aeie final upto 4thyear syllabus 23.07.13

8/11/2019 AEIE Final Upto 4thYear Syllabus 23.07.13

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Syllabus for B.Tech(APPLIED ELECTRONICS AND INSTRUMENTATIONENGINEERING) Up to Fourth Year

Revised Syllabus of B.Tech AEIE (for the students who were admitted in Academic Session 200!20"

COURSE STRUCTURE IN

Third Semester

A. Theory

Sl.

No.Code Paper

Contact Hour!"ee# Cred$t

Po$ntL T P Total

M%CS& '() #umerical $ethods 2 0 % 2

2 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 2

1 EC%EI& ',) i)ital Electronic *ircuits ab 0 0 % % 2

EC%EI& ',* Analo) Electronic *ircuits ab 0 0 % % 2

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

Total Pract$cal )) -

Total o Se/eter '* *-

3ourth Semester

A. Theory

Sl.

No.Code Paper

Contact Hour!"ee# Cred$t

Po$ntL T P Total

HU 0() 4alues Ethics in 5rofession % 0 0 % %

2PH%EE&

0()5hysics & II % 0 ' '

% CH 0()Basic Environmental En)ineerin) Elementary

Biolo)y% 0 0 % %

' EI 0() Sensors and Transducers % 0 ' '

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

-EE

0(*%EI&3ield theory % 0 0 % %

Total Theory *( *)

+. Pract$cal

/ HU 01)Technical re6ort writin) lan)ua)e laboratory

6ractice0 0 % % 2

1PH%EE&

0,)5hysics &II ab 0 0 % % 2

EI 0,) Electrical $easurement Instrumentation ab 0 0 % % 2

0 EI 0,* $icro6rocessor ab 0 0 % % 2

Total Pract$cal )* 1

Total o Se/eter '* *,

Total o 2ear 34


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5$th Se/eter

A. Theory

Sl.

No.

5$eld Code Paper Contact Hour!"ee# Cred$t

Po$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 76tics8

Advanced 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 % % 2

1 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 o Se/eter *, *3

S$6th Se/eter

A. TheorySl.

No.


Po$ntL T P Total

HU HU 4() 5rinci6les of $ana)ement 2 0 0 2 2

2 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) 9ltrasonic

Instrumentation

% 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*"8Antenna Theory 5ro6a)ation(E*"#on *onventional Ener)y Sources

% 0 0 % %

Total Theory *( *(

+. Pract$cal

/ PC EI 4,) 5rocess *ontrol ab 0 0 % % 2

1 PC EI 4,* Electronic Instrumentation and $easurementab

0 0 % % 2

PC EI 4,' Advanced $icro6rocessors $icrocontrollers ab

0 0 % % 2

0 EI 41) Seminar 0 0 % % 2


Total o Se/eter '* *1Se7enth Se/eter

A. Theory

2


3/57



Sl.

No.


Po$ntL T P Total

PC EI -() Telemetry and Remote *ontrol % 0 ' '

2 PC EI -(* Analytical Instrumentation % 0 ' '

% PC EI -(' 5rocess *ontrol!II % 0 ' '

' PE EI -(0A !EI -(0+ !

EI -(0C

*ommunication Theory8$icroelectronics 4SI

Technolo)y8 35:A Reconfi)urable *om6utin)

% 0 0 % %

+ 5E EI -(3A%CS& !EI -(3+%IT& !

EI -(3C%IT&

*om6uter #etwor,in)8$ultimedia8Internet Technolo)y

% 0 0 % %

Total Theory )1 )1

+. Pract$cal

- PC EI -,) Telemetry and Remote *ontrol ab 0 0 % % 2

/ PE EI -,0A !EI -,0+ !

EI -,0C

*ommunication ab8$icroelectronics 4SITechnolo)y ab8 35:A Reconfi)urable *om6utin) ab

0 0 % % 2

1 5E EI -,3A%CS& !EI-,3+%IT& !

EI -,3C%IT&

*om6uter #etwor,in) ab8

$ultimedia ab8Internet Technolo)y ab

0 0 % % 2

EI -1) Industrial Trainin) Evaluation 0 8# dur$n9 4th:-th

Se/:;rea#2

0 EI -,* 5ro;ect! 0 0 - - 2Total Pract$cal )3 )(

Total o Se/eter '' *1

E$9hth Se/eter

A. Theory

Sl.

No.


Po$ntL T P Total

HSS HU 1() 7r)anisational Behavior 2 0 0 2 2

2 PE EI 1()A !EI 1()+ !

EI 1()C

5ower Electronics8

Industrial rives85ower 5lant Instrumentation

% 0 0 % %

% 5E EI 1(*A%EC& !EI 1(*+%EC& !

EI 1(*C%EC&!

EI 1(*D%CH&

$obile *ommunication8Embedded Systems8

i)ital Ima)e 5rocessin)85lant Automation

% 0 0 % %

Total Theory 1 1

+. Pract$cal

' PE EI 1,)A%EE& !

EI 1,)+%EE& !

EI 1,)C%EE&

5ower Electronics ab8Industrial rivesab85ower 5lant Instrumentation ab

0 0 % % 2

+ EI 1,* Instrumentation and *ontrol esi)n

ab0 0 - - '

- EI 1,' 5ro;ect ! 2 0 0 2 2 -

/ EI 1,0 Grand


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NUMERICAL METHODS

Code = M%CS& '()Contact = *L>)T

Cred$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 euation= Euler?s method> Run)e!utta methods> 5redictor!*orrector methods

and 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 uet$on Paper

There 8$ll ;e t8o 9roup $n the paper=

Group A= Ten Buet$on each o * /ar# are to ;e an8ered out o a total o )3 Buet$on co7er$n9 the

ent$re ylla;u.

Group += 5$7e Buet$on each carry$n9 )( /ar# are to ;e an8ered out o %at leat& 1 Buet$on.

Student hould an8er at leat one Buet$on ro/ each /odule.

At leat * Buet$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= Suare 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 of6eriod 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 Euations (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 zdx dz

x a b c Q z

+ + (elementary cases>

5(@" H(@" are 6olynomials of 2ndorder or less". (2"

Top$c= Introduct$on to Conor/al Mapp$n9.

+


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Su;:Top$c= *once6t of transformation from @!6lane to w!6lane. *once6t of *onformal $a66in). Idea of somestandard transformations. Bilinear Transformation and determination of its fi 5oisson 9niform distributions only.

(2"

Module I


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%. 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 Euations= An introductory treatment with a66lications> 5I2. 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$t

Code = EC%EI& '()Contact = 'L

Cred$t = '

Top$c No. o per$od

Module I

Data and nu/;er yte/Binary> 7ctal and eAS*II> EBI*> :ray codes and their conversionsN Si)ned binary number

re6resentation with ?s and 2?s com6lement methods> Binary arithmetic.

'

+oolean al9e;ra4arious 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 II

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

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

Module III

SeBuent$al C$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> seuential 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! 5I2. 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+. :ivoneOi)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.'. D.Bi)nell R.onovan!i)ital Electronics!+8e! *ena)e earnin).

/


8/57



1. each $alvinoOi)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 CIRCUITS

Code = EC%EI& '(*

Contact = 'L

Cred$t = '

Top$c No. o per$od

Module I

5$lter and Re9ulator=*a6acitor filter> F!section filter> ri66le factor> series and shunt volta)ere)ulator> 6ercenta)e re)ulation> /1 ifferential Am6lifier> *onstant current source(current mirror etc."> level shifter> *$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

%0

Te6t +oo#=

. Sedra Smith!$icroelectronic *ircuits! 7 %8e> $c:raw ill%. Boylested #ashels,y! Electronic evices and *ircuit Theory! 5earson85I

Reerence +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./. Bell! 76erational Am6lifiers and inear I*s! 7


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1. Tobey :rame & 76erational Am6lifier= esi)n and A66lications> $c :rawill.

. :aya,wad R.A !! 76Am6s and inear I*?s> 5I0. *ou)hlin and riscol & 76erational Am6lifier and inear Inte)rated *ircuits & 5earson Education

CIRCUIT THEOR2 AND NET"ORJS

Code = EE%EI& '()

Contact = 'L >)T

Cred$t = 0

Top$c No. o per$od

Module I

Introduction= *ontinuous iscrete> 3i inear and #onlinear> um6ed

and istributed> 5assive and Active networ,s and systems. Inde6endent e6endent sources>Ste6> Ram6> Im6ulse> Sinusoidal> Suare> 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 of6roblems.

%

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 II

a6lace transforms= *once6t of com6le< freuency> 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, euations= irchoff?s 4olta)e aw *urrent aw> 3ormulation of networ,euations> 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

'

3ilter *ircuits= Analysis of ow 6ass> i)h 6ass> Band 6ass> Band 2


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re;ect> All 6ass filters (first and second order only" usin) o6erational am6lifier. Solution of

5roblems'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 Meaure/ent and Intru/ent

Code = EI '()

Contact = 'L>)TCred$t = 0

Top$c No. o

per$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) torues> emulti6liers and instrument transformers.

2

Module II

Static and ynamic errors= Standard in6uts and system analysis for evaluation of sucherrors. efinitions of 6recision> hysteresis> nonlinearity> sensitivity> s6eed of res6onse>fidelity.

2

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


11/57



. 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 euations usin) :auss elimination and :auss!Seidel

iterations.

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

+. Assi)nments on ordinary differential euation= 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 = 'P

Cred$t = *

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


12/57



. Transient res6onse in R! and R!* #etwor,= Simulation8hardware2. Transient res6onse in R!!* Series 5arallel circuits #etwor,= Simulation8hardware

%. etermination of Im6edance (G" and Admittance(P" 6arameters of two 6ort networ,

'. 3reuency res6onse of 5 and 5 filters

+. 3reuency res6onse of B5 and BR filters

-. :eneration of 5eriodic> E Sinusoidal> am6ed sinusoidal> Ste6> Im6ulse> Ram6 si)nals usin)

$ATAB in both discrete and analo) form

/. Evaluation of convolution inte)ral> iscrete 3ourier transform for 6eriodic non!6eriodic si)nals and

simulation of difference euations usin) $ATAB

1. Re6resentation of 6oles and @eros in @!6lane> determination of 6artial fraction e Technolo)y and En)ineerin) as ,nowled)e and as Social and 5rofessional Activities

Effects of Technological Growth:

Ra6id Technolo)ical )rowth and de6letion of resources> Re6orts of the *lub of Rome. imits of )rowth=sustainable develo6mentEner)y *risis= Renewable Ener)y Resources

Environmental de)radation and 6ollution. Eco!friendly Technolo)ies. Environmental Re)ulations>Environmental EthicsA66ro6riate Technolo)y $ovement of SchumacherN later develo6mentsTechnolo)y and develo6in) notions. 5roblems of Technolo)y transfer> Technolo)y assessment im6act analysis.uman 76erator in En)ineerin) 6ro;ects and industries. 5roblems of man> machine> interaction> Im6act ofassembly line and automation. uman centered Technolo)y.

Ethics of Profession:

En)ineerin) 6rofession= Ethical issues in En)ineerin) 6ractice> *onflicts between business demands and6rofessional ideals. Social and ethical res6onsibilities of Technolo)ists. *odes of 6rofessional ethics. Khistleblowin) and beyond> *ase studies.

2


13/57



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 in

Indian *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> #ewPor, ' (2ndEd"

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$cII

Contact = 'L > )T

Cred$t = 0

To6ic #o of 6eriods

$odule!I

Huantum mechanics=

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

*once6t of 6robability and 6robability density> o6erator> *ommutator> 3ormulation ofuantum mechanics and Basic 6ostulates> 76erator corres6ondence> Time de6endentSchrQdin)er?s euation> formulation of time inde6endent SchrQdin)er?s euation by

method of se6aration of variables> 5hysical inter6retation of wave function

(normali@ation and 6robability inter6retation"> E A66lication of

SchrQdin)er euation!5article in an infinite suare well 6otential (! and %! 6otential

well"> iscussion on de)enerate levels.

-

0

$odule!II

Statistical mechanics=

*once6t of ener)y levels and ener)y states. $icrostates> $acrostates and thermodynamic6robability> euilibrium macrostate. $B> 3> BE statistics (no deduction necessary">

fermions> bosons (definitions in terms of s6in> e


14/57



*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 euation> Kiedemann 3rant@law.

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

22

%

%

%

Te6t +oo#=

. 5ers6ectives of $odern 5hysics= A. Baiser

2. $odern 5hysics and Huantum $echanics E.E. Anderson

2.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 :uha

1.Solid Sate 5hysics= a" A.D. e,,er

b" *. ittel

c" Aschroft $ermind" S.7. 5illai

CH0()= +a$c En7$ron/ental En9$neer$n9 Ele/entary +$olo9y

Contact = 'L

Cred$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> earthua,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

Elements of ecolo)y= System> o6en system> closed system> definition of ecolo)y> s6ecies> 6o6ulation>community> definition of ecosystem! com6onents ty6es and function.

'


15/57



Structure and function of the followin) ecosystem= 3orest ecosystem> :rassland ecosystem> esert ecosystem>

Auatic ecosystems> $an)rove ecosystem (s6ecial reference to Sundar ban"N 3ood chain definition and one

e 3ood web. 2

Bio)eochemical *ycle! definition> si)nificance> flow chart of different cycles with only elementary reaction

7 carbon> #itro)en> 5hos6hate> Sul6hurU.

Biodiversity! ty6es> im6ortance> Endemic s6ecies> Biodiversity ot!s6ot> Threats to biodiversity> *onservation

of biodiversity. 2

A$r pollut$on and control

Atmos6heric *om6osition= Tro6os6here> Stratos6here> $esos6here> Thermos6here> Tro6o6ause and $eso6ause.

Ener)y balance= *onductive and *onvective heat transfer> radiation heat transfer> sim6le )lobal tem6erature

model Earth as a blac, body> earth as albedoU> 5roblems.

:reen house effects= efinition> im6act of )reenhouse )ases on the )lobal climate and conseuently on sea

water level> a)riculture and marine food.:lobal warmin) and its conseuence> *ontrol of :lobal warmin).

Earth?s heat bud)et.

a6se rate= Ambient la6se rate Adiabatic la6se rate> atmos6heric stability> tem6erature inversion (radiation

inversion". 2

Atmos6heric dis6ersion= $a effective stac, hei)ht> smo,estac,

6lumes and :aussian 6lume model. 2

efinition of 6ollutants and contaminants> 5rimary and secondary 6ollutants= emission standard> criteria

6ollutant.

Sources and effect of different air 6ollutants! Sus6ended 6articulate matter> o o o 6articulate> 5A#. 2

Smo)> 5hotochemical smo) and ondon smo).

e6letion 7@one layer= *3*> destruction of o@one layer by *3*> im6act of other )reen house )ases> effect of

o@one modification.

Standards and control measures= Industrial> commercial and residential air uality standard> control measure

(ES5. cyclone se6arator> ba) house> catalytic converter> scrubber (ventury"> Statement with brief reference".

"ater Pollut$on and Control

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

+


16/57



River8a,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= Auifers> 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 and

al,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 soil

Solid 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 freuency> noise 6ressure> noise intensity> noise threshold limit value> euivalent noise level>

0(1hr Inde


17/57



Module I

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

Resistive (6otentiometric" ty6e= 3orms> materials> resolution> accuracy>

sensitivity Strain :au)es= theory> ty6es> materials> desi)n consideration> sensitivity>

)au)e factor> variation with tem6erature> adhesives> rosettes> a66lications!force> velocity and torue measurements

Inductive sensors= common ty6es! reluctance chan)e ty6e> mutual

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

%

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

%

Module III

Industrial 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 torue> r6mmeters> 6ro 6erformance characteristics

'

:ei)er counters> Scintillation detectors 2

Introduction to Smart sensors 2

'0+oo#=

. 5atranabis> Sensors and Transducers> 5I> 2nded.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 ARCHITECTURE

Code= EI0(*

Contact= 'L>)T

Cred$t= 0

To$ic No% of

Periods

/


18/57



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 eyboard8is6lay *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> 1by Ramesh S. :aon,ar.

2. Intel *or6= The 101+ 8 101+A. $icro6rocessor Boo, & Intel mar,etin) communication> Kiley interscience 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 Theory

Code = EE0(*%EI&

Contact = 'L

Cred$t = '

Top$c No. oper$od

Module I

4ector 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< density andelectric field intensity. iver)ence theorem. *urrent ensities> *onductors> 5oisson?s a6lace?s euations> 9niueness theorem> Biot!Savart law> Am6ere?s law> Relation

between D > 4ector ma)netic 5otential> Sto,es? theorem.

-

Module II

3araday?s law en@?s law> is6lacement *urrent> D * & D Relation> $a Timeharmonic fields> Kave Euation> Boundary *onditions between media

interfaceN 9niform 5lane waveN Kave 5ro6a)ation in ossy ielectric> oss!lessielectric> 3ree s6ace. 5oyntin) Theorem> 5ower flow> 5oyntin) vector. Kave6olari@ations.

1


19/57



Module III

Transmission ines= *once6t of um6 6arameters and istributed 6arameters> ine5arameters> Transmission line euations 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) Techniues.

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 Education

1. 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 PRACTICE

PAPER CODE= HU 01)

CONTACT= )L>*P

CREDIT = *

Gu$del$ne or Coure E6ecut$on=

O;Kect$7e o th$ Coure= Th$ coure ha ;een de$9ned=). To $nculcate a ene o con$dence $n the tudent.

*. To help the/ ;eco/e 9ood co//un$cator ;oth oc$ally and proe$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= 2M-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

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

"eas!reInter,iew Sessions7 +'/5P

a. Training st!dents to face 8o( Inter,iews confidentl) and s!ccessf!ll)


20/57



(. 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: +'/5P

a. Teaching Presentation as a skill

(. Strategies and Standard Practices of Indi,id!al 2Gro!$ Presentation

c. 6edia * 6eans of Presentation: OP2PO&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"inations

c. 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 PI '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 Cassettes2and(ooks.

B. 'istening -'e,els @0 9!dio Cassettes2and(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$cal Meaure/ent Intru/entat$on La;

Code = EI 0,)

Contact = 'P

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

20


21/57



'. *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$croproceor La;

Code = EI 0,*

Contact = 'P

Cred$t = *

Sl. #o. #A$E 73 TE EC5ERI$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$9AT7R 37Ri" Table loo, u6ii" *o6yin) a bloc, of memoryiii" Shiftin) a bloc, of memoryiv" 5ac,in) and un6ac,in) of B* numbers

v" Addition of B* numbersvi" Binary to AS*II conversion

vii" 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) Es accordin)ly> findin) out thefreuency 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 $79ES=a" A*b" S6eed control of mini * motor usin) A*

c" Ste66er motor

/. 3A$IIARIGATI7# KIT E5R7$ 5R7:RA$$I#: A# ERASI#:

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 Euivalence= *ash 3low & ia)rams> *ate)ories *om6utation> Time 4alue 7f $oney> ebt re6ayment>

#ominal Effective Interest.

2


22/57



'. 5resent Korth Analysis = End!7f!Pear *onvention> 4iew6oint 7f Economic Analysis Studies> Borrowed $oney 4iew6oint> Effect 7f

Inflation eflation> Ta Economic *riteria> A66lyin) 5resent Korth Techniues> $ulti6le Alternatives.+. *ash 3low Rate 7f Return Analysis & *alculations> Treatment of Salva)e 4alue> Annual *ash 3low Analysis> Analysis 5eriodsN

Internal 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) And

4aluin) Benefits drawbac,s.

-= 9ncertainty In 3uture Events ! Estimates And Their 9se In Economic Analysis> Ran)e 7f Estimates> 5robability> Doint 5robability

istributions> E Economic ecision Trees> Ris,> Ris, vs Return> Simulation> Real 76tions./. e6reciation ! Basic As6ects> eterioration 7bsolescence> e6reciation And E Ty6es 7f 5ro6erty> e6reciation *alculation

3undamentals> e6reciation And *a6ital Allowance $ethods> Strai)ht!ine e6reciation eclinin) Balance e6reciation> *ommon

Elements 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> 5I

-. $ichael R indebur) = En)ineerin) Economics Analysis> 5rofessional 5ub

INDUSTRIAL INSTRUMENTATION

Code = EI 3()

Contact = 'L>)T

Cred$t = 0

%All per$od 8$ll ;e o at leat 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 Switch

Electronic 5r 8 5 transmitters = ca6acitive> 6ie@o ! resistive and resonatin) wire ty6e4acuum=

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

4

Module II

3low rate $easurement=

:eneral conce6ts ! aminar flow> Reynolds?s number> Effect of tem6erature and 6ressure on flow rate

measurement> *alibration of flow meters.ead ty6e flow measurement & analysis and calculation> and head 6roducin) devices ! orifice> venturi> 6itot

tube> multi6ort avera)in) 6itot

4ariable Area 3lowmeters & :lass and metal tube rotameters

Electroma)netic ty6e> 9ltrasonic ty6e> 4orte< ty6e> 5ositive dis6lacement ty6e$ass flow meters = *oriolis> Thermal> Im6eller ty6e

Keirs> 3lumes and o6en channel f low measurement.

))

Module III

evel $easurement =

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

3loat and dis6lacers ty6e instruments & :au)e and Switch85 ty6e sensors and their installation arran)ements

*a6acitive ty6e level instrument

9ltrasonic and $icrowave ty6e level instruments

4

Module I ITS 0> fi )as and va6our> ran)es> media> errors> construction details and com6arison>

classification

Bimetal elements> Thermostats

RT= review of materials> construction> ty6esN measurin) circuits> ran)es> errors and minimi@ation of errors

Thermocou6les includin) $I thermocou6les= ty6es> thermoelectric 6ower> circuits> ran)es> errors> cold;unction com6ensation> com6ensatin) cables

Radiation Thermometer sensors used> s6ectral and other characteristics> 76tical 5yrometers

1

22


23/57



Top$c No. o per$od

Module snubbers> 2 valve manifolds

Installation of 5 measurin) instruments with head 6roducin) devices & 6ressure ta66in)s> isolation valves> %valve manifolds> etc.

Strai)ht run reuirements for f lowmeters

Installation of Tem6 elememts & Thermowells

'

5neumatic Instrumentation

3la66er no@@le system ! 6neumatic force balance and motion balance system

5neumatic Transmitter

*

a@ardous Area Instrumentation ($ay be reduced"

Basic *once6ts

*lassification based on site> material and tem6erature & IE* and #orth American system$ethods of 5rotection & E Intrinsic safety> 5ur)in) and 5ressuri@ation> #on!Incendiary N IE*

Eui6ment 5rotection evel (E5"

#E$A and I5 codes

0

0(

+oo#=

. . 5atranabis> 5rinci6les of industrial Instrumentation> T$> #ew elhi> 2ndEd.2. B. :. i6ta,> Instrument En)ineers andboo,> vol!I and vol!II> *hilton Boo, *o. 5hiladel6hia

%. . $. *onsidine and :. . *onsidine (Eds." 5rocess Instruments and controls andboo,> $c :raw ill> #ew Por,

'. Ernest 7. oeblin> $easurement Systems & A66lication and esi)n> Tata!$c:raw ill+. A. Barua> 3undamentals of Industrial Instrumentation> Kiley India

-. $.$.S. Anand> Electronic Instruments and Instrumentation Technolo)y> 5I> elhi

/. *. R. Alavala> 5rinci6les of Industrial Instrumentation and *ontrol Systems> *en)a)e earnin)

CONTROL THEOR2

Code = EI 3(* %EE&Contact = 'L>)T

Cred$t = 0

Top$c No. o per$od

Module I

Elementary control conce6ts. 76en loo6 and close loo6 control

$athematical $odel of 5hysical Systems= Introduction> ifferential euation re6resentation of 6hysical

systems> Transfer function conce6ts> Bloc, dia)ram al)ebra> Si)nal flow )ra6hs

%

3eedbac, *haracteristics of *ontrol Systems= Introduction> Reduction of 6arameter variation by use of

feedbac,> *ontrol of system dynamics by use of feedbac,.

*ontrol System *om6onents= Introduction> * servomotors> * tacho!)enerators> A* servomotors> A*tacho!)enerators> Ste66er motors> Synchro error detectors> Areas of A66lication.

%

Time Res6onse Analysis= Introduction> Standard test si)nals> 5erformance indices> Time res6onse of first

order system> Time res6onse of second order systems> esi)n s6ecifications of second order systems.

+

Module II

Stability Analysis in Time omain= The conce6t of stability> Assessment of stability from 6ole 6ositions>#ecessary conditions for stability> Routh Stability *riterion> Relative stability analysis> Illustrative

e 5erformance indices> 3reuency 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> #yuiststability criterion> Illustrative e


24/57



2. 7)ata > V$odern *ontrol SystemsW> 5rentice all> En)lewood *liffs.

%. Ben;amin *. uo> VAutomatic *ontrol SystemsW> 5I'. :o6al= $odern *ontrol System> #ew A)e International


OPTOELECTRONICS AND 5I+RE OPTICS

Code = EI 3('A

Contact = 'L

Cred$t = '

Top$c No. o per$od

Module I

76toelectronics = *haracteristics of o6tical emission> electro!luminescence. E= 5ower and efficiency

calculation> Structure of E and its characteristics> etero;unction E

'

aser= semiconductor based lasers ! double hetero;unction broad area laser> stri6e )eometry laser>. 2

Module II

5hoto 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 III

3iber 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> s6ectrally

modulated sensors.

%

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

Total %0

+oo#=

. 5. Bhattachar;ee> Semiconductor 76toelectronic evices> 5I

2. K. aw,es> 76toelectronics! An Introduction> 5I

%. *. . Sar,ar> 76toelectronics and 3ibero6tics communication> #ew A)e International'. Dohn $. Senior> 76tical 3ibre *ommunications> 5I+. *ulshaw B. and a,in D(Ed" ! 76tical 3ibre Sensors> 4ol..2 Artech ouse> 1.

-. *hin!in!*hon !Elements of 76toelectronic 3ibre 76tion> $:


AD thin film techniues> *haracteri@ation and delineation> an)aur!

Blod)ett films> sensors develo6ed usin) these techniues such as )as and ion sensors

'

*eramics and o materials li,e Girconia> Alumina> semiconductors> o 5ie@oelectric> 5yroelectric> 3erro electric materials.

%

Module III

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

%

2'


25/57



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

trends.

'

%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> Sensorsand

Actuators> 4olume 1> Issue %> #ovember 1+> 5a)es 22/!2%%.

-. Thic,!film sensors= an overview> $aria 5ruden@iati and Bruno $orten>SensorsandActuators> 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>

SensorsandActuators> 4olume 2> Issue 2> Au)ust&Se6tember 1/> 5a)es 2!''.%All per$od 8$ll ;e o at leat 3( /$nute durat$on&

SO5T COMPUTING

Code = EI 4(0+

Contact = 'L

Cred$t = '

Top$c No. o per$od

Module I

Introduction to Soft!com6utin)> Its *onstituent com6onents 2

3u@@y Sets> :eneral Idea and im6ortance in 6ractical life> definition %

Basic 76erators> T! #orms> S! #orms> other a))re)ation o6erators 2

3u@@y relations> im6lications> e 6ro;ections and com6ositions 2

Module IIA66ro com6ositional rule of inference> rule based systems> term set %

3u@@ification> reasonin)> defu@@ification 2

ifferent 3u@@y models ($A8TS"> A66lications of 3u@@y rule based systems '

Module III

Basics 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> #arosa

2. 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/

Code = EI 3(0A%CSE&

Contact = 'L

Cred$t = '

7verview of * lan)ua)e

Time and S6ace analysis of Al)orithms ! 7rder #otations.

inear ata Structures ! Seuential re6resentations ! Arrays and ists> Stac,s> Hueues and eueues> 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.

2+


26/57



ashin) ! ashin) 3unctions> collision Resolution Techniues.

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

3ile Structures ! Seuential and irect Access. Relative 3iles> Inde ISTE8EC*E B77S

2. Aho Alfred 4.> o66eroft Dohn E.> 9Ilman Deffrey .> Vata Structures and Al)orithmsW> Addison Kesley%. ro@de,! ata Structures and Al)orithms>4i,as

Reerence =

.eileman=data structure al)orithims 7o6 Tata $c:raw ill2. ata Structures 9sin) * & $.Radha,rishnan and 4.Srinivasan> ISTE8EC*E B77S

3.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. > Vata Structures usin) X*? W

- A;ay A)arwal= ata structure Throu)h *.*ybertech

Data +ae Mana9e/ent Syte/

Code =EI 3(0+%CSE&

Contact = 'L

Cred$t = '

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

B$S.

Ent$ty:Relat$onh$p Model 4LF

Basic conce6ts> esi)n Issues> $a66in) *onstraints> eys> Entity!Relationshi6 ia)ram> Kea, Entity Sets> E Relational Al)ebra> Relational *alculus> E 4iews> $odifications

7f the atabase.

SL and Inte9r$ty Contra$nt 1LF

*once6t of > $> *. Basic Structure> Set o6erations> A))re)ate 3unctions> #ull 4alues> omain *onstraints> Referential Inte)rity

*onstraints> assertions> views> #ested Subueries> atabase security a66lication develo6ment usin) SH> Stored 6rocedures and tri))ers.

Relat$onal Data;ae De$9n ,LF

3unctional 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 -LF

5hysical 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 4LF

3ile 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.

%. Rama,rishnan= atabase $ana)ement System > $c:raw!ill'. :ray Dim and Reuter Address> VTransaction 5rocessin) = *once6ts and TechniuesW> $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 elhi2. V3undamentals of atabase SystemsW> Rame@ Elmasri> Sham,ant B.#avathe> Addison Kesley 5ublishin) Edition

%. Vatabase $ana)ement SystemsW> Arun .$a;umdar> 5ritimay Bhattacharya> Tata $c:raw ill

Sot8are En9$neer$n9Code =EI 3(0C%CSE&

Contact = 'L

Cred$t = '

2-


27/57



Module I

7verview 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 Reuirement 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 Necision tree> decision table and structured En)lishN 3unctional

vs. 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 T77S = *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)> 5I'.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)> Daico1.Sommerville> Ian & Software En)ineerin)> 5earson Education

.Benmenachen> Software Huality> 4i,as

Reerence=

. IEEE Standards on Software En)ineerin).2. ane> Software efect 5revention> S5

Pract$cal

INDUSTRIAL INSTRUMENTATION LA+

Code = EI 3,)

Contact = 'P

Cred$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

1. $easurement of viscosity

SENSORS AND TRANSDUCERS LA+

Code = EI 3,*

Contact = 'P

Cred$t = *

. Tem6erature measurement usin) A+0 I* sensor.2. is6lacement measurement by usin) a ca6acitive transducer.

%. 5ressure and dis6lacement measurement by usin) 4T.

'. Study of a load cell with tensile and com6ressive load.+. Torue measurement Strain )au)e transducer.-. S6eed measurement usin) ma)netic 6ro


28/57



1. Study of the characteristics of a R.

CONTROL ENGINEERING LA+

Code = EI 3,' %EE&

Contact = 'P

Cred$t = *

. 3amiliari@ation with $ATAB control system toolbo $ATAB!SI$9I# toolbo< and 5S5I*E.2. Study of ste6 res6onse for first and second order system with unity feedbac, with dis6lay on *RT screen and calculation of

6arameters for different system desi)ns.

%. Simulation of im6ulse res6onse for ty6es 0> and 2 with unity feedbac, usin) $ATAB and 5S5I*E.

'. etermination of root!locus> Bode 6lot> #yuist 6lot usin) $ATAB toolbo< for a )iven second order transfer function andlistin) 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 = 'L

Cred$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 Trees

Threaded binary tree traversal. A4 tree im6lementationA66lication of Trees. A66lication of sortin) and searchin) al)orithms

ash tables im6lementation= searchin)> insertin) and deletin)> searchin) sortin) techniues.

D+MS La;

Code = EI 3,0+%CSE&

Contact = 'L

Cred$t = '

Structured uery Lan9ua9e

. Creat$n9 Data;ae *reatin) a atabase

*reatin) a Table

S6ecifyin) Relational ata Ty6es

S6ecifyin) *onstraints

*reatin) Inde 95ATE> TR9#*ATE statements R75> ATER statements

%. Retr$e7$n9 Data ro/ a Data;ae The SEE*T statement

9sin) the KERE clause

9sin) o)ical 76erators in the KERE clause

9sin) I#> BETKEE#> IE > 7RER BP> :R795 BP and A4I#:

Claue

9sin) A))re)ate 3unctions

*ombinin) Tables 9sin) D7I#S

Subueries

'. Data;ae Mana9e/ent *reatin) 4iews

*reatin) *olumn Aliases

*reatin) atabase 9sers

9sin) :RA#T and RE47E

CURSORS IN ORACLE PL ! SL

"RITING ORACLE PL ! SL STORED PROCEDURES

21


29/57



Sot8are En9$neer$n9 LA+Code = EI 3,0C%CSE&

Contact = 'L

Cred$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 techniues.

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.

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 $c:raw ill(T$"


PROCESS CONTROL : I

Code = EI 4()

Contact = 'L>)T

Cred$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 control

loo6 bloc, dia)ram.*haracteristic 6arameters of a 6rocess & 5rocess Huantity> 5rocess 5otential> 5rocess Resistance> 5rocess

*a6acitance> 5rocess a)> Self Re)ulation

05rocess modellin)> 6rocess euations & 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 control

Effect of disturbances and variation in set 6oint in 6rocess control.

7ffset ! why it a66ears and how it is eliminated & analysis and mathematical treatment

2


30/57



Module II

5rocess Reaction *urves> *ontrollability ! usin) (i" deviation reduction factors (ii" )ain bandwidth 6roduct> State*ontrollability

1Tunin) 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)n

5neumatic *ontrollers ! brief analysis

Module III

ifferent 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 Transmitters

Brief 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. Beuette> 5rocess *ontrol & $odelin)> esi)n and Simulation> 5I

+" . R. *ou)hanowr> 5rocess Systems Analysis and *ontrol> $c:raw ill-" :. Ste6hano6oulos> *hemical 6rocess *ontrol> 5I

/" *. . Dohnson> 5rocess *ontrol Instrumentation Technolo)y> 5I

1" B. :. i6ta,> Instrument En)ineers andboo,> *hilton Boo, *o.> 5hiladel6hia

" K. Bolton> 5ro)rammable o)ic *ontrollers> Elsevier

0" Kebb Reis> 5ro)rammable o)ic *ontrollers> 5I


ELECTRONIC INSTRUMENTATION AND MEASUREMENT

Code = EI 4(*

Contact = 'L>)TCred$t = 0

Top$c No. o per$od

Module I

Buildin) bloc,s of Electronic Instruments= 4olta)e controlled oscillators> 5hase oc,ed oo6> *har)eAm6lifier> 5ro)rammable :ain Am6lifier> *urrent $irror> 4olta)e to freuency and freuency to

volta)e converters

-

Analo)ue Electronic Instruments= Introduction> Basic Emitter 3ollower 4oltmeter> 4oltmeters with I*76erational Am6lifiers> True R.$.S 4oltmeter> i)ital voltmeters> H meter

+

MODULE II

*urrent measurement with Analo)ue Electronic Instruments & *urrent!to!volta)e converter ty6e

Electronic Ammeters> *ho66er stabili@ed am6lifiers for measurement of very low volta)es and currents.

'

*athode ray oscillosco6es and its a66lications= *athode Ray Tube> eflection Am6lifiers> 7scillosco6eTime Base> ual!Trace 7scillosco6es> 7scillosco6e *ontrols> 7scillosco6e 5robes> elayed time base

oscillosco6e> i)ital Stora)e 7scillosco6e.

-

Module III

%0


31/57



i)ital instruments= Introduction> Basic i)ital is6lays & Es and * 6anels. is6lay rivers and

atches> Time Base )eneration with *rystal 7scillators and ividers.

'

esi)n and Im6lementation of a sim6le i)ital 3reuency $eter> Errors in freuency measurement &

6ossible remedies> Time and Ratio measurement.

'

Module I Electronic Instrumentation> Tata $c:raw ill

+. Kolf S.> Student Reference $anual for Electronic Instrumentation aboratories> En)lewood *liffs> 5rentice all


AD)T

Cred$t = 0

To$ic No %of Periods

Module I=

Intel 101-81011 $icro6rocessor= Architecture> *loc, :enerator> Resettin) the micro6rocessor> Kait State Insertin)> Bus Bufferin)> Interru6ts>

and Assembly an)ua)e 5ro)rammin) and Addressin) $odes.

1

Module II=Interfacin) $emory= *lassification of $emory> Address decodin) (usin) lo)ic )ates> decoders and 5A"> Interfacin) Static RA$ (-- & 2>

-2-' & 1"> Interfacin) E5R7$ (2/-' & 1> 2/2+- & %2"> esi)nin) $emory $odules (hi)her ca6acity say +2" usin) memory chi6s

(say 1".

Interfacin) I87 evices.

-

Module III=

Interfacin) and assembly lan)ua)e monitor 6ro)ram for ey Board (one dimensional> two dimensional" and /!se)ment dis6lay> Ste66er $otorthrou)h 12++A> ata transfer between two micro6rocessor based systems throu)h 12++.

12%/ $A controller and interfacin) with 101- u6

5ro)rammable communication interface! Intel 12+ 9SART. 5ro)rammable Interru6t *ontroller! 12+A.

1

Module I 10+810% architecture> 6in confi)uration> I87 6orts and $emory

or)ani@ation. Instruction set and basic assembly lan)ua)e 6ro)rammin).

Interru6ts> Timer8*ounter and Serial *ommunication.$*S!+ a66lications= Suare 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!ill2. 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> 5I85earson 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


+IOMEDICAL INSTRUMENTATIONCode = EI 4(0A

Contact = 'L

Cred$t = '

%


32/57



Top$c No. o per$od

Module I

Introduction to the 6hysiolo)y of cardiac> nervous and muscular and res6iratory systems. 2

Module II

Transducers 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 Eui6ment Technolo)y '8e & 5earson-. *hatter;ee $iller & Biomedical Instrumentation> *en)a)e earnin)


NON CON Im6act on

Environment

2

Thermal Ener)y :eneration from Solar Ener)y=

Solar radiation and its *haracteristics> Solar *ollector= flat 5late> evacuated tube> focusin)> Solar Ener)y

use for water heatin)> Solar thermal 6ower )eneration.

+

5rinci6le of ener)y conversion in Solar 5hotovoltaic cells> ifferent ty6es of 54 *ells> $ono!6oly

crystalline and amor6hous Silicon solar cells. esi)n of 54 array. Efficiency and cost of 54 systems.

'

Module II

Electricity :eneration from Kind Ener)y=

Kind as ener)y source> esi)n of Kind turbine> Selection of site of Kind farm> characteristics of differentty6es of wind )enerators used with wind turbines.

+

Electricity :eneration from Bio Ener)y=

Resources and conversion 6rocess= bio )as conversion> bio )as 6lant> bio mass )asifier> co)eneration. Bio

diesel= Sources> usability and advanta)es over mineral 6roduct

-

Module III

Electricity :eneration from Tidal Ener)y= 5rinci6le> selection of site> Economics and future 6ros6ect. 2

Electricity :eneration from Kave Ener)y= 5rinci6le > selection of site and future 6ros6ect 2

Electricity :eneration from :eo thermal Ener)y= 5rinci6le > location > economics and 6ros6ect 2

Introduction to Ener)y *onservation Audit 2

%0

+oo#=

. Bansal> leeman $elisa ! YRenewable Ener)y Sources *onversion Technolo)yY ! T$ #ew elhi.

2. S 5 Su,hatme ! YSolar Ener)yY

%. Twidell Keir ! YRenewable Ener)y ResourcesYN EBS'. #on *onventional Ener)y Sources & :. . Rai


NON DESTRUCTI


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1igital Signal Processor:

Elementary idea about the architecture and im6ortant instruction sets of T$S%20* +'-8-/% 6rocessor> 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. %

TET +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.

'. 4SI 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> 5I earnin)

M$cro8a7e En9$neer$n9

Code = EI 4(3+%ECE&

Contact = 'L

Cred$t = '

Total Lecture= ', per$od %/$n$/u/& =

Module Top$c Hour

)

Introduct$on

R3 $icrowave S6ectrum> Ty6ical a66lications of R3 and $icrowave> Safety considerations.

)

M$cro8a7e "a7e9u$de and "a7e9u$de ReonatorRectan)ular Kave)uide! esi)n consideration> TE T$ modes> TE 0mode analysis> cut!off freuency> 6ro6a)ation

constant> 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

freuency> 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 freuency and relatively low freuency behavior of um6ed circuit com6onents. $iniaturi@ation

and esi)n of um6ed com6onents at i)h R3. Reali@ation of reactive elements as Kave)uide and 5lanar *ircuitcom6onents.

0

3."a7e9u$de Pa$7e Co/ponent and the$r S:/atr$6 Repreentat$on

#!6ort networ,s!5ro6erties of S matri Transmission matri< their relationshi6sN $icrowave 6assive com6onents

and their S matri< re6resentation= Attenuators> 5hase shifter> irectional cou6ler> Bethe!hole cou6ler> $a)ic tee> hybridrin)> *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$9n

Basic 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 Tet +ench /eaure/ent

4SKR meter> Tunable detector> Slotted line and 5robe detector> 3reuency meter> #etwor, analy@er> $easurement of4SKR & low> medium and hi)h> $easurement of 6ower= low> medium and hi)h> 3reuency measurement. 0

Text Books:

%'


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1. Microwave Engineering, 3Rd Ed David M. Pozar, Willey & on! "nc.

#. Microwave!, $ C %'(a, )ew *ge Pbli!+er!.3. Microwave Engineering, * Da! & Da!, M-.

. Microwave Device! & Circi(!, / Liao , Pear!on Edca(ion 0P-"References Books:

1. Microwave EngineeringPa!!ive Circi(!, P* Rizzi , Pear!on Edca(ion.

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

3. Microwave Device! & Circi( De!ign , %P riva

aeie final upto 4thyear syllabus 23.07.13

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