory and !ractice in 3pplied 3pplied Chemistry Chemistry #ew 3ge 3ge $nternational !ublisher 4. 2ary 8. Christian, A 3nalytical chemistry Jth edition, wiley $ndia Sc+e(e o' E5$(i"$tio":
1. 1ne instrumental and one volumetric e:periment shall be set.
2. 8ifferent e:periments shall be set under instrumental 5!art 37 and a common e:periment under volumetric 5!art B7.
CONSI$ION OF INDIA < ROFESSIONAL E.ICS Sub Code: CI1/( Hrs/ Week: ( Total Total Hrs: ,0
CIE:50 SEE:50 Credits: (
Course O01e!tives2 1. To "ro%ide basi! in#or'ation about Indian !onstitution. (. To identi#$ indi%idual role and eti!al res"onsibilit$ to3ards so!iet$.
)odule , Introdu!tion Introdu!tion to te Constitution o# India+ Te Makin& o# te Constitution and Salient #eatures o# te Constitution. rea'ble rea'ble to te Indian Constitution
)odule * ire!ti%e rin!i"les o# State oli!$ 6ele%an!e o# ire!ti%e rin!i"les State oli!$
Minister+ arlia'ent and Su"re'e Court o# India. Sel# stud$ !o'"onent: a3 'akin&+ role o# Union E)e!uti%e and !$ber - "ours la3s.
)odule 3 State E)e!uti%es =o%ernor+ Cie# Minister+ State e&islature+ Hi& Court o# State. A'end'ent ro!edures+ ro!edures+ 4(nd+ 44t+ D4t+ DFt+ Ft 1st A'end'ents. Sel# stud$ !o'"onent: 6ole 6ole o# =o%ernor+ =o%ernor+ !onLi!ts bet3een =o%ern'ent E)e!uti%e. - "ours
)odule 4 S"e!ial ro%ision #or SC ST S"e!ial ro%ision #or Wo'en+ Cildren >a!k3ard >a!k3ard Classes E'er&en!$ E'er&en!$ ro%isions+ Ele!toral ro!ess in India and Hu'an ri&ts. Sel# Sel# stud stud$ $ !o !o'"onen onent: t: I'"l I'"le' e'en enta tattion ion e)e!ut e!utio ion n o# o# "r "ro%isi %ision ons. s. - "ours
)odule 6 S!o"e Ai's o# En&ineerin& Eti!s+ 6es"onsibilit$ 6es"onsibilit$ o# En&ineers I'"edi'ents to 6es"onsibilit$. 6es"onsibilit$. 6isks+ Sa#et$ and liabilit$ o# En&ineers+ Honest$+ Inte&rit$ 6eliabilit$ in En&ineerin&.
Sel# stud$ !o'"onent: ConLi!t o# interest en&ineers. - "ours
Course Out!omes2 A#ter te stud$ o# te !ourse+ te students are able: 1. To To a%e &eneral kno3led&e and le&al litera!$ and tereb$ tereb$ to take u" u" (. ,. 4. 5.
!o'"etiti%e e)a'inations e)a'inations To To understand state and !entral "oli!ies+ #unda'ental #unda'ental duties To To understand Ele!toral ro!ess+ ro!ess+ s"e!ial "ro%isions "ro%isions To To a%e an a3areness a3areness o# u'an ri&ts ri&ts in te national "ers"e!ti%e. "ers"e!ti%e. and To To understand En&ineerin& En&ineerin& eti!s and res"onsibilities res"onsibilities o# En&ineers.
e7t 0oo8s2
1. ur&a ur&a as >asu: >asu: @Intr @Introdu odu!ti !tion on to te Consti Constitut tution ion on India India++ 2Students Edn. renti!e renti!e Hall EEE+ 1t / (0t Edn.+ (001. (. Carles E. Haries+ Mi!ael S rit!ard and Mi!ael . 6obins 6obins @En&ineerin& Eti!s To'"son Asia+ (00,. ,. =.>.6edd$+ =.>.6edd$+ Constitution o# India and ro#essional Eti!s+ IB International International ublisin& ouse %t. td.+ (00F. 4. C.S.*. Murt$+ Indian Constitutional and ro#essional Eti!s+ Hi'ala$a ublisin& House+ (00F.
Re9eren!e 0oo8s2 1 @An Introdu!tion to Constitution o# India+ *ikas ublisin&+ (00(. (. M.=o%i M.=o%inda ndaraG raGan+ an+ S.?ata S.?ataraG raGan+ an+ *.S.Sen .S.Senti tilk lku' u'ar+ ar+ @En&in @En&ineer eerin& in& Eti!s+ renti!e renti!e Hall o# India %t. td. ?e3 eli+ (004. ,. ur&a ur&a as >asu: Intr Introdu!t odu!tion ion to te Constituti Constitution on o# India ;?e3 eli: Wad3a and Co'"an$ a3 ublisers+ (00(. 4. M. . ain+ ain+ Jutlin Jutlines es o# Indian Indian e&al e&al and Consti Constitut tution ional al Histor Histor$+ $+ t e)is ?e)is+ F edition+ (010.
ENVIRON)ENAL S$DIES
SubGe!t E*S1/( Hours/Week: ( Total Total ours : ,0 Course o01e!tives2
Code: CIE: 50 SEE: 50 Credits: (
+ . 6e!o& e!o&ni nie e 'aGo 'aGorr !on! !on!e" e"ts ts in En%i En%irron'e on'ent ntal al s! s!ie ien! n!es es and and
de'onstrate in de"t understandin& o# te en%iron'ent. en%iron'ent. . e%e e%elo lo" " anal anal$t $ti! i!al al skil skills. ls. Crit Criti! i!al al tin tinki kin& n& and and de'o de'ons nstr trat ate e
"roble' sol%in& skills usin& s!ienti9! te!ni-ues. @ . e'onstrate te kno3led&e and trainin& #or enterin& &raduate
or "ro#essional s!ools or te Gobs 'arket. 'arket.
)odule ,
En%iron'ent En%iron'ent ; !o'"onents o# En%iron'ental E!o s$ste'+ Hu'an a!ti%ities
Sel# stud$ !o'"onent: En%iron'ental En%iron'ental Indi!ators. = +ours
)odule * ?atural 6esour!es ; Water resour!es+ A%ailabilit$ and -ualit$ as"e!ts. Water ater borne borne dis diseas eases+ es+ Water ater indu!e indu!ed d dis diseas eases+ es+ io'ass and >io;&as. H$dro&en as an alternati%e #uture sour!e o# ener&$.
Sel# stud$ !o'"onent: Ener&$ auditin& in buildin&s. = +ours
)odule 3 En%iron'ental En%iron'ental ollution and teir e8e!ts+ Water "ollution+ and "ollution+ ?oise "ollution+ ubli! Healt as"e!ts. =lobal =lobal En%ir En%iron' on'ent ental al iss issues ues:: o"ulat o"ulation ion =ro3t =ro3t+ + urban urbania iatio tion+ n+ land land 'ana&e'ent+ 3ater and 3aste3ater 'ana&e'ent.
Sel# stud$ !o'"onent: Urban lake "ollution. = +ours
)odule 4 Air "ollution and auto'obile "ollution: e9nition+ e8e!ts; =lobal 3ar'in& A!id 6ain+ Jone la$er de"letion+ !ontrollin& 'easures. Soli Solid d 3ast 3aste e 'ana 'ana&e &e'e 'ent nt;; Waste aste 'ana 'ana&e &e'e 'ent nt >io' >io'ed edi! i!al al 3ast 3aste e 'ana&e'ent;sour!es+ 'ana&e'ent;sour!es+ !ara!teristi!s and dis"osal 'etods.
Sel# stud$ !o'"onent: E8e!t o# air "ollution to sour!e and !li'ate+ e;3aste. = +ours
)odule 6 Intro Introdu! du!tio tion n to =IS and and 6e'ote e'ote Sensin Sensin&+ &+ A""li! A""li!ati ation on o# =IS 6e'ote e'ote Sensin& in Sensin& En%iron'ental En%iron'ental En&ineerin&. En%iron'ental A!ts 6e&ulations ; 6ole o# =o%ern'ent+ e&al as"e!ts+ role o# ?on;=o%ern'ental ?on;=o%ern'ental Jr&aniations Jr&aniations 2?=J.
Sel# stud$ !o'"onent: !o'"onent: Jter a""li!ations in =IS+ En%iron'ental En%iron'ental Edu!ation. = +ours
Course out!omes2 Students 3ill be able to 1.Understandin& te "rin!i"les o# e!olo&$ and En%iron'ental issues tat a""l$ to air+ land and 3ater issues on a &lobal s!ale. (.e%elo" !riti!al tinkin& and /or obser%ation skills and a""l$ te' to te anal$sis o# a "roble' or -uestion related to en%iron'ent. ,.e'onstrate e!olo&$ kno3led&e o# a !o'"le) relationsi" bet3een "redators+ "re$ and "lant !o''unit$. 4.A""l$ teir e!olo&i!al kno3led&e to illustrate and &ra" a "roble' and des!ribe te realities tat 'ana&ers #a!e 3en dealin& 3it !o'"le) issues. Note2 Nuestion Note2 Nuestion "a"er is o# obGe!ti%e t$"e #or 50 'arks 2
e7t &oo8s: &oo8s : 1. 6anGit aniels 6.. and a&dis Birsnas3a'$+ 2(00+ VEn%iron'ental VEn%iron'ental StudiesV+ Wile$ India ri%ate td.+ ?e3 eli (. 6aGa& aGa&o" o"al alan an 6. 2(00 2(005 5++ VEn% VEn%ir iron on'e 'ent ntal al Stud Studie ies s ; a >aru ru!a !a 2(005 2(005++ VTe)t e)t >ook >ook o# En%ir En%iron' on'ent ental al Studie StudiesV+ sV+ #or U=C+ Uni%ersit$ ress
Re9eren!e &oo8s2 1. 6a'an 6a'an Si%aku'ar Si%aku'ar++ 2(005+ Vrin!i"l Vrin!i"les es o# En%iron'e En%iron'ental ntal S!ien!e and En&ineerin&V+ Se!ond Edition+ Cen&a&e learnin&+ Sin&a"ore. (. Meen Meenak aks sii . 2(00 2(00F F++ VEle VEle'e 'ent nts s o# En%i En%irron'e on'ent ntal al S!ie S!ien! n!e e and and En&ineerin&V+ renti!e renti!e Hall o# India ri%ate i'ited+ ?e3 eli
ENGINEERING )A.E)AICS/II Sub Code: MAT(1 Hrs/ Week: 4 Total Total Hrs: 50
Course O01e!tives2
CIE:50 SEE:50 Credits: 4
1. Classi Classi#$ #$ ordinar ordinar$ $ "artia "artiall di8er di8erent ential ial e-uati e-uation on based based on te order order and de&ree and sol%e it b$ a""l$in& di8erent te!ni-ues. (. 6e!al e!alll Inte Inte&r &rat atio ion n #or #or'ula 'ulae e and and e)"l e)"lai ain n te te 'et 'etod od o# e%al e%alua uati tin& n& double and tri"le inte&rals. ,. E)"lai E)"lain n a"la! a"la!e e trans# trans#or or' ' and a""l$ it to sol%e sol%e ordin ordinar$ ar$ di8erent di8erential ial e-uations.
)OD$LE , LINEAR DIFFERENIAL COEFFICIENS2
E5$AIONS
=I.
CONSAN
Se!o Se!ond nd and and i& i&er er orde orderr line linear ar ordi ordina nar$ r$ i8e i8errenti ential al E-ua E-uati tion ons s 3it 3it !onstant !onstant !oe!ient !oe!ients s/ =ene =enera rall solu soluti tion on o# Ho'o Ho'o&e &ene neou ous s E-ua E-uati tion ons+ s+ Metod o# 9ndin& arti!ular arti!ular Solution; In%erse i8erential o"erator Metod. Sel# stud$ !o'"onent: Metod o# %ariation o# "ara'eters.
,+ "ours
)OD$LE * LINEAR DIFFERENIAL E5$AIONS =I. VARIA&LE COEFFICIENS COEFFICIENS:: Solution o# Cau!$ and e&endre i8erential E-uations. ARIAL DIFFERENIAL E5$AIONS2
Sel# stud$ stud$ !o'"on !o'"onent ent: o3er o3er Series Series soluti solution on o# di8er di8erent ential ial E-uati E-uation. on.
,+ "ours
)OD$LE 3 INEGRAL CALC$L$S2 CALC$L$S2
6edu!tion #or'ulae:
+
+
+ 3ere n and '
are "ositi%e inte&ers+ e%aluation o# te inte&rals 3it standard li'its 20+ . >eta and &a''a #un!tions.
Sel# stud$ !o'"onent: e9nite inte&rals;i'it as a su'.
,+ "ours
)OD$LE 4 )$LILE INEGRALS2 E%aluation o# double Inte&rals+ Can&e o# order in double Inte&ral+ Can&e o# *ariables in ouble Inte&ral+ E%aluation o# Tri"le Inte&rals+ A""li!ation o# ouble Inte&rals.
Sel# stud$ !o'"onent: A""li!ation o# Tri"le Inte&rals.
,+ "ours
)OD$LE 6 LALACE RANSFOR)S2 e9nit e9nition ion and a"la! a"la!e e Trans#o rans#or' r's s o# Ele'e Ele'enta ntar$ r$ #un!ti #un!tions ons++ a"la! a"la!e e Trans#or' Trans#or's s o#
+ eriodi! #un!tions+ #un!tions+ Unit ste" #un!tion.
Inverse La:la!e rans9orms2 In%e In%ers rse e a"l a"la! a!e e Trans rans#o #orr's; 's; >$ te te 'et 'etod od o# arti artial al
Sel#
stud$
,+ "ours
e7t &oo8s2
!o'"onent:
Unit
i'"ulse
#un!tion.
1. >.S. >.S. =re3a =re3al+ l+ @Hi&er Hi&er En&ine En&ineeri erin& n& Mate' Mate'ati ati!s !s Bann Banna a u ubli blise sers+ rs+ rd 4, Edition+ (01,+ IS>?: D1D4015F D1D4015F.. (. H. B. ass+ Er. Er. 6aGnis 6aGnis *er' *er'a+ a+ @Hi&er @Hi&er En&ineerin En&ineerin& & Mate'ati!s+ Mate'ati!s+ S. rd Cand ublisers+ , Edition+ (014+ IS>?: D1(1,0D.
Re9eren!es2 1. >.*.6a'ana+ >.*.6a'ana+ @Hi&er @Hi&er En&ineerin& Mate'ati!s+ Mate'ati!s+ Tata Tata M! =ra3;Hill+ (00FR IS>?: D00D0F,410. (. ?.. ?.. >ali Manis =o$al+ @A @A te)t book o# o# En&ineerin& Mate'ati!s+ Mate'ati!s+ t a)'i ubli!ations+ EditionR IS>?: D1,10,(0. D1,10,(0. ,. Murra$ S"ei&el+ S!au's Jutline o# @Ad%an!ed Mate'ati!s #or En&ineers and S!ientists M!=ra3;Hill+ 1D1R IS>?: D00D0F0(1F. 4. 6.B. 6.B. ain S.6.B. S.6.B. I$en&ar+ Ad%an!ed Ad%an!ed En&ineerin& En&ineerin& Mate'ati!s+ Mate'ati!s+ ?arosa ?arosa ublisin& House+ (00(R IS>?: 1D,14(0,.
Course Out!omes2 Jn !o'"letion o# te !ourse a student 3ill be able to 1. 6e"ro e"rodu du!e !e te! te!ni ni-u -ues es to sol% sol%e e di8e di8errenti ential al e-ua e-uati tion on 2Jr 2Jrdina dinar$ r$ di8er di8erent ential ial e-uati e-uation on artial artial di8er di8erent ential ial e-uati e-uation on++ re!al re!alll and e)tend te !on!e"ts o# Inte&rals+ e)"lain a"la!e Trans#or'. (. Sol%e di8ere di8erential ntial e-uation e-uation++ "ra!ti!e Inte&ra Inte&ration tion++ and a""l$ a"la!e a"la!e trans#or'. ,.
ANNADA ALI (Only 9or Non/arnata8a Non/arnata8a Students' (Non Credit )andatory Course' Sub Code: BA?10/(0 Hrs/ Week: ( Total Total Hrs: ,0
CIE:50 SEE:?A Credits: ass ass =rade
Course O01e!tives2 ?on Barnataka students are tau&t Bannada trou& Bannada Bali. )odule , Introdu!in& ea! oter 1. ersonal ronouns+ ossessi%e #or's+ Interro&ati%e 3ords. Introdu!in& ea! oter (. ersonal ronouns+ ossessi%e #or's+ Kes/?o T$"e T$"e Interro&ation Interro&ation En-uirin& about a roo' #or rent. Nualitati%e and -uantitati%e adGe!ti%es. Sel# stud$ !o'"onent: About 6a'a$ana. ossessi%e #or's o# nouns+
dubieti%e -uestion+ 6elati%e nouns. = +ours
)odule * En-uirin& about te !olle&e. redi!ati%e redi!ati%e #or's+ lo!ati%e !ase. In a otel;dati%e !ase de#e!ti%e %erbs. lannin& #or a "i!ni!. I'"erati%e+ er'issi%e+ er'issi%e+ ortati%e. Sel# stud$ !o'"onent: *e&etable 'arket. ?u'eral+ "lurals. +ours
)odule 3 Con%ersation bet3een o!tor and te "atient. *erb; iru+ ne&ation illa+ non "ast tense. o!tors ad%ise to atient. otential #or's+ no"ast !ontinuous. About >rinda%an =arden. ast tense+ ne&ation.
=
Sel# stud$ !o'"onent: is!ussin& about a 9l'. ast tense+ ne&ation. = +ours
)odule 4 About routine a!ti%ities o# a student. *erbal arti!i"le+ reLe)i%e #or'+ ne&ation. Tele"one Tele"one !on%ersation. ast ast and "resent "resent "er#e!t "ast !ontinuous !ontinuous and teir ne&ation. About Halebidu+ >elur. >elur. 6elati%e+ "rin!i"le+ ne&ation. Sel# stud$ !o'"onent: is!ussin& about e)a'ination and #uture "lan.
Si'"le !onditional and ne&ati%e. = +ours
)odule 6 Bannada >aase 2esson #or readin& Manataru%a San&atialla 2esson #or readin& >eku >eda&alu 2lesson #or readin& Sel# stud$ !o'"onent: About Barnataka +ours
Course Out!omes2 ?on Barnataka Barnataka students 3ill be able to intera!t in da$ to da$ a!ti%ities.
e7t 0oo8s2 1. H B aka""a aka""a =o3da+ =o3da+ Sait$a: Sait$a: >au' >au'uka uka Cintan Cintane+ e+ I>H rakasana. (. *i%ek *i%ek 6ai+ Bannada Bannada ?udinade$ ?udinade$a a >araa&alu+ >araa&alu+ Sa"na >ooks. >ooks. ,. B * ?ara$ana+ ?ara$ana+ Bannada Bannada Adunud Adunudi$a i$a Sollari'e Sollari'e++ ra&ati ra&ati ublisers. 4. 6aa'at 6aa'at Tarikeri+ Tarikeri+ Maradola&a Maradola&ana na Bi!!u+ Bi!!u+ Abina%a Abina%a ublisers. Note2
=
Ea! student ad'itted to te >.E "ro&ra' needs to re&ister #or tese 'andator$ !ourses. Tere is no Se'ester End E)a'ination 2SEE #or te 'andator$ !ourses. Te ass =rade / ?ot assed 3ill be a3ar a3arde ded d to te te stud studen entt base based d on te te "er# "er#or or'a 'an! n!e e in te te Continuous Internal E%aluation 2CIE. Students 3o do not se!ure te ass =rade #or te 'andator 'andator$ $ !ourses !ourses are not eli&ible eli&ible #or te a3ard o# te de&ree.
ANNADA )ANAS$ (Only 9or 9 or arnata8a Students' (Non Credit )andatory Course' Sub Code: BA?10/(0 Hrs/ Week: ( Total Total Hrs: ,0
CIE:50 SEE:?A Credits: ass ass =rade
Course O01e!tive2 Students o# Barnataka Barnataka 3ill be able to kno3 about !ulture o# Barnataka.
Sel# stud$ !o'"onent: ro%erbs 2=ade&alu+ Bannada oets 2Ba%i&alu+ Sort stories 2Bate&alu+ Essa$s 2rabanda&alu+ J3n senten!es 2S3anta *ak$a.
3+ "ours
Course Out!ome2 Trou& te te stud$ o# tis !ourse !ourse Students o# Barnataka Barnataka 3ill understand istor$+ !ulture+ "ra!ti!es and erita&e o# Barnataka. Note2 Ea! student ad'itted to te >.E "ro&ra' needs to re&ister #or tese 'andator$ !ourses. Tere is no Se'ester End E)a'ination 2SEE #or te 'andator$ !ourses. Te ass =rade / ?ot assed 3ill be a3ar a3arde ded d to te te stud studen entt base based d on te te "er# "er#or or'a 'an! n!e e in te te Continuous Internal E%aluation 2CIE. Students 3o do not se!ure te ass =rade #or te 'andator 'andator$ $ !ourses !ourses are not eli&ible eli&ible #or te a3ard o# te de&ree. /!SINESS COMM!NIC-TION -N RESENT-TION S?I,,S
Sub Su b Code Code:: /C1 /C18@ 8@28 28 CIE: CIE:* * Hrs@ e ee6: e6: 2
SEE:*
Tot$ Tot$ Hrs: 3*
Credits: 2
Course Objectives:
To train train the studen students ts to develo develop p their their commun communicat ication ion skills skills as a compete competent nt prospec prospectiv tivee engineer. This course also offers the students to be well e9uipped to apply for a Iob, writing reports and participate in group discussions discuss ions and face interviews. This course also als o provides the students to be familiar with newer techni9ues in technical communication.
Modue 1
Business Business communicati communication on covering, covering, ;ole of communicati communication on in information information ageD concept concept and meaning of communicationD skills necessary for technical communicationD Communications in a technical organi'ation. Sel# stud$ !o'"onent: Barriers to the process of communication.
=
+ours
Modue 2
(tyle (tyle and organi'ati organi'ation on in technical technical communicat communication ion covering, covering, =istening, =istening, speaking, reading and and writ writin ing g as skill skillsD sD 1bIec 1bIecti tivi vity ty,, clari clarity ty,, prec precisi ision on as defi defini ning ng featu feature ress of tech techni nical cal communicationD =anguage and format of various types of business lettersD =anguage and style of reportsD ;eport writing strategies. Sel# stud$ rious types types of busine business ss writin writing g =etter =etters, s, report reports, s, notes, notes, stud$ !o'"on !o'"onent ent: 4arious
memosD 3nalysis of a sample report for report writing.
= +ours
Modue 3
Comm Commun unic icati ation on and and pers person onali ality ty deve develo lopm pment ent cove coveri ring ng,, !sy !sychol cholog ogic ical al aspect aspectss of communication, cognition as a part of communicationD Emotional $ntelligenceD !oliteness and
Eti9uette in communicationD Cultural factors that influence communication. Sel# stud$ !o'"onent: Mannerisms to be avoided in communicationD =anguage and
persuasionD =anguage and conflict resolution.
= +ours
Modue 4
1ral !resentation !resentation and professional professional speaking speaking covering covering the basics of English English pronunciati pronunciationD onD Elements of effective presentationD Body =anguage and use of voice during presentationD Connec Connectin ting g with with the audien audience ce during during present presentati ationD onD !roIect !roIecting ing a positi positive ve image image while while speakingD !lanning and preparing a model presentationD 1rgani'ing the presentation to suit the audience and conte:t. Sel# stud$ !o'"onent: Basics of public public speakingD speakingD !reparing !reparing for a speech. speech.
=
+ours
Modue
Career oriental communication covering, ;esume and biodata 8esign & styleD 3pplying for a Iob =anguage and format of Iob application. )ow to prepare for interviewsD =anguage and style style to be used used in interv interview iewDD 2roup 2roup 8iscuss 8iscussion ion structu structure re and dynamics dynamics and effect effective ive participation in group discussion. Sel# stud$ !o'"onent: 3dvanced 3dvanced Techni9 Techni9ues ues in Technical echnical Communicati Communication on covering, covering, $nterview through telephone-video%conferencingD !ower%point presentation and email, using internet materials for proIect reportsD "riting for the mediaD Model group discussions.
= +ours
Te5t@Re'ere"ce boo6s:
+. red =uthans, 1rgani'ational Behaviour, Mc2raw )ill )igher e ducation + edition. . =esikar and petit, ;eport writing for Business Mc2raw%)ill-$rwinD +/ edition. @. M. 3shraf ;i'vi, Effective Technical Technical Communication, Tata Mc2raw )illD //. 0. ackie =. ankovich%)artman, Elaine 3. =emay, !resentation (uccess 3 (tep%by%step 3pproach, Thomson =earning. . arhathullah, T. M. Communication skills for Technical Technical (tudents, 1rient Blackswan, //.
/IO,OGY 0OR ENGINEERS Sub Su b Code Code:: /IE1 /IE18@ 8@28 28 CIE: CIE:* * Hrs@ e ee6: e6: 2
SEE:*
Tot$ Tot$ Hrs: 3*
Credits: 2
Course o01e!tives2
•
To To understand #unda'entals o# biolo&i!al 'e!anis's 'e!anis's o# li%in&
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or&anis's or&anis's #ro' te "er!e"tion o# en&ineers. In addi additi tion on++ te te !our !ourse se is e)"e e)"e!t !ted ed to en!o en!our ura& a&e e en&i en&ine neer erin in& & students to tink about sol%in& biolo&i!al "roble's 3it en&ineerin&
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tools. To To understand >iolo&i!al i%ersit$ o# li%in& 3orld and i'"ortant
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'a!ro'ole!ules. To To understand te 'ole!ular 'e!anis's o# skeletal and 'us!ular
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s$ste' to e)tra"olate instru'ents like >iosensors. =eneral "rin!i"les o# !ell si&nallin& in ?er%ous s$ste' and I''une s$ste'.
)OD$LE , CELL &IOLOGY Cell teor$R J%er%ie3 o# CellR !o'"arison o# !ell t$"esR Cell Stru!ture Stru!ture and
Cell re"rodu!tion re"rodu!tion and di8erentiation
- "ours
)OD$LE * &IOC.E)ISRY =eneti! in#or'ation Lo3R >iolo&i!al i%ersit$R Ce'istr$ o# li#eR En$'es: %arious en$'es teir a""li!ations in industries oter 9elds. Sel9 study2 Tissue en&ineerin& its a""li!ations a""li!ations - "ours
)OD$LE 3 )$SC$LOSELEAL SYSE) AND IS ALICAIONS Hu'an 'us!ular s$ste'R Hu'an skeletalR Goints and t$"es o# 'o%e'ents in u'an bod$ Sel9 study2 A""li!ations Me!atroni!s. Me!atroni!s. - "ours
)OD$LE 4 NE$RAL SYSE) AND IS ALICAIONS ALICAIONS ?er%ous ?er%ous s$ste'R s$ste'R neuro neuro'us! 'us!ular ular Gun!tion Gun!tionRR a!tion "otential "otential.. Sel9 study2 A""li!ation o# ?eural net3orksR net3orksR data 'inin&/o"ti!al !ara!ter !ara!ter re!o&nition. - "ours
)OD$LE 6 CELL SIGNALING =ene =enera rall "rin "rin!i !i"l "les es o# !ell !ell si&n si&nal alli lin& n& in a "lan "lantt !ell !ell++ ani' ani'al al !ell !ell and and 'i!robial !ell.
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- "ours Course out!omes2
1. =rad =radua uate te 3ill 3ill be able able to unde unders rsta tand nd te te basi basi! ! or&a or&ani nia ati tion on o# or&anis's. (. =raduate 3ill be able to anal$e te %arious "eno'ena in te !ell and e)tra"olate it to en&ineerin& 9elds. , =raduate 3ill be kno3led&eable/ skil#ul to sol%e a biolo&i!al "roble' tat re-uires en&ineerin& e)"ertise.
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,. @6oss and Wilson7s Anato'$ and "$siolo&$ in Healt and Illness
Anne An ne Wau& au& and and Alli Alliso son n =ran =rantt ,rd edition+ edition+ Cur!ill Cur!ill li%in&sto li%in&stone ne "ubli!ation.
Re9eren!e 0oo8s2 1. @Hand Handbo book ok o# =ene =enera rall An Anat ato' o'$ $ >.. >.. Cur Curas asia ia++ 4t edition edition C>S ubliser. (. Essent sentia ials ls
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CONRI&$OR ERSONALIY DEVELO)EN (Non Credit )andatory Course'
Sub Code: C10/(0 Hrs/ Week: ( Total Total Hrs: ,0
CIE:50 SEE:?A Credits: ass ass =rade
Course O01e!tives2 JbGe!ti%e is to train en&ineerin& students #or de%elo"in& !ontributor "ersonalit$. )odule , U?IT U?IT;1: ;1: Wo Wo is a !ont !ontri ribu buto tor r++ Con! Con!e" e"tt E)"l E)"lor orat atio ions ns a""l a""li! i!at atio ion n e)a'"les+ roGe!t 1: To re!o&nie @!ontributor -ualities in a!tion+ and understand 3$ !ontributors are %alued so 'u! in 3ork "la!e. U?IT U?IT;( ;(:: Te Te !ont !ontri ribu buto tor7 r7s s iden identi tit$ t$++ bein bein& & and and be!o be!o' 'in&R in&R Con! Con!e" e"tt E)"l E)"lor orat atio ions ns a""l a""li! i!at atio ion n e)a' e)a'"l "les es++ roG roGe! e!tt 1: To re!o& e!o&ni nie e stat stati! i! identities and d$na'i! identities in "eo"le around 'e 2"eo"le kno3 and 'eet da$ in and da$ out
Sel9 study !om:onent !om:onent:: 6e'ainin& roGe!ts o# Units 1 (. = +ours
)odule* U?IT;,: Te !ontributor7s %ision o# su!!ess+ not onl$ e)ternal re3ards but also dee" inner #ul9ll'entR Con!e"t E)"lorations a""li!ation e)a'"les+ roGe!t 1: To re!o&nie o3 a !ontributor !ons!iousl$ 3idens and dee"ens
is/er @su!!ess %ision trou& li#e7s e)"erien!es 2Usin& 9l' based !ase studies U?IT U?IT;4: Te !ontri !ontribut butor7 or7s s %ision %ision o# !areer !areer++ #ro' #ro' a!-uis a!-uisiti iti%e %e !areer !areer to !ontributi%e !areerR Con!e"t E)"lorations a""li!ation e)a'"les+ roGe!t 1: To lear learn n @!on @!ontr trib ibut utor or !ar !areer eer stra strate te&i &ies es #ro' #ro' an e)"er )"erie ien! n!ed ed !ontributor.
Sel9 study !om:onent !om:onent:: 6e'ainin& "roGe!ts o# units , 4. = +ours
)odule 3 U?IT U?IT;5: Te s!o"e s!o"e o# !ontr !ontribu ibutio tion+ n+ !ontri !ontribut bution ion to sel#+ sel#+ or&an or&ania iatio tion n so!iet$R Con!e"t E)"lorations a""li!ation e)a'"les roGe!t 1: To identi#$ !ase e)a'"les o# "eo"le 3o a%e 3idened teir s!o"e o# !ontribution. U?IT U?IT;F: E'bar E'barkin kin& & on te Gour Gourne$ to !ontri !ontribut butor orsi si"+ "+ #ro' #ro' %i!ti' %i!ti' to !reator o# '$ o3n destin$+ Con!e"t E)"lorations a""li!ation e)a'"les+ roGe!t 1: To e'bark on te Gourne$ o# !ontributorsi".
Sel9 study !om:onent2 !om:onent2 6e'ainin& 6e'ainin& "roGe!ts o# Units 5 F. = +ours
)odule 4 U?IT;D: esi&n solutions+ Con!e"t E)"lorations a""li!ation e)a'"les+ roGe!t roGe!t 1: To identi#$ identi#$ o3 "eo"le "eo"le 2!ontribu 2!ontributors tors a%e #ound solutions solutions to !allen&es te$ a%e #a!e+ and o3 te$ "ra!ti!ed desi&nin& solutions. U?IT;: U?IT;:
Sel9 study !om:onent2 U?IT;: !om:onent2 U?IT;: En&a&e dee"l$+ Con!e"t E)"lorations a""li! a""li!ati ation on e)a' e)a'"le "lesR sR roGe roGe!t !t 1: To stud$ stud$ o3 "eo"le "eo"le 2!ontr 2!ontribu ibutor tors s @en&a&e dee"l$ @in teir 3ork and o3 te$ de'onstrated @en&a&in& = +ours dee"l$ @"ra!ti!es.
)odule 6 U?IT U?IT;10 ;10:: Tin Tink k in enli& enli&t ten ened ed sel# sel#;i ;int nter eres est+ t+ Con! Con!e" e"tt E)"l E)"lor orat atio ions ns a""li!ation e)a'"les+ roGe!t 1: To stud$ o3 "eo"le 2!ontributors @tink in enli&tened sel#;interest. sel#;interest. U?IT U?IT;1 ;11: 1: ra!t ra!ti! i!e e i'a& i'a&in inat ati% i%e e s$ s$' '"at "at$+ $+ Con! Con!e" e"tt E)"l E)"lor orat atio ions ns a""li! a""li!ati ation on e)a' e)a'"le "les+ s+ roGe roGe!t !t 1: To stud$ stud$ o3 "eo"le "eo"le 2!ontr 2!ontribu ibutor tors s @"ra!ti!e i'a&inati%e s$'"at$.
Sel9 study !om:onent2 !om:onent2 U?IT;1(: e'onstrate trust bea%ior+ Con!e"t E)"lor E)"lorati ations ons a""li! a""li!ati ation on e)a'" e)a'"les les++ roGe roGe!t !t 1: To stud$ stud$ o3 "eo"le "eo"le 2!ontributors de'onstrate @trust bea%ior. = +ours
Course Out!omes2 En&ineerin& students 3ill be able to be!o'e su!!ess#ul !ontributors.
e7t 0oo8s2 >e!o'e a !ontributorR de%elo" $our !ontributor "ersonalit$+ i; be!o'e "ubli!ations+ 333.i;be!o'e.or&
Note2 Ea! student ad'itted to te >.E "ro&ra' needs to re&ister #or tese 'andator$ !ourses. Tere is no Se'ester End E)a'ination 2SEE #or te 'andator$ !ourses. Te ass =rade / ?ot assed 3ill be a3ar a3arde ded d to te te stud studen entt base based d on te te "er# "er#or or'a 'an! n!e e in te te Continuous Internal E%aluation 2CIE. Students 3o do not se!ure te ass =rade #or te 'andator 'andator$ $ !ourses !ourses are not eli&ible eli&ible #or te a3ard o# te de&ree. C !ourse !ondu!tion+ E%aluation and sub'ission o# 'arks: 1. Te tea!in& tea!in& de"art' de"art'ent ent o# C is res"e!t res"e!ti%e i%e bran bran!es. !es. (. Te tea!in& #a!ulties a%e to 'aintain te re!ord o# attendan!e.
,. C #a!ulties #a!ulties a%e a%e to 'ake an inter internal nal assess'en assess'entt 2IA o# (5 'arks based on student attendan!e+ !lass "arti!i"ation and intera!tion. 4. Te se'ester end test -uestion "a"er 3ill !onsist o# t3o "artsR "artsR art A 3ill a%e , -uestions o# 5 'arks ea! 215 'arks and art;> art;> 3ill a%e a !ase stud$ anal$sis #or 10 'arks. 5. Se'e Se'ester ster end end C test #or #or (5 'arks 'arks a%e to be be e%aluated e%aluated and 'arks 'a rks ent enter ered ed in att attend endan! an!e e re re&is &ister ter bes beside ide IA 'a 'arks rks++ te total to be !o'"uted. F. Al Alll 'ar arks ks to be enter entered ed in stude student nt blue blue bo book oks s an and d to be si&ned b$ tea!in& #a!ult$ and de"art'ent ead. Te blue books 3ill re'ain in te res"e!ti%e de"art'ents. de"art'ents. D. T Te e 9n 9nal al 'ar arks ks li list st #o #orr 50 'ar arks ks du dul$ l$ si si&n &ned ed b$ te tea! a!i in& n& #a!ult$ and HJ to be sub'itted to
