AEIE Final Upto 4thYear Syllabus 23.07.13 (3)

8/13/2019 AEIE Final Upto 4thYear Syllabus 23.07.13 (3)

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Syllabus for B.Tech( APPLIED ELECTRONICS ANDINSTRUMENTATION ENGINEERING ) Up to Fourth Year

Revised Syllabus of B.Tech AEIE (for the students who were admitted in Academic Session 20 0!20 "

COURSE STRUCTURE IN

Third Semester

A. Theory

Sl.No. Code Paper

Contact Hour !"ee# Cred$tPo$ntL T P Total

M%CS& '() #umerical $ethods 2 0 % 22 M '(* $athematics & III % 0 ' '% EC%EI& '() i)ital Electronic *ircuits % 0 0 % %' EC%EI& '(* Analo) Electronic *ircuits % 0 0 % %+ EE%EI& '() *ircuit Theory and #etwor,s % 0 ' '- EI '() Electrical $easurement Instrumentation % 0 ' '

Total Theory *) *( +. Pract$cal

/ M%CS& ',) #umerical $ethods ab 0 0 2 21 EC%EI& ',) i)ital Electronic *ircuits ab 0 0 % % 2

EC%EI& ',* Analo) Electronic *ircuits ab 0 0 % % 20 EE%EI& ',) *ircuits and #etwor,s ab 0 0 % % 2

Total Pract$cal )) -Total o Se/e ter '* *-

3ourth Semester

A. Theory

Sl.No.

Code PaperContact Hour !"ee# Cred$t

Po$ntL T P TotalHU 0() 4alues Ethics in 5rofession % 0 0 % %

2 PH%EE&0()

5hysics & II % 0 ' '

% CH 0()Basic Environmental En)ineerin) ElementaryBiolo)y % 0 0 % %

' EI 0() Sensors and Transducers % 0 ' '+ EI 0(* $icro6rocessors and *om6uter Architecture % 0 ' '

- EE0(*%EI&

3ield theory % 0 0 % %

Total Theory *( *) +. Pract$cal

/ HU 01) Technical re6ort writin) lan)ua)e laboratory 6ractice 0 0 % % 2

1 PH%EE&0,)

5hysics &II ab 0 0 % % 2

EI 0,) Electrical $easurement Instrumentation ab 0 0 % % 20 EI 0,* $icro6rocessor ab 0 0 % % 2

Total Pract$cal )* 1Total o Se/e ter '* *,

Total o 2ear 34


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5$ th Se/e ter

A. TheorySl.No.

5$eld Code Paper Contact Hour !"ee# Cred$tPo$ntL T P Total

HU HU 3() Economics for En)ineers % 0 0 % %2 PC EI 3() Industrial Instrumentation % 0 ' '% PC EI 3(* *ontrol Theory % 0 ' '' PE EI 3('A !

EI 3('+76toelectronics 3ibre 76tics8Advanced Sensors8 % 0 0 % %

+ 5E EI 3(0A! EI 3(0+!EI 3(0C

ata Structures Al)orithms(*S"8ata Base $ana)ement System(*S"8Software En)ineerin)(IT"

% 0 0 % %

Total Theory )- )- +. Pract$cal- PC EI 3,) Industrial Instrumentation ab 0 0 % % 2/ PC EI 3,* Sensors and Transducers ab 0 0 % % 21 PC EI 3,'%EE& *ontrol En)ineerin) ab 0 0 % % 2

5E EI 3,0A !EI 3,0+ ! EI 3,0C

ata Structures Al)orithms ab(*S"8B$S ab(*S"8Software En)ineerin) ab(IT"

0 0 % % 2

Total Pract$cal )* 1Total o Se/e ter *, *3

S$6th Se/e ter

A. TheorySl.No.

5$eld Code Paper Contact Hour !"ee# Cred$tPo$ntL T P Total

HU HU 4() 5rinci6les of $ana)ement 2 0 0 2 22 PC EI 4() 5rocess *ontrol!I % 0 ' '% PC EI 4(* Electronic Instrumentation and $easurement % 0 ' '' PC EI 4(' Advanced $icro6rocessors

$icrocontrollers % 0 ' '

+ PE EI 4(0A !EI 4(0+ !EI 4(0C

Bio $edical Instrumentation8Soft *om6utin)8

#on estructive Testin) 9ltrasonicInstrumentation

% 0 0 % %

- 5E EI 4(3A !EI 4(3+!EI 4(3C!EI4(3D

i)ital Si)nal 5rocessin)(E*"8$icrowave En)ineerin)(E*"8 Antenna Theory 5ro6a)ation(E*"

#on *onventional Ener)y Sources

% 0 0 % %

Total Theory *( *( +. Pract$cal/ PC EI 4,) 5rocess *ontrol ab 0 0 % % 21 PC EI 4,* Electronic Instrumentation and $easurement

ab 0 0 % % 2

PC EI 4,' Advanced $icro6rocessors $icrocontrollers ab 0 0 % % 2

0 EI 41) Seminar 0 0 % % 2Total Pract$cal )* 1

Total o Se/e ter '* *1Se7enth Se/e ter

A. Theory

2


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NUMERICAL METHODS

Code = M%CS& '()Contact = *L>)TCred$t =*

A66ro 3i 5ro6a)ationof errors. ('"

Inter6olation= #ewton forward8bac,ward inter6olation> a)ran)e?s and #ewton?s divided difference Inter6olation. (+"

#umerical inte)ration= Tra6e@oidal rule> Sim6son?s 8% rule> E Re)ula!3alsi method> #ewton!Ra6hson method. ('"

#umerical solution of ordinary differential e uation= Euler?s method> Run)e! utta methods> 5redictor!*orrector methodsand 3inite ifference method. (-"

Te 795.+. Srimanta 5al= #umerical $ethods> 795.

MATHEMATICS

Code= M '(*

Contact = 'L >)T ? 0

Cred$t = 0

@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@Note )= The ent$re ylla;u ha ;een d$7$ded $nto our /odule .Note *= Structure o ue t$on Paper There 8$ll ;e t8o 9roup $n the paper=

Group A= Ten Bue t$on each o * /ar# are to ;e an 8ered out o a total o )3 Bue t$on co7er$n9 theent$re ylla;u .

Group += 5$7e Bue t$on each carry$n9 )( /ar# are to ;e an 8ered out o %at lea t& 1 Bue t$on .Student hould an 8er at lea t one Bue t$on ro/ each /odule.

At lea t * Bue t$on hould ;e et ro/ each o Module II I


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Su;:Top$c = Introduction> 5eriodic functions= 5ro6erties> Even 7dd functions= 5ro6erties> S6ecial wave

forms= S uare wave> alf wave Rectifier> 3ull wave Rectifier> Saw!toothed wave> Trian)ular wave.( "Euler?s 3ormulae for 3ourier Series> 3ourier Series for functions of 6eriod 2F> 3ourier Series for functions of

6eriod 2l> irichlet?s conditions> Sum of 3ourier series. E 3ourier *osine Sine Transforms.3ourier> 3ourier *osine Sine Transforms of elementary functions. ( "

5ro6erties of 3ourier Transform= inearity> Shiftin)> *han)e of scale> $odulation. E Inverse of 3ourier Transform> E *auchy!Riemann E uations (statement only". Sufficient condition for a function to beanalytic. armonic function and *on;u)ate armonic function> related 6roblems. ( "

*onstruction of Analytic functions= $ilne Thomson method> related 6roblems . ( "

Top$c= Co/ple6 Inte9rat$on.

Su;:Top$c = *once6t of sim6le curve> closed curve> smooth curve contour. Some elementary 6ro6erties ofcom6le< Inte)rals. ine inte)rals alon) a 6iecewise smooth curve. E *auchy?s inte)ral formula for the derivative of an analytic function> *auchy?sinte)ral formula for the successive derivatives of an analytic function. E order of @ero> Sin)ularities of an analytic function. Isolated and non!isolated sin)ularity> essential sin)ularities. 5oles= sim6le 6ole> 6ole of order m.E 6roblems on findin) the residue of a )iven function>

evaluation of definite inte)rals=2

0 0

sin ( " > >

cos sin ( "C

x d P z dx dz

x a b c Q z

+ + (elementary cases>5(@" H(@" are 6olynomials of 2

nd

order or less". (2"

+


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2. Brown D.K and *hurchill R.4= *om6le< 4ariables and A66lications> $c:raw! ill.

%. as #.:.= Statistical $ethods> T$ .'. :rewal B S= i)her En)ineerin) $athematics> hanna 5ublishers.+. Dames :.= Advanced $odern En)ineerin) $athematics> 5earson Education.-. i6schut@ S.> and i6son $. .= 5robability (SchaumLs 7utline Series"> T$ .

References:. Bhamra . S.= 5artial ifferential E uations= An introductory treatment with a66lications> 5 I2. utta ebashis= Te #ew A)e International 5ublishers.%. rey@i) E.= Advanced En)ineerin) $athematics> Dohn Kiley and Sons.'. 5otter $.*> :oldber) D. and Aboufadel E.3.= Advanced En)ineerin) $athematics> 795.+. Ramana B.4.= i)her En)ineerin) $athematics> T$ .-. S6ie)el $.R. > i6schut@ S.> Dohn D.S.> and S6ellman .> = *om6le< 4ariables> T$ .

D$9$tal Electron$c C$rcu$tCode = EC%EI& '()Contact = 'LCred$t = '

Top$c No. oper$od

Module IData and nu/;er y te/ Binary> 7ctal and eAS*II> EB I*> :ray codes and their conversionsN Si)ned binary numberre6resentation with ?s and 2?s com6lement methods> Binary arithmetic.

'

+oolean al9e;ra 4arious o)ic )ates! their truth tables and circuitsNRe6resentation in S75 and 57S formsN $inimi@ation of lo)ic e !ma6 method and Huine!$c*laus,ey method

'

Module IICo/;$nat$onal c$rcu$t ! Adder and Subtractor circuitsN A66lications and circuits of Encoder>

ecoder> *om6arator> $ulti6le e!$ulti6le R7$> E5R7$> EER7$ '

Module IIISeBuent$al C$rcu$t ! Basic memory element!S!R> D! > and T 3li6 3lo6s> various ty6es ofRe)isters and counters and their desi)n> Irre)ular counter> State table and state transitiondia)ram> se uential circuits desi)n methodolo)y.

+

D$ erent type o A!D and D!A con7er $on techn$Bue . '

Lo9$c a/$l$e ! TT > E* > $7S and *$7S> their o6eration and s6ecifications. '%0

Te6t +oo# =. A.Anand umar> 3undamentals of i)ital *ircuits! 5 I2. A. .$aini! i)ital Electronics! Kiley!India%. harate! i)ital Electronics! 7 28e > $c :raw ill%. .Taub .Shillin)> i)ital Inte)rated Electronics! $c :raw ill.'. .Ray *haudhuri! i)ital *ircuits!4ol!I II> 28e! 5latinum 5ublishers+. :ivoneO i)ital 5rinci6les esi)n> $c :raw ill-. Tocci> Kidmer> $oss! i)ital Systems> 8e! 5earson/. S. .$andal> i)ital Electronics 5rinci6les and A66lications! $c :raw ill.

/


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'. D.Bi)nell R. onovan! i)ital Electronics!+8e! *ena)e earnin).

1. each $alvinoO i)ital 5rinci6les A66lication> +8e> $c :raw ill. 3loyed Dain! i)ital 3undamentals!5earson.0. 5.Ra;a! i)ital Electronics! Scitech 5ublications. S.Ali)ahanan> S.Ariba@ha)an> i)ital *ircuit esi)n! Bi,as 5ublishin)

ANALOG ELECTRONIC CIRCUITSCode = EC%EI& '(*Contact = 'LCred$t = '

Top$c No. oper$od

Module I5$lter and Re9ulator = *a6acitor filter> F!section filter> ri66le factor> series and shunt volta)ere)ulator> 6ercenta)e re)ulation> /1 ifferential Am6lifier> *onstant current source(current mirror etc."> level shifter> *$RR> 76en *losed loo6 circuits> im6ortance offeedbac, loo6 (6ositive ne)ative"> invertin) non!invertin) am6lifiers> volta)efollower8buffer circuit.

+

Appl$cat$on o Operat$onal A/pl$ $er = adder> inte)rator differentiator> com6arator>Schmitt Tri))er. Instrumentation Am6lifier> o) Anti!lo) am6lifiers> Trans!conductance

multi6lier> 5recision Rectifier> volta)e to current and current to volta)e converter> free runnin)oscillator.

+

Mult$7$;rator & $onostable> Bistable> Astable multivibratorsN $onostable and astableo6eration usin) +++ timer.

2

%0Te6t +oo# =

. Sedra Smith!$icroelectronic *ircuits! 7 %8e> $c:raw ill%. Boylested #ashels,y! Electronic evices and *ircuit Theory! 5earson85 I

Re erence +oo# =. $illman al,ias & Inte)rated ElNectronics> $c:raw ill.2. Rashid!$icroelectronic *ircuits!Analysis and esi)n! Thomson (*ena)e earnin)"%. Schillin) BeloveOElectronic *ircuit= iscrete Inte)rated > %8e > $c:raw ill'. Ra@avi! 3undamentals of $icroelectronic s! Kiley+. $alvinoOElectronic 5rinci6les > -8e > $c:raw ill-. orowit@ ill! The Art of ElectronicsN *ambrid)e 9niversity 5ress.

1


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/. Bell! 76erational Am6lifiers and inear I*s! 7 $c :raw ill.. :aya,wad R.A !! 76Am6s and inear I*?s> 5 I0. *ou)hlin and riscol & 76erational Am6lifier and inear Inte)rated *ircuits & 5earson Education

CIRCUIT THEOR2 AND NET"ORJSCode = EE%EI& '()Contact = 'L >)TCred$t = 0

Top$c No. oper$od

Module IIntroduction= *ontinuous iscrete> 3i inear and #onlinear> um6edand istributed> 5assive and Active networ,s and systems. Inde6endent e6endent sources>Ste6> Ram6> Im6ulse> Sinusoidal> S uare> Saw tooth si)nals.

%

*ou6led circuits= $a)netic cou6lin)> 5olarity of coils> 5olarity of induced volta)e> *once6t ofSelf and $utual inductance> *oefficient of cou6lin)> $odelin) of cou6led circuits> Solution of

6roblems.

%

Resonant *ircuits= Series and 5arallel Resonance> Im6edance and Admittance *haracteristics>Huality 3actor> alf!5ower 5oints> Bandwidth> Resonant volta)e rise> Transform dia)rams>Solution of 5roblems

'

Module IIa6lace transforms= *once6t of com6le< fre uency> transformation of ste6> e

overdam6ed sur)e> critically dam6ed sur)e> dam6ed sine> undam6ed sine functions> 6ro6erties

of a6lace Transform> linearity> real!differentiation> realinte)ration> Initial 4alue Theorem and

3inal 4alue Theorem> Inverse a6lace Transform> a66lications in circuit analysis> 5artial

3ractions e eaviside?s E Im6ulse> Ste6 Sinusoidal res6onse of

R > R*> and R * circuits. Transient analysis of different electrical circuits with and without

initial conditions. *once6t of *onvolution theorem and its a66lication. Solution of 5roblems

with * A* sources.

0

Module III #etwor, e uations= irchoff?s 4olta)e aw *urrent aw> 3ormulation of networ,e uations> Source transformation> oo6 variable analysis> #ode variable analysis. #etwor,theorem= Su6er6osition> Thevenin?s> #orton?s $a Branch> Tree lin,> ;unctions> Incident matri Tie!setmatri< and loo6 currents> *ut!set matri< and node 6air 6otentials> duality> solution of

6roblems.

'

Module I Transmission 6arameters> ybrid 6arameters and their inter relations.rivin) 6oint im6edance Admittance. Solution of 5roblems with * A* sources.

'

*ircuit Transients= * Transient in R! R!* circuits with and without initial char)e> R! !*circuits> A* transients in sinusoidal R! > R!*> R! !* circuits> solution of 6roblems

'


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3ilter *ircuits= Analysis of ow 6ass> i)h 6ass> Band 6ass> Bandre;ect> All 6ass filters (first and second order only" usin) o6erational am6lifier. Solution of5roblems

2

'0+oo# =

. #etwor, Analysis> $.E.4an 4al,enbur) (5rentice all"2. En)ineerin) *ircuit Analysis> K. . ayt> D.E. enmerly> S.$. urbin>(T$ "

%. #etwor, and Systems> Ashfa usain>( hanna Boo, 5ublisher"'. #etwor, and Systems> .Roychowdhury>(#ew A)e International"+. $odern #etwo, Analysis> 3.$.Re@a S.Seely> $c:raw ill.

Electr$cal Mea ure/ent and In tru/ent

Code = EI '()Contact = 'L>)TCred$t = 0

Top$c No. oper$od

Module I:eneral features & *onstruction and 6rinci6le of o6eration of movin) coil> movin)iron> ynamometer> Thermal> Rectifier and Electrostatic ty6e instruments. eflectin)>controllin) and dam6in) tor ues> emulti6liers and instrument transformers.

2

Module IIStatic and ynamic errors= Standard in6uts and system analysis for evaluation of sucherrors. efinitions of 6recision> hysteresis> nonlinearity> sensitivity> s6eed ofres6onse> fidelity.

2

Statistical error analysis> mean> median> mode> avera)e> estimates> distribution> 6robable error> standard deviation> test of normal distribution> chi!s uared test curvefittin) (a" method of se uential differences (b" method of e


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. Assi)nments on #ewton forward 8bac,ward> a)ran)e?s inter6olation.2. Assi)nments on numerical inte)ration usin) Tra6e@oidal rule> Sim6son?s 8% rule> Keddle?s rule.

%. Assi)nments on numerical solution of a system of linear e uations usin) :auss elimination and :auss!Seidel

iterations.

'. Assi)nments on numerical solution of Al)ebraic E uation by Re)ular!falsi and #ewton Ra6hson methods.

+. Assi)nments on ordinary differential e uation= Euler?s and Run)a! utta methods.

-. Introduction to Software 5ac,a)es= $atlab 8 Scilab 8 abview 8 $athematica.

D$9$tal Electron$c C$rcu$t La;

Code = EC%EI& ',)

Contact = 'PCred$t = *

. Reali@ation of basic )ates usin) 9niversal lo)ic )ates.2. *ode conversion circuits! B* to E


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En)ineerin) 6rofession= Ethical issues in En)ineerin) 6ractice> *onflicts between business demands and

6rofessional ideals. Social and ethical res6onsibilities of Technolo)ists. *odes of 6rofessional ethics. Khistle blowin) and beyond> *ase studies.

Profession and !"an #al!es:

4alues *risis in contem6orary society #ature of values= 4alue S6ectrum of a )ood life5sycholo)ical values= Inte)rated 6ersonalityN mental healthSocietal values= The modern search for a )ood society> ;ustice> democracy> secularism> rule of law> values inIndian *onstitution.Aesthetic values= 5erce6tion and en;oyment of beauty> sim6licity> clarity$oral and ethical values= #ature of moral ;ud)ementsN canons of ethicsN ethics of virtueN ethics of dutyN ethics ofres6onsibility.

Books:

. Ste6hen 9n)er> *ontrollin) Technolo)y= Ethics and the Res6onsible En)ineers> Dohn Kiley Sons> #ew Por, ' (2 nd Ed"

2. eborah Dohnson> Ethical Issues in En)ineerin)> 5rentice all> En)lewood *liffs> #ew Dersey .%. A # Tri6athi> uman values in the En)ineerin) 5rofession> $ono)ra6h 6ublished by II$> *alcutta -.

PH %EE&:0() =Phy $c IIContact = 'L > )TCred$t = 0To6ic #o of 6eriods$odule!IHuantum mechanics=

:enerali@ed co!ordinates> a)ran)e?s e uation of motion and a)ran)ian> )enerali@edforce 6otential> moment and ener)y. amilton?s E uation of motion and amiltonian.5ro6erties of amilton and amilton?s e uation of motion.

*once6t of 6robability and 6robability density> o6erator> *ommutator> 3ormulation ofuantum mechanics and Basic 6ostulates> 76erator corres6ondence> Time de6endentSchrQdin)er?s e uation> formulation of time inde6endent SchrQdin)er?s e uation bymethod of se6aration of variables> 5hysical inter6retation of wave function(normali@ation and 6robability inter6retation"> E A66lication ofSchrQdin)er e uation!5article in an infinite s uare well 6otential ( ! and %! 6otentialwell"> iscussion on de)enerate levels.

-

0

$odule!IIStatistical mechanics=

*once6t of ener)y levels and ener)y states. $icrostates> $acrostates and thermodynamic 6robability> e uilibrium macrostate. $B> 3 > BE statistics (no deduction necessary">fermions> bosons (definitions in terms of s6in> e


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$odule!I4*rystal structure *rystal structure! Bravais lattice> $iller indices *rystal diffraction ( ualitative"> Bra))Ls law and reci6rocal lattice>Brillouin @one.

(Hualitative descri6tion" 3ree electron theory of metal & calculation of 3ermi ener)y> density of states. Band theory of solids! Bloch theorem> roni) 5enny model. Electronic conduction in solids! rude?s theory> Bolt@mann e uation> Kiedemann 3rant@

law. Semiconductor!Band structure> conce6t of electron and holes> 3ermi level> density of

states.

22%

%

%

Te6t +oo# =. 5ers6ectives of $odern 5hysics= A. Baiser 2. $odern 5hysics and Huantum $echanics E.E. Anderson2.Refresher course in B.Sc. 5hysics (4ol. III"= *. . Arora%.3undamentlas of 5hysics (4ol. III"= aliday> Resnic, rane'.En)ineerin) 5hysics= R. . ar +.*lassical $echanics= a" A. . Roychaudhuri

b" R.:. Ta,wal 5.S. 5uranic

-. Huantum $echanics= a" Eisber) Resnic b" A. . :hata, S. o,anathan c" S.#. :hoshal

/.Statistical $echanics and Thermal 5hysics= a" Sears and Salin)er b" Avi;it ahiri

c" Evelyn :uha1.Solid Sate 5hysics= a" A.D. e,,er

b" *. ittelc" Aschroft $ermind" S.7. 5illai

CH0()= +a $c En7$ron/ental En9$neer$n9 Ele/entary +$olo9yContact = 'LCred$t = '

General

Basic ideas of environment> basic conce6ts> man> society environment> their interrelationshi6.

$athematics of 6o6ulation )rowth and associated 6roblems> Im6ortance of 6o6ulation study in environmental

en)ineerin)> definition of resource> ty6es of resource> renewable> non!renewable> 6otentially renewable> effect

of e Sustainable evelo6ment.

2

$aterials balance= Steady state conservation system> steady state system with non conservative 6ollutants> ste6

function.

Environmental de)radation= #atural environmental a@ards li,e 3lood> earth ua,e> andslide!causes> effects

and control8mana)ementN Anthro6o)enic de)radation li,e Acid rain!cause> effects and control. #ature and sco6e

of Environmental Science and En)ineerin).2

Ecolo9y'


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ydros6here> ydrolo)ical cycle and #atural water.

5ollutants of water> their ori)in and effects= 7 6atho)ens> nutrients> Salts> thermal

a66lication> heavy metals> 6esticides> volatile or)anic com6ounds. 2

River8 a,e8)round water 6ollution= River= 7> + day B7 test> Seeded B7 test> B7 reaction rate constants>

Effect of o *7 > 7il> :reases> 6 .

2

a,e= Eutro6hication efinition> source and effectU.

:round water= A uifers> hydraulic )radient> )round water flow ( efinition only"

Standard and control= Kaste water standard B7 > *7 > 7il> :reaseU>

Kater Treatment system coa)ulation and flocculation> sedimentation and filtration> disinfection> hardness andal,alinity> softenin)U

Kaste water treatment system> 6rimary and secondary treatments Tric,lin) filters> rotatin) biolo)ical

contractor> Activated slud)e> slud)e treatment> o *admium> and Arsenic

Land Pollut$on

ithos6hereN Internal structure of earth> roc, and soilSolid Kaste= $unici6al> industrial> commercial> a)ricultural> domestic> 6atholo)ical and ha@ardous solid wastesN

Recovery and dis6osal method! 76en dum6in)> and fillin)> incineration> com6ostin)> recyclin).

Solid waste mana)ement and control (ha@ardous and biomedical waste". 2

No$ e Pollut$on

efinition of noise> effect of noise 6ollution> noise classification Trans6ort noise> occu6ational noise>

nei)hbourhood noiseU

efinition of noise fre uency> noise 6ressure> noise intensity> noise threshold limit value> e uivalent noise level>

0 ( 1hr Inde


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Sen or and Tran ducer

Code = EI0()Contact = 'L>)TCred$t = 0

Top$c No. oper$od

Module Iefinition> 6rinci6les of sensin) and transduction> classification $echanical and Electromechanical sensors

Resistive (6otentiometric" ty6e= 3orms> materials> resolution> accuracy>sensitivityStrain :au)es= theory> ty6es> materials> desi)n consideration> sensitivity>)au)e factor> variation with tem6erature> adhesives> rosettes> a66lications!force> velocity and tor ue measurementsInductive sensors= common ty6es! reluctance chan)e ty6e> mutualinductance chan)e ty6e> transformer action ty6e> ! brief discussion withres6ect to materials> construction and in6ut out6ut variables>3erroma)netic 6lun)er ty6e!short analysisN 6ro materials> out6ut!in6ut relationshi6> I87 curve>discussion

2%

%2

Module II*a6acitive sensors= 4ariable distance! 6arallel 6late ty6e> 4ariable area! 6arallel 6late>serrated 6late8teeth ty6e and cylindrical ty6e> variable dielectric constant ty6e=calculation of sensitivitiesN 6ro res6onse characteristics

%

5ie@oelectric elements= 6ie@oelectric effects> char)e and volta)e coefficients> crystal

model> materials> natural and synthetic ty6es & their com6arison> force and stresssensin)> 6ie@oelectric accelerometer

%

Tachometers & Strobosco6es> Encoders> seismic accelerometer> $easurement ofvibration.

%

Module IIIIndustrial wei)hin) systems = in,&lever mechanism> oad cells & 6neumatic> 6ie@o!electric> elastic and ma)neto!elastic ty6es ! their mountin)> 6ressductor> differentdesi)ns of wei)hin) systems> conveyors ty6e> wei)hfeeder ty6e.

+

Thermal sensors=Resistance chan)e ty6e= RT ! materials> construction> ty6es> wor,in) 6rinci6leThermister ! materials> construction> ty6es> wor,in) 6rinci6leThermoemf sensors= Thermocou6le ! ty6es> wor,in) 6rinci6leThermo6ile ! ty6es> wor,in) 6rinci6le

-

Module I tor ue> r6mmeters> 6ro 6erformance characteristics

'

:ei)er counters> Scintillation detectors 2Introduction to Smart sensors 2

'0+oo# =. 5atranabis> Sensors and Transducers> 5 I> 2 nd ed.

2. E. A. oebelin> $easurement Systems= A66lication and esi)n$c :raw ill> #ew Por,

%. . . 5. #eubert> Instrument Transducers> 7 ondon and *alcutta

MICROPROCESSORS AND COMPUTER ARCHITECTURECode= EI0(*Contact = 'L>)T

/


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Cred$t = 0

To$ic No% of Periods

Module I=Introduction to micro6rocessors= 7verview of 101+> Internal architecture> 5in ia)ramdescri6tion.Software instruction set and Assembly an)ua)e 5ro)rammin). Addressin) $odes.

0

Module II=Instruction cycle> machine cycle> Timin) dia)rams.Interru6ts= Introduction> Interru6t vector table> Interru6t service routine> esi)n of 6ro)ramsusin) interru6ts. $A o6eration.Stac, and Stac, andlin)> *all and subroutine> *ounter and Time delay )eneration.

0

Module III=ardware Interfacin)= Interfacin) memory> Interfacin) I87 devices.5ro)rammable 6eri6heral devices (55I" & Intel 12++> 5ro)rammable interval timer & Intel 12+'>5ro)rammable eyboard8 is6lay *ontroller! Intel 12/ > A8 and 8A converters andinterfacin) of the same.

2

Module I Architecture classification> 5arallel com6uters!classification> arvard architecture> 4on #eumann architecture> 5i6elinin)> 6i6eline ha@ards>$ulti6rocessors> Array 6rocessors.

1

'0

+oo# =. $icro6rocessor architecture> 6ro)rammin) and a66lications with 101+8101+A> Kiley eastern td> 1

by Ramesh S. :aon,ar.2. Intel *or6= The 101+ 8 101+A. $icro6rocessor Boo, & Intel mar,etin) communication> Kiley inter

science 6ublications> 10.%. 3undamental of $icro6rocessor and $icrocontrollers> han6at Rai 5ublications> By B.Ram'. *om6uter Architecture 7r)ani@ation> $c:raw ill> by D.5. ayes.+. *om6uter System Architecture> 5earson> by $. $ano.-. *om6uter Architecture & A Huantitative A66roach> Dohn ennessy and avid A 5atterson.

5$eld TheoryCode = EE0(*%EI&Contact = 'LCred$t = '

Top$c No. oper$od

Module I4ector calculus & ortho)onal *oordinate Systems> Transformations of coordinatesystemsN el o6eratorN :radient> iver)ence> *url & their 6hysical inter6retationsNa6lacian o6erator.

'

*oulomb?s law> electric field intensity> char)e distribution.N :auss? law> flu< densityand electric field intensity. iver)ence theorem. *urrent ensities> *onductors>5oisson?s a6lace?s e uations> 9ni ueness theorem> Biot!Savart law> Am6ere?s law>Relation between D > 4ector ma)netic 5otential> Sto,es? theorem.

-

Module II3araday?s law en@?s law> is6lacement *urrent> D * & D Relation> $a Timeharmonic fields> Kave E uation> Boundary *onditions between media

1


19/57



interfaceN 9niform 5lane waveN Kave 5ro6a)ation in ossy ielectric> oss!lessielectric> 3ree s6ace. 5oyntin) Theorem> 5ower flow> 5oyntin) vector. Kave

[email protected] IIITransmission ines= *once6t of um6 6arameters and istributed 6arameters> ine5arameters> Transmission line e uations and solutions> 5hysical si)nificance of thesolutions. 5ro6a)ation constant> *haracteristic Im6edanceN Kavelen)thN 4elocity of5ro6a)ationN istortion!less ine> Reflection and Transmission coefficientsN Standin)Kaves> 4SKR> In6ut Im6edance> oad $atchin) Techni ues.

21+oo# =

'. 5rinci6les of Electroma)netics> 'th Edition> $atthew 7 Sadi,u> 7 /thEdition!K. . ayt D.A.Buc,> Tata!$c:raw! ill

-. Theory and 6roblems of Electroma)netic> Edminister> 2nd Edition> Tata!$c:raw! ill/. Electroma)netic 3ield Theory Transmission ines> :.S.#. Ra;u> 5earson Education1. Electroma)netic field theory fundamentals> :uru i@ro)lu> 2nd edition> *ambrid)e 9niversity 5ress.. En)ineerin) Electroma)netics> 2ed Edition ! #athan Ida> S6rin)er India0. Elements of En)ineerin) Electroma)netic> #.#. Rao> -th Edition> 5earson Education.. Electroma)netic Kaves and Transmission ines! by :.5rasad> D.5rasad and D.Reddy! Scitech

Pract$cal

PAPER NAME = TECHNICAL REPORT "RITING LANGUAGE LA+ORATOR2 PRACTICEPAPER CODE= HU 01)CONTACT= )L>*PCREDIT = *

Gu$del$ne or Cour e E6ecut$on=

O;Kect$7e o th$ Cour e= Th$ cour e ha ;een de $9ned=). To $nculcate a en e o con $dence $n the tudent .*. To help the/ ;eco/e 9ood co//un$cator ;oth oc$ally and pro e $onally.'. To a $ t the/ to enhance the$r po8er o Techn$cal Co//un$cat$on. etailed *ourse 7utlines=

A. Technical Re$ort &riting = 2 M-5

. Re6ort Ty6es (7r)ani@ational 8 *ommercial 8 Business 8 5ro;ect "2. Re6ort 3ormat 7r)ani@ation of Kritin) $aterials%. Re6ort Kritin) (5ractice Sessions Kor,sho6s"

B. 'ang!age 'a(orator) Practice

I% Introd!ctor) 'ect!re to hel$ the st!dents get a clear idea of Technical Co""!nication * the need of 'ang!age 'a(orator) Practice Sessions +' +% Con,ersation Practice Sessions: -To (e done as real life interactions.+'/0P a. Training the st!dents () !sing 'ang!age 'a( 1e,ice2Reco""ended Texts2cassettes 2cd3s to get their

'istening Skill * S$eaking Skill honed (. Introd!cing Role Pla) * honing o,er all Co""!nicati,e Co"$etence 4% Gro!$ 1isc!ssion Sessions: +'/5P a. Teaching Strategies of Gro!$ 1isc!ssion (. Introd!cing 1ifferent 6odels * To$ics of Gro!$ 1isc!ssion


20/57



c. Ex$loring 'i,e 2Recorded G1 Sessions for "ending st!dents3 attit!de2a$$roach * for taking re"edial

"eas!re Inter,iew Sessions7 +'/5P

a. Training st!dents to face 8o( Inter,iews confidentl) and s!ccessf!ll)(. 9rranging 6ock Inter,iews and Practice Sessions for integrating 'istening Skill with S$eaking

Skill in a for"al sit!ation for effecti,e co""!nication

0% Presentation: +'/5Pa. Teaching Presentation as a skill (. Strategies and Standard Practices of Indi,id!al 2Gro!$ Presentationc. 6edia * 6eans of Presentation: O P2PO&ER POINT2 Other 9!dio #is!al 9ids

;% Co"$etiti,e Exa"ination: +'/+P a. 6aking the st!dents aware of Pro,incial 2National2International Co"$etiti,e Exa"inations(. Strategies2Tactics for s!ccess in Co"$etiti,e Exa"inationsc. S&OT 9nal)sis and its 9$$lication in fixing Target

Books < Reco""ended: Nira =onar: English 'ang!age 'a(orator): 9 Co"$rehensi,e 6an!al

P I 'earning> +?@@ 1% S!dharani: 9d,anced 6an!al for Co""!nication 'a(oratories *

Technical Re$ort &riting Pearson Ed!cation -&%B% edition.> +?@@

References: 9drian 1!ff et% al% -ed%.: Ca"(ridge Skills for Al!enc)

9. S$eaking -'e,els @ 0 9!dio Cassettes2 and(ooks. B. 'istening -'e,els @ 0 9!dio Cassettes2 and(ooks. Ca"(ridge Uni,ersit) Press @

6ark ancock: English Pron!nciation in Use 0 9!dio Cassettes2C13S OUP +??0

Phy $c La;:*

Code= PH%EE&:0,)

Contact = %'P&

Cred$t= %*&

. etermination of dielectric constant of a )iven dielectric material.2. etermination of thermo electric 6ower at a certain tem6erature of a )iven thermocou6le.%. etermination of s6ecific char)e (e8m" of electron by D.D. Thom6son?s method.'. etermination of 5lanc, constant usin) 6hotocell.+. etermination of ande?) factor usin) Electron s6in resonance s6ectrometer.-. etermination of Stefen?s radiation constant./. 4erification of Bohr?s atomic orbital theory throu)h 3ran,! ert@ e load res6onse> areal characteristic and s6ectral res6onse of a 6hotovoltaic

solar cell.

Electr$cal Mea ure/ent In tru/entat$on La;

Code = EI 0,)Contact = 'P

20


21/57



Cred$t = *

ist of E ynamometer> Electro thermal and Rectifier

ty6e instrument> 7scillosco6e and di)ital multimeter.

2. *alibrate movin) iron and electrodynamometer ty6e ammeter8voltmeter by 6otentiometer

%. *alibrate dynamometer ty6e Kattmeter by 6otentiometer

'. *alibrate A.*. ener)y meter.

+. $easure the resistivity of material usin) elvin ouble Brid)e

-. $easurement of 5ower usin) Instrument transformer

/. $easurement of Inductance by Anderson Brid)e

1. $easurement of *a6acitance by e Sauty Brid)e

M$croproce or La;Code = EI 0,*Contact = 'PCred$t = *

Sl. #o. #A$E 73 T E EC5ERI$E#TS. a"3amiliari@ation with 101+ trainer ,it com6onents.

b" 3amiliari@ation with 101+ simulator on 5*.2. a" Study of 6rewritten 6ro)rams usin) basic instruction set (data transfer> oad8Store>

Arithmetic> o)ical" on the simulator. b" Assi)nments based on above

%. 5R7:RA$$I#: 9SI#: IT8SI$9 AT7R 37R i" Table loo, u6ii" *o6yin) a bloc, of memoryiii" Shiftin) a bloc, of memoryiv" 5ac,in) and un6ac,in) of B* numbersv" Addition of B* numbersvi" Binary to AS*II conversionvii" Strin) $atchin)viii" $ulti6lication usin) Booth?s Al)orithm

'. 5ro)ram usin) subroutine calls and I#879T instructions usin) 12++ 55I on the trainer ,it e)>subroutine for delay> readin) switch state )lowin) E s accordin)ly> findin) out thefre uency of a 6ulse train etc

+. Interfacin) any 1!bit atch (e)> /' S%/%" with trainer ,it as a 6eri6heral ma66ed out6ut 6ortwith absolute address decodin)

-. I#TER3A*I#: KIT I87 $7 9 ES=a" A *

b" S6eed control of mini * motor usin) A*c" Ste66er motor

/. 3A$I IARIGATI7# KIT E5R7$ 5R7:RA$$I#: A# ERASI#:

2


22/57



SEMESTER 5roblems> Role> ecision ma,in) 6rocess.2. En)ineerin) *osts Estimation & 3i 4ariable> $ar)inal Avera)e *osts> Sun, *osts> 766ortunity *osts> Recurrin) And

#onrecurrin) *osts> Incremental *osts> *ash *osts vs Boo, *osts> ife!*ycle *ostsN Ty6es 7f Estimate> Estimatin) $odels ! 5er!9nit$odel> Se)mentin) $odel> *ost Inde 5ower!Si@in) $odel> Im6rovement earnin) *urve> Benefits.%. *ash 3low> Interest and E uivalence= *ash 3low & ia)rams> *ate)ories *om6utation> Time 4alue 7f $oney> ebt re6ayment>

#ominal Effective Interest.'. 5resent Korth Analysis = End!7f!Pear *onvention> 4iew6oint 7f Economic Analysis Studies> Borrowed $oney 4iew6oint> Effect 7fInflation eflation> Ta Economic *riteria> A66lyin) 5resent Korth Techni ues> $ulti6le Alternatives.+. *ash 3low Rate 7f Return Analysis & *alculations> Treatment of Salva)e 4alue> Annual *ash 3low Analysis> Analysis 5eriodsNInternal Rate 7f Return> *alculatin) Rate 7f Return> Incremental AnalysisN Best Alternative *hoosin) An Analysis $ethod> 3uture KorthAnalysis> Benefit!*ost Ratio Analysis> Sensitivity And Brea,even Analysis. Economic Analysis In The 5ublic Sector ! Huantifyin) And4aluin) Benefits drawbac,s.-= 9ncertainty In 3uture Events ! Estimates And Their 9se In Economic Analysis> Ran)e 7f Estimates> 5robability> Doint 5robabilityistributions> E Economic ecision Trees> Ris,> Ris, vs Return> Simulation> Real 76tions./. e6reciation ! Basic As6ects> eterioration 7bsolescence> e6reciation And E Ty6es 7f 5ro6erty> e6reciation *alculation3undamentals> e6reciation And *a6ital Allowance $ethods> Strai)ht! ine e6reciation eclinin) Balance e6reciation> *ommonElements 7f Ta< Re)ulations 3or e6reciation And *a6ital Allowances.1. Re6lacement Analysis ! Re6lacement Analysis ecision $a6> $inimum *ost ife 7f A #ew Asset> $ar)inal *ost> $inimum *ost ife5roblems.. Inflation And 5rice *han)e & efinition> Effects> *auses> 5rice *han)e Kith Inde Ty6es of Inde *om6osite vs *ommodity

Inde 9se of 5rice Inde *ash 3lows that inflate at different Rates.0. Accountin) & 3unction> Balance Sheet> Income Statement> 3inancial Ratios *a6ital Transactions> *ost Accountin)> irect and Indirect*osts> Indirect *ost Allocation.

Readings . Dames .Ri))s> avid . Bedworth> Sabah 9. Randhawa = Economics for En)ineers 'e > Tata $c:raw! ill 2. onald #ewnan> Ted Eschembach> Derome avelle = En)ineerin) Economics Analysis> 795 %. Dohn A. Khite> enneth E.*ase> avid B.5ratt = 5rinci6le of En)ineerin) Economic Analysis> Dohn Kiley '. Sullivan and Kic,s= En)ineerin) Economy> 5earson +. R.5aneer Seelvan= En)ineerin) Economics> 5 I -. $ichael R indebur) = En)ineerin) Economics Analysis> 5rofessional 5ub

INDUSTRIAL INSTRUMENTATIONCode = EI 3()Contact = 'L>)TCred$t = 0

%All per$od 8$ll ;e o at lea t 3( /$nute durat$on&Top$c No. o per$od

Module I$easurement of 5ressure and 4acuum=

5ressure=$anometers & 9 tube> Inclined Tube and Kell ty6e $anometersElastic 5ressure Sensor Instruments & Bourdon Tube 5ressure :au)e> *a6sule :au)e> ifferential 5ressure:au)e> 5ressure SwitchElectronic 5r 8 5 transmitters = ca6acitive> 6ie@o ! resistive and resonatin) wire ty6e

4acuum=$cleod :au)e> thermal conductivity )au)e> ioni@ation )au)e

4

Module II3low rate $easurement=

:eneral conce6ts ! aminar flow> Reynolds?s number> Effect of tem6erature and 6ressure on flow ratemeasurement> *alibration of flow meters.ead ty6e flow measurement & analysis and calculation> and head 6roducin) devices ! orifice> venturi> 6itottube> multi6ort avera)in) 6itot4ariable Area 3lowmeters & :lass and metal tube rotametersElectroma)netic ty6e> 9ltrasonic ty6e> 4orte< ty6e> 5ositive dis6lacement ty6e$ass flow meters = *oriolis> Thermal> Im6eller ty6e

Keirs> 3lumes and o6en channel flow measurement.

))

Module IIIevel $easurement =

:au)e )lass> Bi!*olour> $a)netic and Refle< evel :au)e4

22


23/57


24/57



Module III

3re uency Res6onse Analysis= Introduction> 5erformance indices> 3re uency res6onse of second ordersystems> 5olar 6lots> Bode 6lots> All 6ass systems> $inimum!6hase and #on!minimum!6hase systems>Assessment of relative stability & :ain $ar)in and 5hase $ar)in>Illustrative e A brief review of 5rinci6le of Ar)ument> #y uiststability criterion> Illustrative e V$odern *ontrol SystemsW> 5rentice all> En)lewood *liffs.%. Ben;amin *. uo> VAutomatic *ontrol SystemsW> 5 I

'. :o6al= $odern *ontrol System> #ew A)e International%All per$od 8$ll ;e o at lea t 3( /$nute durat$on&

OPTOELECTRONICS AND 5I+RE OPTICSCode = EI 3('AContact = 'LCred$t = '

Top$c No. o per$od

Module I76toelectronics = *haracteristics of o6tical emission> electro!luminescence. E = 5ower and efficiencycalculation> Structure of E and its characteristics> eter o;unction E

'

aser= semiconductor based lasers ! double hetero;unction broad area laser> stri6e )eometry laser>. 2Module II5hoto diode= 5I# 6hotodiode> hetero ;unction diode> Avalanche 5hoto diode> 5hototransistor.R> 6hotovoltaic cells> 6hoto emissive cells ! ty6es> materials> construction> res6onse> o6to!cou6lers &

characteristics> noise fi)ures> a66lications in analo)ue and di)ital devices.

%

-Module III3iber o6tics= 76tical fibre & materials> construction> ste6 inde< and )raded inde< fibres> ray 6ro6a)ation>attenuation. $odes in o6tical fibres> intermodal dis6ersion.

%

sin)lemode fibre! wor,in) 6rinci6le> attenuation> dis6ersion and bandwidth. $ultimode fibre! attenuation>dis6ersion. 6ro6a)ation of E$ waves> fibre cou6lin).

+

Module I 6hase modulated sensors> s6ectrallymodulated sensors.

%

3ibre o6tic sensors for Industrial a66lications= tem6erature> dis6lacement> 6ressure and li uid!level sensors. '

Total %0

+oo# =. 5. Bhattachar;ee> Semiconductor 76toelectronic evices> 5 I

2. K. aw,es> 76toelectronics! An Introduction> 5 I%. *. . Sar,ar> 76toelectronics and 3ibero6tics communication> #ew A)e International

'. Dohn $. Senior> 76tical 3ibre *ommunications> 5 I+. *ulshaw B. and a,in D(Ed" ! 76tical 3ibre Sensors> 4ol. .2 Artech ouse> 1 .-. *hin! in!*hon !Elements of 76toelectronic 3ibre 76tion> $:

%All per$od 8$ll ;e o at lea t 3( /$nute durat$on&

AD


25/57



I* technolo)y used in micro sensor systemN *rystal )rowth and wafer ma,in)> o mas,in)>

6attern )eneration and transfer> different ty6es of etchin)> ion im6lantation and diffusion> and vacuumeva6oration> assemblin)> 6ac,a)in)> micromachinin)> e6ita use of 6olysilicon materials> bondin) of differentty6es etc.

/

Sensor desi)nin) and 6ac,a)in)= 5artitionin)> ayout> Technolo)y constraints> scalin)> com6atibility study.E Alumina> semiconductors> o 5ie@oelectric> 5yroelectric> 3erro electric materials.

%

Module IIISensors for different a66lications= $echanical> Electrical> Thermal> $a)netic> 76tical> radiation chemical andBiolo)ical ty6es.

%

Smart sensors> methods of internal com6ensation> information codin)> inte)rated sensor 6rinci6les> 6resenttrends.

'

%0+oo#=

. Triethy ! Transducers in Electronic and $eachanical esi)n> $ercel e,,er 1-2. . 5atranabis & Sensor and Transducers (2e" 5rentice all> #ew elhi> 200%%. Silicon Sensors & $iddlehoe, S and Audel S. A. & Academic 5ress> ondon 1'. *hemical Sensors & Edmonds T. E. (Ed"N Blac,ie & ondon> 11+. 5roblems and 6ossibilities of o :. eiland and . ohl> Sensors and

Actuators > 4olume 1> Issue %> #ovember 1+> 5a)es 22/ !2%%.-. Thic,!film sensors= an overview> $aria 5ruden@iati and Bruno $orten> Sensors and Actuators > 4olume 0> Issues &2>

0 Se6tember 1-> 5a)es -+ !12 ./. The use of 6olymer materials as sensitive elements in 6hysical and chemical sensors> 3.D. :utierre@ $onreal> *laudio $. $ari>

Sensors and Actuators > 4olume 2> Issue 2> Au)ust&Se6tember 1/> 5a)es 2 ! ''. %All per$od 8$ll ;e o at lea t 3( /$nute durat$on&SO5T COMPUTINGCode = EI 4(0+Contact = 'LCred$t = '

Top$c No. o per$od

Module IIntroduction to Soft!com 6utin)> Its *onstituent com6onents 23u@@y Sets> :eneral Idea and im6ortance in 6ractical life> definition %Basic 76erators> T! #orms> S! #orms> other a))re)ation o6erators 23u@@y relations> im6lications> e 6ro;ections and com6ositions 2Module IIA66ro com6ositional rule of inference> rule based systems> term set %3u@@ification> reasonin)> defu@@ification 2ifferent 3u@@y models ($A8TS"> A66lications of 3u@@y rule based systems 'Module IIIBasics of :enetic Al)orithm> its ada6tation for com6utin)> A66lication -Studies of some 3u@@y!neural> #euro!fu@@y and 3u@@y!:A systems -

%0+oo# =

. iran,ov and ellendrom 3u@@y lo)ic control> #arosa2. Ra;se,har and 5ai> #eural #etwor,s> 3u@@y lo)ic and :enetic Al)orithm= Synthetic and A66lications> 5earson Education%. :oldber) ! :enetic al)orithm> 5earson 200%'. 3reeman ! #eural #etwor,s> 5earson 200%+. Dan) ! #euro!fu@@y and soft *om6utin)> 5earson 200%

Data Structure Al9or$th/

2+


26/57



Code = EI 3(0A%CSE&

Contact = 'LCred$t = '

7verview of * lan)ua)eTime and S6ace analysis of Al)orithms ! 7rder #otations.

inear ata Structures ! Se uential re6resentations ! Arrays and ists> Stac,s> Hueues and e ueues> strin)s> A66lication.

inear ata Structures> in, Re6resentation ! inear lin,ed lists> circularly lin,ed lists. oubly lin,ed lists> a66lication.

Recursion ! esi)n of recursive al)orithms> Tail Recursion> Khen not to use recursion> Removal of recursion.

#on!linear ata Structure= Trees ! Binary Trees> Traversals and Threads> Binary Search Trees> Insertion and eletion al)orithms> ei)ht! balanced and wei)ht!balanced trees> B!trees> BM !trees> A66lication of treesN :ra6hs ! Re6resentations> Breadth!first and e6th!first Search.

ashin) ! ashin) 3unctions> collision Resolution Techni ues.

Sortin) and Searchin) Al)orithms! Bubble sort> Selection Sort> Insertion Sort> Huic, Sort> $er)e Sort> ea6 sort and Radi< Sort.

3ile Structures ! Se uential and irect Access. Relative 3iles> Inde ISTE8EC*E B77 S2. Aho Alfred 4.> o66eroft Dohn E.> 9Ilman Deffrey .> V ata Structures and Al)orithmsW> Addison Kesley%. ro@de,! ata Structures and Al)orithms>4i,as Re erence =

. eileman=data structure al)orithims 7o6 Tata $c:raw ill2. ata Structures 9sin) * & $.Radha,rishnan and 4.Srinivasan> ISTE8EC*E B77 S3. Keiss $ar, Allen> VAl)orithms> ata Structures> and 5roblem Solvin) with *MMW> Addison Kesley.' . orowit@ Ellis Sarta; Sahni> V3undamentals of ata StructuresW> :al)otria 5ub.+ Tanenbaum A. S. > V ata Structures usin) X*? W- A;ay A)arwal= ata structure Throu)h *.*ybertech

Data +a e Mana9e/ent Sy te/Code =EI 3(0+%CSE&Contact = 'LCred$t = '

Introduct$on 0LF *once6t 7verview of B$S> ata $odels> atabase an)ua)es> atabase Administrator> atabase 9sers> Three Schema architecture ofB$S.

Ent$ty:Relat$on h$p Model 4LFBasic conce6ts> esi)n Issues> $a66in) *onstraints> eys> Entity!Relationshi6 ia)ram> Kea, Entity Sets> E Relational Al)ebra> Relational *alculus> E 4iews> $odifications7f the atabase.

S L and Inte9r$ty Con tra$nt 1LF*once6t of > $ > * . Basic Structure> Set o6erations> A))re)ate 3unctions> #ull 4alues> omain *onstraints> Referential Inte)rity*onstraints> assertions> views> #ested Sub ueries> atabase security a66lication develo6ment usin) SH > Stored 6rocedures and tri))ers.

Relat$onal Data;a e De $9n ,LF3unctional e6endency> ifferent anamolies in desi)nin) a atabase.> #ormali@ation usin) funtional de6endencies> ecom6osition> Boyce!*odd #ormal 3orm> %#3> #omali@ation usin) multi!valued de6edencies> '#3> +#3

Internal o RD+MS -LF5hysical data structures> Huery o6timi@ation = ;oin al)orithm> statistics and cost bas o6timi@ation. Transaction 6rocessin)> *oncurrencycontrol and Recovery $ana)ement = transaction model 6ro6erties> state seriali@ability> loc, base 6rotocols> two 6hase loc,in).

5$le Or9an$ at$on Inde6 Structure 4LF3ile Record *once6t> 5lacin) file records on is,> 3i Ty6es of Sin)le! evel Inde< (6rimary> secondary>clusterin)"> $ultilevel Inde ynamic $ultilevel Inde $c.:raw ill.

2. Elmasri Rame@ and #ovathe Sham,ant> V3undamentals of atabase SystemsW> Ben;amin *ummin)s 5ublishin). *om6any.

2-


27/57



%. Rama,rishnan= atabase $ana)ement System > $c:raw! ill

'. :ray Dim and Reuter Address> VTransaction 5rocessin) = *once6ts and Techni uesW> $ora)an auffman 5ublishers.+. Dain= Advanced atabase $ana)ement System *yberTech-. ate *. D.> VIntroduction to atabase $ana)ementW> 4ol. I> II> III> Addison Kesley./. 9llman D .> V5rinci6les of atabase SystemsW> :al)ottia 5ublication.

Reference=. Dames $artin> V5rinci6les of atabase $ana)ement SystemsW> 1+> 5rentice all of India> #ew elhi

2. V3undamentals of atabase SystemsW> Rame@ Elmasri> Sham,ant B.#avathe> Addison Kesley 5ublishin) Edition%. V atabase $ana)ement SystemsW> Arun .$a;umdar> 5ritimay Bhattacharya> Tata $c:raw ill

So t8are En9$neer$n9Code =EI 3(0C%CSE&Contact = 'LCred$t = '

Module I7verview of System Analysis esi)n > Business System *once6t> System evelo6ment ife *ycle> Katerfall $odel > S6iral $odel>3easibility Analysis> Technical 3easibility> *ost! Benefit Analysis> *7*7$7 model. )(LF

Module II

System Re uirement S6ecification & 3 > ata ictionary> ER dia)ram> 5rocess 7r)ani@ation Interactions. 3LF

System esi)n & 5roblem 5artitionin)> To6! own And Botto6!96 desi)n N ecision tree> decision table and structured En)lishN 3unctionalvs. 7b;ect! 7riented a66roach. 3LF

Module III*odin) ocumentation ! Structured 5ro)rammin)> 77 5ro)rammin)> Information idin)> Reuse> System ocumentation. 0LF

Testin) & evels of Testin)> Inte)ration Testin)> Test case S6ecification> Reliability Assessment . > 4alidation 4erification $etrics>$onitorin) *ontrol. 1LF

Module I Staffin)> Software *onfi)uration $ana)ement> Huality Assurance> 5ro;ect$onitorin). -LF

*ASE T77 S = *once6ts> use and a66lication. 3LF+oo# =

Te6t= . R. :. 5ressman & Software En)ineerin)> T$ 2.Behforoo@> Software En)ineerin) 3undamentals>795 %. :he@@i> Software En)ineerin)> 5 I

'.5an,a; Dalote & An Inte)rated A66roach to Software En)ineerin)> #AR7SA. +.7b;ect 7riented *lassical Software En)ineerin)(3ifth Edition"> S* A* >T$-.4ans 4let> Software En)ineerin)> S5/.9ma> Essentials of Software En)ineerin)> Daico 1.Sommerville> Ian & Software En)ineerin)> 5earson Education.Benmenachen> Software Huality> 4i,asRe erence=. IEEE Standards on Software En)ineerin).

2. ane> Software efect 5revention> S5

Pract$cal

INDUSTRIAL INSTRUMENTATION LA+

Code = EI 3,)Contact = 'PCred$t = *

. *alibration of 5ressure :au)e usin) ead Kei)ht Tester.2. Study of Thermocou6le characteristics and $easurement of Tem6erature with it.%. Study of RT characteristics and $easurement of Tem6erature with it.

'. $easurements of flow rate and velocity of fluid flow by head ty6e flow meter.+. $easurements of flow rate and velocity of fluid flow by 4ariable Area ty6e flow meter.-. $easurement of level usin) ca6acitive ty6e level instrument./. $easurement of moisture usin) moisture analyser

2/


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1. $easurement of viscosity

SENSORS AND TRANSDUCERS LA+

Code = EI 3,*Contact = 'PCred$t = *

. Tem6erature measurement usin) A + 0 I* sensor.2. is6lacement measurement by usin) a ca6acitive transducer.%. 5ressure and dis6lacement measurement by usin) 4 T.'. Study of a load cell with tensile and com6ressive load.+. Tor ue measurement Strain )au)e transducer.-. S6eed measurement usin) ma)netic 6ro and 2 with unity feedbac, usin) $AT AB and 5S5I*E.'. etermination of root!locus> Bode 6lot> #y uist 6lot usin) $AT AB toolbo< for a )iven second order transfer function and

listin) of the s6ecifications.+. etermine the effect of 5> I> actions on first order simulated 6rocess and obtainin) the system transfer functions from Bode

6lot.Data Structure Al9or$th/Code =EI 3,0A%CSE&

Contact = 'LCred$t = '

E deletin) elements *ircular Hueue= Addin) deletin) elements $er)in) 5roblem = Evaluation of e deletin)> invertin) a lin,ed list. Im6lementation of stac,s ueues usin) lin,ed lists=5olynomial addition> 5olynomial multi6licationS6arse $atrices = $ulti6lication> addition.Recursive and #onrecursive traversal of TreesThreaded binary tree traversal. A4 tree im6lementationA66lication of Trees. A66lication of sortin) and searchin) al)orithmsash tables im6lementation= searchin)> insertin) and deletin)> searchin) sortin) techni ues.

D+MS La;Code = EI 3,0+%CSE&Contact = 'LCred$t = '

Structured uery Lan9ua9e . Creat$n9 Data;a e

*reatin) a atabase*reatin) a TableS6ecifyin) Relational ata Ty6esS6ecifyin) *onstraints*reatin) Inde 95 ATE> TR9#*ATE statements

R75> A TER statements%.Retr$e7$n9 Data ro/ a Data;a e

The SE E*T statement9sin) the K ERE clause

21


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9sin) o)ical 76erators in the K ERE clause

9sin) I#> BETKEE#> I E > 7R ER BP> :R795 BP and A4I#:Clau e9sin) A))re)ate 3unctions*ombinin) Tables 9sin) D7I#SSub ueries

'. Data;a e Mana9e/ent*reatin) 4iews*reatin) *olumn Aliases*reatin) atabase 9sers9sin) :RA#T and RE47 E

CURSORS IN ORACLE PL ! S L"RITING ORACLE PL ! S L STORED PROCEDURES

So t8are En9$neer$n9 LA+Code = EI 3,0C%CSE&Contact = 'LCred$t = '

SEMESTER 3unctions> Roles> evel.2. 3unctions of $ana)ement = 5lannin) & *once6t> #ature> Ty6es> Analysis> $ana)ement by ob;ectivesN 7r)anisation Structure &

*once6t> Structure> 5rinci6les> *entrali@ation> ecentrali@ation> S6an of $ana)ementN 7r)anisational Effectiveness.%. $ana)ement and Society & *once6t> E *SR> *or6orate :overnance> Ethical Standards.'. 5eo6le $ana)ement & 7verview> Dob desi)n> Recruitment Selection> Trainin) evelo6ment> Stress $ana)ement.+. $ana)erial *om6etencies & *ommunication> $otivation> Team Effectiveness> *onflict $ana)ement> *reativity> Entre6reneurshi6-. eadershi6= *once6t> #ature> Styles./. ecision ma,in)= *once6t> #ature> 5rocess> Tools techni ues.

1. Economic> 3inancial Huantitative Analysis & 5roduction> $ar,ets> #ational Income Accountin)> 3inancial 3unction :oals>3inancial Statement Ratio Analysis> Huantitative $ethods & Statistical Interference> 3orecastin)> Re)ression Analysis> StatisticalHuality *ontrol.

. *ustomer $ana)ement & $ar,et 5lannin) Research> $ar,etin) $i Advertisin) Brand $ana)ement.

2


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0. 76erations Technolo)y $ana)ement & 5roduction 76erations $ana)ement> o)istics Su66ly *hain $ana)ement> TH$>

ai@en Si< Si)ma> $IS.

Readings:

. $ana)ement = 5rinci6les> 5rocesses 5ractices & Bhat> A umar> A (795".2. Essentials for $ana)ement & oont@ > Revised edition> Tata $c:raw ill(T$"%. $ana)ement & Stoner> Dames A. 3. (5earson"'.$ana)ement ! :human> Tata $c:raw ill(T$"

%All per$od 8$ll ;e o at lea t 3( /$nute durat$on&PROCESS CONTROL : ICode = EI 4()Contact = 'L>)TCred$t = 0

Top$c No o per$od

Module I:eneral Review of 5rocess> 5rocess *ontrol and Automation. Servo and Re)ulatory *ontrol> Basic 6rocess controlloo6 bloc, dia)ram.*haracteristic 6arameters of a 6rocess & 5rocess Huantity> 5rocess 5otential> 5rocess Resistance> 5rocess*a 6acitance> 5rocess a)> Self Re)ulation

05rocess modellin)> 6rocess e uations & their limitations ! )eneral a66roach. Ty6ical 6rocesses and derivation oftheir transfer functions

*haracteristics and functions of different modes of control actions = Schemes and analysis of 7n!7ff> $ultiste6>3loatin)> Time 5ro6ortional> 5I controlEffect of disturbances and variation in set 6oint in 6rocess control.7ffset ! why it a66ears and how it is eliminated & analysis and mathematical treatment

Module II5rocess Reaction *urves> *ontrollability ! usin) (i" deviation reduction factors (ii" )ain bandwidth 6roduct> State

*ontrollability1

Tunin) of *ontrollers = both *losed and 76en loo6 methods (Gie)ler & #ichols> *ohen & *oon> 5R* method and %!* method of 6arameter ad;ustment"

Electronic 5I controller desi)n5neumatic *ontrollers ! brief analysis

Module IIIifferent control strate)ies ! schemes> brief analysis and uses

(i" Ratio control(ii" *ascade control(iii" 3eedforward control(iv" $ultivariable control

-

Module I Electrical Actuators" and *ontrol 4alves (:lobe> Ball>Butterfly> :ate> 5inch"> ifferent 5arts> 3ail 5osition> 4alve characteristics> *v> Sin)le ouble Seated 4alves>4alve si@in)> 4alve selection> *avitation> 3lashin)> #oise*ontrol 4alve Accessories & Air 3ilter Re)ulator> I85 *onverter> 5neumatic 5ositioner> Electro!5neumatic5ositioner> imit Switches> $otion TransmittersBrief study of Safety 4alves and Solenoid valves

1

Module Timers> *ounters and their usesN 5 * 5ro)rammin) and A66lications.Introduction to *S(-M2"

1

+oo# =" . 5atranabis> 5rinci6les of 5rocess *ontrol> T$ > #ew elhi> 2nd Ed.2" . 5. Ec,man> Automatic 5rocess control> Dohn Kiley> #ew Por, %" 5. arriott> 5rocess control> $c :raw ill> #ew Por,

'" B. K. Be uette> 5rocess *ontrol & $odelin)> esi)n and Simulation> 5 I+" . R. *ou)hanowr> 5rocess Systems Analysis and *ontrol> $c:raw ill-" :. Ste6hano6oulos> *hemical 6rocess *ontrol> 5 I/" *. . Dohnson> 5rocess *ontrol Instrumentation Technolo)y> 5 I

%0


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Module III=Interfacin) and assembly lan)ua)e monitor 6ro)ram for ey Board (one dimensional> two dimensional" and /!se)ment dis6lay> Ste66er$otor throu)h 12++A> ata transfer between two micro6rocessor based systems throu)h 12++.12%/ $A controller and interfacin) with 101- u65ro)rammable communication interface! Intel 12+ 9SART. 5ro)rammable Interru6t *ontroller! 12+ A.

1

Module I 10+ 810% architecture> 6in confi)uration> I87 6orts and $emoryor)ani@ation. Instruction set and basic assembly lan)ua)e 6ro)rammin).Interru6ts> Timer8*ounter and Serial *ommunication.$*S!+ a66lications= S uare wave and 6ulse wave )eneration> E > A8 *onverter and 8A *onverter interfacin) to 10+ .Introduction to 5I* micro!controller

'

%-

+oo# =. ou)las 4. all & $icro6rocessors Interfacin)> Tata $c:raw! ill

2. Ray Bhurchandi & Advanced $icro6rocessors 5eri6herals> Tata $c:raw! ill%. Kalter A. Tribel & The 1011 and 101- $icro6rocessors> 5earson Education'. Barry B. Brey & The Intel $icro6rocessors> 5 I85earson Ed. Asia+. $uhammed Ali $a@idi and Danice :illis6ie $a@idi & The 10+ $icrocontroller and Embedded Systems> 5earson Education Inc.-. A;ay 4 eshmu,h & $icrocontrollers Theory and A66lications> Tata $c:raw! ill

enneth D. Ayala & The 101- $icro6rocessor> *en)a)e earnin

%All per$od 8$ll ;e o at lea t 3( /$nute durat$on&+IOMEDICAL INSTRUMENTATIONCode = EI 4(0AContact = 'LCred$t = '

Top$c No. o per$od

Module IIntroduction to the 6hysiolo)y of cardiac> nervous and muscular and res6iratory systems. 2Module IITransducers and Electrodes=ifferent ty6es of transducers and their selection for biomedical a66lications. %Electrode theory> different ty6es of electrodes ydro)en *alomel> A)!A)*I> 6 > 572 5co2 electrodes>selection criteria of electrodes.

%

Module III$easurement of Blood 5ressure Blood flow +*ardiac out6ut and *ardiac rate> Electrocardio)ra6hy> *ardiac 6ace!ma,er +$easurement of Electrical Activities in $uscles and Brain= electromyo)ra6hy> Electroence6halo)ra6h andtheir inter6retation.

%

Module I 5earson%. hand6ur R S & andboo, of Biomedical Instrumentation> T$ > #. elhi '. Astor B R & Introduction to Biomedical Instrumentation and $easurement> $c$illan.+. *arr & Introduction to Biomedical E ui6ment Technolo)y '8e & 5earson-. *hatter;ee $iller & Biomedical Instrumentation> *en)a)e earnin)

%All per$od 8$ll ;e o at lea t 3( /$nute durat$on&NON CON


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MODULE I=

1iscrete ti"e signals:*once6t of discrete!time si)nal> basic idea of sam6lin) and reconstruction of si)nal> sam6lin) theorem> se uences & 6eriodic> ener)y> 6ower> unit!sam6le> unit!ste6> unit!ram6> real com6le< e arithmetic o6erations on se uences. % 'TI S)ste"s:

efinition> re6resentation> im6ulse res6onse> derivation for the out6ut se uence> conce6t of convolution> )ra6hical> analytical and overla6!add methods to com6ute convolution su66orted with e interconnections of TI systemswith 6hysical inter6retations> stability and causality conditions> recursive and non!recursive systems. -

MODULE II= D Transfor":

efinition> ma66in) between s!6lane and @!6lane> unit circle> conver)ence and R7*> 6ro6erties of G!transform> G!transform on se uenceswith e convolution> correlation and multi6lication usin) G!transform> initial value theorem> 5erseval?s relation> inverse G!transform by contour inte)ration> 6ower series 6artial!fraction e decimation!in!fre uency al)orithms> si)nal flow )ra6hs> Butterflies> com6utations in one 6lace> bitreversal> e writin) of small 6ro)rams inAssembly an)ua)e. 'APG9:Architecture> different sub!systems> desi)n flow for S5 system desi)n> ma66in) of S5 al)orithms onto 35:A. %

TE T +OOJS=. i)ital Si)nal 5rocessin) & 5rinci6les> Al)orithms and A66lications> D.:.5roa,is .:.$anola,is> 5earson Ed.2. i)ital Si)nal 6rocessin) & A *om6uter Based A66roach> S. .$itra> T$ 5ublishin) *o.%. i)ital Si)nal 5rocessin) Si)nals> Systems and 3ilters> A. Antoniou> T$ 5ublishin) *o.'. 4 SI i)ital Si)nal 5rocessin) Systems esi)n and Im6lementation> Kiley International 5ublication.+. i)ital Si)nal 5rocessin) with 3ield 5ro)rammable :ate Arrays> 9.$eyer!Baese> S6rin)er.

RE5ERENCE +OOJS=. i)ital Si)nal 5rocessin)> 5. Rameshbabu> Scitech 5ublications (India".

2. i)ital Si)nal 5rocessin)> S.Salivahanan> A.4allabra; *. :nana6riya> T$ 5ublishin) *o.%. i)ital Si)nal 5rocessin)N A ands on A66roach> *. Schuler $.*hu)ani> T$ 5ublishin) *o.'. i)ital Si)nal 5rocessin)> A. #a)oor ani> T$ Education+. i)ital Si)nal 5rocessin) S. 5oornachandra B. Sasi,ala> $ Education-. i)ital Si)nal 5rocessin)N S6ectral *om6utation and 3ilter esi)n *hi!Tson) *hen> 7 *en)a)e earnin)0. $odern i)ital Si)nal 5rocessin)>4. 9dayashan,ara> 5 I earnin)

M$cro8a7e En9$neer$n9Code = EI 4(3+%ECE&Contact = 'LCred$t = '

Total Lecture = ', per$od %/$n$/u/& =Module Top$c Hour

) Introduct$onR3 $icrowave S 6ectrum> Ty6ical a66lications of R3 and $icrowave> Safety considerations.

)

M$cro8a7e "a7e9u$de and "a7e9u$de Re onatorRectan)ular Kave)uide! esi)n consideration> TE T$ modes> TE 0 mode analysis> cut!off fre uency> 6ro6a)ationconstant> intrinsic wave im6edance> 6hase and )rou6 velocity> 6ower transmission> attenuation> wave)uide ewall currentN Introduction of circular wave)uideN Rectan)ular wave)uide resonator! esi)n consideration> resonant

4

%'


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fre uency> H!factor> e *o6lanar wave)uide> Slot line!desi)n consideration> field 6atterns> 6ro6a)ation characteristics>*om6arison for different characteristics of the above mentioned lines.

'

*

0.H$9h reBuency C$rcu$t Ele/ent =ifference in i)h fre uency and relatively low fre uency behavior of um6ed circuit com6onents. $iniaturi@ationand esi)n of um6ed com6onents at i)h R3. Reali@ation of reactive elements as Kave)uide and 5lanar *ircuitcom 6onents.

0

3."a7e9u$de Pa $7e Co/ponent and the$r S:/atr$6 Repre entat$on #!6ort networ,s!5ro6erties of S matri Transmission matri< their relationshi6sN $icrowave 6assive com6onentsand their S matri< re6resentation= Attenuators> 5hase shifter> irectional cou6ler> Bethe!hole cou6ler> $a)ic tee>hybrid rin)> *irculators> IsolatorsN esi)n 6rocedure of filter (ma Schott,y diode> 5I# diode! characteristics a66licationsN $icrowave bi6olar transistor> $icrowave field effect transistor($ES3ET".

3

1.M$cro8a7e A/pl$ $er De $9nBasic consideration in the desi)n of R3 am6lifier! Transistor S!6arameter> Stability> matchin) networ,> noise fi)ureN$atchin) networ, desi)n usin) lum6ed elements and !Section.Brief introduction to #BA> #A.

0

0,.Typ$cal M$cro8a7e Te t +ench /ea ure/ent4SKR meter> Tunable detector> Slotted line and 5robe detector> 3re uency meter> #etwor, analy@er> $easurement of4SKR & low> medium and hi)h> $easurement of 6ower= low> medium and hi)h> 3re uency measurement.

0

Text Books:1. Microwave Engineering, 3Rd Ed David M. Pozar, Willey & on! "nc.#. Microwave!, $ C % '(a, )ew *ge P bli!+er!.

3. Microwave Engineering, * Da! & Da!, M-.. Microwave Device! & Circ i(!, / Liao , Pear!on Ed ca(ion 0P-" References Books:

1. Microwave Engineering Pa!!ive Circ i(!, P* Rizzi , Pear!on Ed ca(ion.

#. 2o nda(ion o Microwave Engineering, #ed edi(ion, Rober( E Collin, Mc%raw -ill, "nc.

3. Microwave Device! & Circ i( De!ign , %P riva!(ava & 4L % '(a, P-"

Antenna Theory Propa9at$onCode = EI 4(3C%ECE&Contact = 'LCred$t = '

Module:I

A. Review of $a $icrostri6 5atch Antenna.

B. Radiation from an a6erture= Sectoral and 5yramidal orn Antennas> esi)n of 76timum orn AntennaN 5arabolic and*orner Reflectors and feed systems.

$a;or stress on *haracteristics features> a66lications (includin) fre uency at which used"> advanta)es and disadvanta)es>ma;or desi)n 6rinci6les and e uations (without lon) and detailed derivationsU

)(

%+


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Module:I *om6onents of )round wave> 3ield stren)th de6endence on

6hysical factors. S,y wave 5ro6a)ationN Ionos6heric ayersN 4irtual ei)ht> *ritical 3re uency> $93> S,i6 distance>S6oradic Reflections. S6ace wave 6ro6a)ation= Tro6os6heric Scatter> uctin) Su6er refraction> Sub refraction.B. 3riss Transmission 3ormula> S#R of a Radio in,. 5hysical ($edium" effects on Radio wave 5ro6a)ation= Absor6tion>

Refraction and Radio ori@on> iffraction> $ulti6ath 5ro6a)ation and fadin)> #oise> o66ler effect.

)(

Reco//ended %Te6t +oo# &. Antenna (for all a66lication"> Dohn . raus and Ronald D. $arhcf,aN Tata! $ac:raw ill> % rd Edition

2. Antenna Kave 5ro6a)ation> . 5rasadN Satya 5ra,ashan> #ew elhi> % rd Edition%. Antenna Theory= Analysis esi)n> *onstantine A. BalanisN Killey> % rd Edition

Re erence +oo# . Elements of Electroma)neticsN $athew #.7. Sadi,u> 7 + th Edition(200"

2. Electroma)netic Kaves Radiatin) Systems> E* Dordan .:. BalmainN 5earson Education> 2 nd Edition (200 "%. $icrostri6 Antenna esi)n andboo,! Ramesh :ar)N Artech ouse (200 "

Pract$calPROCESS CONTROL LA+Code = EI 4,)Contact = 'PCred$t = *

. Study of 3low> evel> 5ressure> Tem6erature 6rocesses and construction of the 5 I dia)rams in accordance with ISA)uidelines 8 standards

2. Study of a ty6ical Tem6erature *ontrol oo6 havin) 3urnace> suitable final control element> Tem6erature transmitter>conventional 5I controller8*ontrol System> and data lo))er8recorder

%. Study of a ty6ical 5ressure *ontrol oo6 havin) 5ressure source> 5ressure Transmitter> $otori@ed85neumatic control valve> andconventional 5I controller8*ontrol System

'. Study of a ty6ical 3low *ontrol oo6 havin) suitable 3low meter> $otori@ed8 5neumatic control valve> and conventional 5Icontroller8*ontrol System

+. Study of a ty6ical evel *ontrol oo6 havin) evel Transmitter> $otori@ed8 5neumatic control valve> and conventional 5Icontroller8*ontrol System

-. Study of a ty6ical Air uct 3low $onitorin) and *ontrol

/. 5 * 5ro)rammin) throu)h 5*

1. Study of a 5* based Automation Software 8 Simulation Software

. 5 * and *S based instrumentation e


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3 $ systems> IRI: standards in 3 $ systems. S*7?s> $u< and emu< circuits> etectors and

emodulators> 5ulse avera)in)> Huadrature 3$ and 5 > $i circuit for 6 measurement and a66lications.c" *onductivity cells & standards> circuits.d" 5olaro)ra6hy! a66aratus> circuits and techni ues!6ulse 6olaro)ra6hy> a66licationse" *olorimetry

0

$odule III=S6ectrosco6ic $ethods = Introduction> aws relatin) to absor6tion of radiation> $olecular Absor6tion S6ectrosco6y in 94 4IS ran)es=sources> wavelen)th selectors> sam6le container> detectors>

S6ectro6hotometers (Sin)le beam ual beam arran)ement". Atomic Absor6tion Emission s6ectrosco6y = Atomi@ers>sources> sin)le dual beam arran)ement.

2

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5lasma S6ectrosco6y = Se uential Simultaneous multichannel

Instruments.Atomic C Ray s6ectrometry = Absor6tion diffraction 6henomena> sources> detectors> techni ues.IR S6ectrosco6y = sources> monochromators> detectors.IR S6ectrometer> 3T!IR s6ectrometers.$odule I4=*hromato)ra6hy =Introduction> basic definitions> some relationshi6s. :as chromato)ra6hy = basic 6arts> columns >detectors> techni ues. * = ty6es> 5 * = basic 6arts> sam6le in;ection system> column> detectors> A66lications.

1

Total 0(+oo# = 5rinci6les of Industrial Instrumentation! .*. 5atranabis> 5ublisher= Tata $c:raw ill 5rinci6les of Instrumental Analysis! S,oo)> oller> #ieman> 5ublisher= Thomson Broo,s8*ole Introduction to Instrumental Analysis! Robert . Braun> 5ublisher= 5harma Boo, Syndicate

andboo, of Analytical Instruments! R.S. hand6ur> 5ublisher= Tata $c:raw ill

PROCESS CONTROL IICode = EI -('Contact = 'L > )TCred$t = 0

Module Ii)ital *ontrol oo6 with continuous 6rocess and di)ital controller>advanta)es limitations of i)ital *ontrolSi)nal discreti@ation ! Sam6lin) of continuous si)nal> sam6lin) 6eriod considerations> sam6lin) asim6ulse modulation> sam6led s6ectra aliasin).Si)nal reconstruction & Gero and 3irst 7rder old5rinci6les of discreti@ation & finite difference a66ro rectan)ular rules forinte)ration> tra6e@oidal techni ues 8 bilinear transformation> 6ole ! @ero matchin)> Im6ulseinvariance method> Ste6 invariance method> $a66in) between s!6lane and @!6lane.Re6resentation of di)ital control system & inear ifference E uations> 5ulse Transfer 3unction.Stability Studies ! K ! 6lane transforms> Dury Stability *riterion> Effect of sam6lin) 6eriodAnalysis of a sin)le in6ut!sin)le out6ut system by G!transform techni ues

2

Module IIi)ital $odellin) usin) discrete a66ro AR$A> ARCoo6 esi)n usin) i)ital $odellin) '

i)ital *ontrol Al)orithms =!(a" ead beat control(b" ahlin?s al)orithm

%

Module IIIDCS & Basic *om6onents and their 3unctions.HMI & 76erator En)ineerin) Interface & 3unctions and Re uirements.Co//un$cat$on & IS787SI Reference $odel N ata i)hway and 3ieldbus N

#etwor, Access 6rotocols & T $A> *S$A8* > To,en 6assin)> $aster & SlaveN #etwor,Transmission $edia & Twisted 5air> *o!a 37 N

#etwor, To6olo)y & $esh> Rin)> Star> Bus N $ana)ement Information System ($IS" and *om6uterInte)rated 5rocessin) (*I5".Redundancy & 5rocessor> Bus and In6ut!7ut6ut level

0

3u@@y lo)ic control & *ris6 Set> 3u@@y Set> 3u@@y 76erators> 7verview of 3 * 2Module I En)lewood

-. :eor)e Ste6hano6oulos> *hemical 5rocess *ontrol> 5 I/. $. :o6al> i)ital *ontrol and State 4ariable $ethods1. #ise> *ontrol Systems En)ineerin)> Kiley India. . 7)ata> Y iscrete Time *ontrol SystemsY> 5earson Education Inc0. rian,ov> ellendoorn> Reinfran,> Introduction. to 3u@@y *ontrol> #arosa

COMMUNICATION THEOR2Code = EI -(0AContact = 'LCred$t = '

Cred$t= ' Contact= 'L$odule *ontent our

Ele/ent o co//un$cat$on y te/=

The elements of a communication system> ori)in of noise and its effect> im6ortance of S#Rin system desi)n.Basic 6rinci6le of linear (A$" modulation> :eneration of A$ waves> emodulation of A$wave.Basic 6rinci6le of nonlinear (3$> 5$" modulation. :eneration of 3$ waves.emodulation of 3$ waves.Sam6lin) theorem> sam6lin) rate> im6ulse sam6lin)> reconstruction from sam6les>Aliasin).Analo) 6ulse modulation!5A$ (natural flat to66ed sam6lin)"> 5K$> 55$.Basic conce6t of 5ulse code modulation> Bloc, dia)ram of 5*$> $ulti6le3 $.

2

2

D$9$tal tran /$ $on=

*once6t of Huanti@ation Huanti@ation error> 9niform uanti@er> #on!uniform uanti@er>A!law and !law. Encodin)> codin) efficiency. ine codin) 6ro6erties> #RG RG>A$I> $anchester codin)> 5*$> 5*$. Base band 6ulse transmission> $atched filter>error rate due to noise> ISI> Raised cosine function> #y uist criterion for distortion!less base

band binary transmission> Eye 6attern> Si)nal 6ower in binary di)ital si)nal.

01

%

D$9$tal carr$er /odulat$on de/odulat$on techn$Bue=Bit rate> Baud rate> Information ca6acity> Shanon?s limit> $!ary encodin)> Introduction tothe different di)ital modulation techni ues!AS .3S > 5S > B5S > H5S > mention of 1B5S > - B5S .Introduction to HA$> basic of 1 HA$> - HA$.Basic conce6t of elta modulatin)> Ada6tive delta modulation.Introduction to the conce6t 5*$.

Basic conce6t of s6read s6ectrum modulation.

2

'

Introduct$on to cod$n9 theory=Introduction> #ews value Information content> Entro6y> $utual information> Informationrate> Shanon!3ano al)orithm for encodin)> Shanon?s theorem! source codin) theorem>*hannel codin) theorem> Information ca6acity theorem.Basic 6rinci6le of Error control codin).

1

Nu/er$cal pro;le/ to ;e ol7ed $n the cla .Te6t +oo# =

. An Introduction to Analo) and i)ital communication> Simon ay,in> Kiely India.2. Analo) communication system> 5. *ha,rabarti> han6at Rai *o.%. 5rinci6le of di)ital communication> 5. *ha,rabarti> han6at Rai *o.'. $odern i)ital and Analo) *ommunication systems> B.5. athi> 7


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. i)ital and Analo) communication Systems> eon K *ouch II> 5earson

Education Asia.2. *ommunication Systems> A.B. *alson> $c :raw ill.

MICROELECTRONICS Scale of Inte)ration(SSI> $SI> SI> 4 SI> 9 SI & basic idea only"> Ty6es of 4 SI *hi6s (Analo) i)ital4 SI chi6s> :eneral 6ur6ose> ASI*> 5 A> 35:A"> esi)n 6rinci6les ( i)ital 4 SI &*once6t of Re)ularity> :ranularity etc"> esi)n omains (Behavioral> Structural> 5hysical">P!*hart> i)ital 4 SI esi)n Ste6s.

1

2 MOS tructure = E!$7S !$7S> *har)e inversion in E!$7S> Threshold volta)e> 3lat! band volta)e> 5otential balance *har)e balance> Inversion> $7S ca6acitances.Three Ter/$nal MOS Structure= Body effect.5our Ter/$nal MOS Tran $ tor = rain current> I!4 characteristics. *urrent!volta)ee uations (sim6le derivation".Scal$n9 $n MOS5ET = Short *hannel Effects> :eneral scalin)> *onstant 4olta)e 3ieldscalin).UCMOS = *$7S inverter> Sim6le *ombinational :ates ! #A# )ate and #7R :ate usin)*$7S.

2

% M$cro:electron$c Proce e or Kafer 6rocessin)> 7 E6ita Ion!im6lantation iffusion>*leanin)> Etchin)> 5hoto!litho)ra6hy & 5ositive #e)ative 6hoto!resist+a $c CMOS Technolo9y & (Ste6s in fabricatin) *$7S"> Basic n!well *$7S 6rocess> 6!well*$7S 6rocess> Twin tub 6rocess> Silicon on insulatorLayout De $9n Rule = Stic, dia)ram with e ayout rules.

0

' Hard8are De cr$pt$on Lan9ua9e & 4 or 4erilo) *ombinational Se uential o)iccircuit esi)n. 0

Te6t +oo# =. i)ital Inte)rated *ircuit> D.$.Rabaey> *handrasan> #icolic> 5earson Education.2. *$7S i)ital Inte)rated *ircuit> S.$. an) P. eblebici> T$ .%. $odern 4 SI esi)n> Kayne Kolf> 5earson Education.

'. 4 > Bhas,ar> 5 I.+. Advance i)ital esi)n 9sin) 4erilo) > $ichel . *elliti> 5 IRe erence =. i)ital Inte)rated *ircuits> emassa *iccone> Dohn Killey Sons .2. $odern 4 SI esi)n= system on silicon> Kayne KolfN Addison Kesley on)man 5ublisher %. Basic 4 SI esi)n> ou)las A. 5uc,nell amran Eshran)hian> 5 I'. *$7S *ircuit esi)n> ayout Simulation> R.D.Ba,er> .K. ee> .E. Boyee> 5 I

5PGA RECON5IGURA+LE COMPUTINGCode = EI -(0CContact = 'LCred$t = '

Module I= Introduct$on to Recon $9ura;le Co/put$n9 %RC&istory> State!of!the!Art and 3uture Trends> *om6utin) re uirements as 5ower> Area and 4 SI scalin)> $a66in) ofAl)orithm!analysis and s6eed!u6> R* architectures! 3ine :rain and *oarse :rain> ybrid and Embedded Architectures>Su6ercom6uters. +

'


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Module:II= Recon $9ura;le Lo9$c De7$ce =

35:A and its internal architecture> com6utin) elements> 9T> BRA$> interconnects> I87 Bloc,s> 6ro)rammin) of 35:Aand interfacin) case study> A 9 desi)n> desi)nin) with embedded 6rocessors> introduction to 5ower 5* and AR$

6rocessors. -Module III= Hard8are De cr$pt$on Lan9ua9e or RC=esi)n cycle> al)orithms> ardware escri6tion an)ua)e> 4 > different desi)n styles= data flow> structural and

behavioral and 6ractical lo)ic circuit im6lementation e debu))in)> writin) test bench> i)h levelsynthesis and ow level synthesis.

-

Module I s6atial and tem6oral confi)uration> systolic architectures andal)orithms> Bit serial> on the fly> multi6le Introduction to Reconfi)urable *om6utin) = Architectures> Al)orithm and A66lications> S6rin)er> 200+

Re erence +oo# = . K. Kolf > 35:A Based Systems esi)n> 5 I> 200'

2. 5. ysa)t and K. Rosenstiel> #ew Al)orithms> Architectures and A66lications for Reconfi)urable *om6utin)>S6rin)er> 200+

COMPUTER NET"ORJINGCode = EI -(3AContact = 'LCred$t = '

$odule *ontent our

O7er7$e8 o Data Co//un$cat$on and Net8or#$n9=Introduction> ata communications= com6onents> data re6resentation (AS*II> IS7 etc.">direction of data flow (sim6le half du6le full du6le cate)ories of networ, ( A#> $A#>KA#"N Internet= briefhistory> 5rotocols and standardsN Reference models= 7SI reference model> T*58I5 referencemodel> their com6arative study.Phy $cal Le7el=7verview of data (analo) di)ital"> si)nal (analo) di)ital"> transmission (analo) di)ital" transmission media ()uided un)uided"N *ircuit Switchin)= time division s6acedivision switch> T $ busN Tele6hone #etwor,.

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2 Data l$n# Layer=Ty6es of errors> framin) (character and bit stuffin)"> error detection correction methodsN3low controlN 5rotocols= Sto6 wait ARH> :o!Bac,!# ARH> Selective re6eat ARH>

*NUMed$u/ Acce u; layer=

5oint to 5oint 5rotocol> *5> #*5> To,en Rin)N Reservation> 5ollin)> $ulti6le access

6rotocols= 5ure A 7 A> Slotted A 7 A> *S$A> *S$A8* > *S$A8*A TraditionalEthernet> fast Ethernet (in brief".

0

'2


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y6erte 76en ocument Architecture (7 A"> $ultimedia and y6ermedia *odin) E ocument Ty6e efinition ( T "> y6erte #etwor, of #etwor,s> Intranet> E Se)ment> Three!Kay andsha,in)> 3low *ontrol> Error *ontrol> *on)estion control> I5 ata)ram> I5v'and I5v-.

I5 Subnettin) and addressin) ( "=*lassful and *lassless Addressin

AEIE Final Upto 4thYear Syllabus 23.07.13 (3)

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Transcript of AEIE Final Upto 4thYear Syllabus 23.07.13 (3)