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STUDY AND EVALUATION SCHEME

FOR

M.E. INSTRUMENTATION AND CONTROL

(INDUSTRY-ORIENTED AND PRACTICE-BASED)

REGULAR AND MODULAR PROGRAMMES

OFFERED BY

NATIONAL INSTITUTE OF TECHNICAL TEACHERS TRAINING

& RESEARCH, CHANDIGARH

AFFILIATED TO PANJAB UNIVERSITY, CHANDIGARH

DEPARTMENT OF ELECTRICAL ENGINEERING,

NATIONAL INSTITUTE OF TECHNICAL TEACHERS TRAINING

& RESEARCH, SECTOR-26,

CHANDIGARH !6" "!#

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2""#-2"!"

CONTENTS

!. AIM

2. RATIONALE

$. SPECIAL FEATURES OF THE PROGRAMME

%. STUDY SCHEME & SCHEME OF EVALUATION

. ACADEMIC RULES AND REGULATIONS

6. FACILITIES AT THE INSTITUTE

'. FACULTY

. DETAILED SYLLABUS FOR SUBJECTS

2

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SCHEME FOR MASTER OF ENGINEERING (INDUSTRY

ORIENTED AND PRACTICE BASED) PROGRAMME REGULAR

AND MODULAR IN INSTRUMENTATION AND CONTROL

!. AIM

To offer Master of Engineering (industry oriented and practice based) Regular &

Modular Programmes in I*+/+0+1 03 C+4, for technical teachers and

professionals working in industries

2. RATIONALE

The rapid pace at which changes and ad!ancements are taking place in technology pose a

great challenge to training and supplying the right kind and "uality of technical

manpower The training of technical personnel is largely influenced by the nature ofcurriculum# "uality of instructional processes# management of instructional system and

the role played by industry in their training

$n order to increase the rele!ance of technical personnel to the world of work# it has all

along been felt that the nature of programmes offered by the technical institutes should be

oriented towards technology applications and practices These programmes should focus

on learning of industrial practices# practical and generic skills of problem sol!ing#learning to learn skill and entrepreneurship skill

%s per the latest recommendations of the %$TE regarding pay scales and "ualificationsfor technical teachers# the minimum "ualification for lecturers is prescribed as degree in

Engineering or Technology or e"ui!alent and they ha!e to ac"uire Master's degree or

such higher "ualifications for promotions to higher grades Maority of these teachers arefresh graduates and lack the knowledge of industrial practices and related practical skills#

which in turn affects# the "uality of technician engineers produced by the Polytechnics

Engineering olleges They# therefore# need a strong orientation in technological and

field practices in the areas of fabrication# erection# construction# installation# operation#production# testing# maintenance and "uality control

The practice*based ME degree programme in $nstrumentation and ontrol will pro!idethe abo!e education and training to the Polytechnic Engineering ollege teachers

specially to e"uip them with the necessary knowledge and skills related to industry and

field practices They will be in a position to transfer such knowledge and training to the

students of Polytechnics# so that their effecti!e contribution in the world of work isincreased

$n order to meet the abo!e long felt need for higher education of polytechnic

Engineering ollege teachers# it is necessary to offer practice based Masters degree

programmes specially designed to incorporate credit based system of e!aluation The

system will ha!e all the inbuilt fle+ibility to allow for self pacing# taking up study of

,

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courses in the se"uence and at the time con!enient to in*ser!ice graduate personnel and

obtaining speciali-ation in the areas specific to their profession and carrier de!elopment

$n !iew of the abo!e# .$TTTR (earlier known as TTT$) handigarh ha!e started offering

a practice based M.E 50/ (R/40) 1 I*+/+0+1 03 C+4 for

technical teachers ha!ing a /E degree or an %M$E "ualification in ElectricalElectronics $nstrumentation & ontrol Engineering or e"ui!alent# since %ugust# 011

The course aims to pro!ide an in*depth knowledge of field practices and ability to

inno!ate and conduct research in technology areas This will not only change theorientation of technician programmes but will also reduce the widening gap between

technician courses and field practices and will greatly impro!e the performance of

industries 3imited numbers of seats are also a!ailable to professionals working in

industries and field organi-ations

%n acute problem faced by technical institutions both for degree and diploma le!el is that

they are not able to spare their teachers for two long years for higher studies away from

their institutes $n order to face the abo!e situation# the institute is also offering anotherM.E. 50/ (M340) 1 I*+/+0+1 & C+4for technical teachers and

professionals working in $ndustries This programme has been structured modular innature where the teachers could be relie!ed from their institute to this institute for

attending classes during summer and winter !acations They will howe!er also ha!e to

undertake follow up study when they return to their institutions so as to preparethemsel!es for 4ni!ersity e+aminations before the beginning of subse"uent modules

The contact type ME programme which is of two years duration has been made modular

without any dilution with respect to rigour of teaching learning practices as also

4ni!ersity e+aminations 5owe!er# the duration of the programme has been increased to, years lasses will begin from first week of 6une and second week of 7ecember ha!ing

a contact period of 8 weeks each where the students will study two subects

simultaneously

2.! O78/9+1:/*

The specific obecti!e of this course is ontinuing Education and Training andRetraining of 9

in ser!ice technical teachers

industry personnel

any other sponsored candidate desirous of pursuing a career in teaching

2.2 T0/+ P540+1

The en!isaged target group includes9 teachers with a /E degree or an e"ui!alent "ualification such as %M$E etc# in

ElectricalElectronics$nstrumentation and ontrol Engineering

working professionals from $ndustries and other organi-ations ha!ing a /E

degree in ElectricalElectronics$nstrumentation and ontrol Engineering or an

e"ui!alent "ualification such as %M$E etc in Electrical Electronics$nstrumentation and ontrol Engineering

:

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$. SPECIAL FEATURES OF THE PROGRAMMES

i) /oth the programmes are fle+ible# and allow self* pacing and taking up course ofstudy in the se"uence and at times con!enient to the students9

ii) The courses focus on the mastery of minimum essential competencies and

de!elopment of capabilities such as learning to learn# problem sol!ing# humanrelations and management skills in addition to learning of $nstrumentation ontrol

Engineering subects

iii) These make use of a combination of instructional techni"ues such as groupdiscussions# home assignments# indi!idual and group proects# independent study#

seminars etc

i!) %ssessment of student's performance will be based on both continuous e!aluation

using !ariety of assessment techni"ues matching the learning obecti!es of thedifferent courses of study and end of term 4ni!ersity e!aluation

!) ompletion of the course work is followed by Thesis work

%. STUDY SCHEME & SCHEME OF EVALUATION

%.! D0+1 ; +

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11) F M340 P0/

%ll students will be re"uired to "ualify 02 theory papers during the course .ostudent will be allowed to "ualify more than two papers at the beginning of the 2 nd

spell and not more than four papers (including the papers passed in the beginning

of 2ndspell) at the beginning of ,rdspell and so on

%.$ C31+1* ; A55/01 1 E3-S//*+/ E@010+1

1) P/1319 T/*+*(; R/40 P0/)

E!ery student has to appear in two periodic tests as decided by the $nstitute and

must "ualify the same There will be only one make*up test for those students

who are unable to appear in one or both mid*semester tests due to genuine reasonsto the satisfaction of oordinator

=tudents# whose performance in the class*testssessionals is not satisfactory# areliable to be detained by the 7irector from appearing at the 4ni!ersity

E+aminations The detailed rules of the 4ni!ersity E+aminations are a!ailable atPanab 4ni!ersity# handigarh and all students are ad!ised to get the latest copy

for guidance and further information

11) P/1319 T/*+* (; M340 P0/)

E!ery student has to appear in one periodic test as decided by the $nstitute and

must "ualify the same There will be only one make*up test for those students

who are unable to appear in the test due to genuine reasons to the satisfaction of

oordinator

=tudents# whose performance in the testsessional is not satisfactory# are liable to

be detained by the 7irector from appearing at the 4ni!ersity E+aminations Thedetailed rules of the 4ni!ersity E+aminations are a!ailable at Panab 4ni!ersity#

handigarh and all students are ad!ised to get the latest copy for guidance and

further information

%.% E@010+1 03 R/*4+ (F 7+< R/40 03 M340)

Minimum marks to pass e+amination9 8>? in the sessional in each subect and:>? in each theory paper /oth the theory and sessional marks will be considered

independent of each other %ggregate pass percentage will be 8>?

@eightage in each subect 8> marks 9 =essional0>> marks9 Ainal theory e+amination

The students who obtain in first attempt B8? or more of the aggregate marks inboth theory and sessionals and also if the thesis has been adudged to merit

distinction are awarded F1*+ D1:1*1 >1+< D1*+19+1. $f the thesis has not been

adudged to merit distinction then the students are awarded first di!ision

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The students who obtain ? or less than B8? of the aggregate marks in all

theory papers and the sessionals are awarded F1*+ D1:1*1

The students who obtain less than ? of the aggregate marks in all the theory

papers and the sessionals but not less than :>? in each theory paper and 8>? in

the sessionals will be awarded S/93 D1:1*1.

P/4110= T marks(including sessional of 08> marks)# and thesis work of B8> marks (including

sessional of 28> marks)# a total of ,>>> marks % candidate will study >8 theorysubects each in first & second semestersD two theory subects & thesis basedproect work in third semester and thesis work in fourth semester The courses of

study and e!aluation scheme in respect of ME ($&) Regular programme are

gi!en here9

S//*+/ I C/ S78/9+*C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

=ubect , , 2 * 8 0>> 8> 08>

=ubect : , * 2 8 0>> 8> 08>=ubect 8 , * 2 8 0>> 8> 08>

T+04 ! 2 2 "" 2" '"

S//*+/ II E4/9+1:/ S78/9+*C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

=ubect , , * 2 8 0>> 8> 08>

=ubect : , * 2 8 0>> 8> 08>

=ubect 8 , * 2 8 0>> 8> 08>

T+04 ! - !" 2 "" 2" '"

S//*+/ IIIC3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , 2 * 8 0>> 8> 08>

Thesis * Preliminary * * 08 08 ,>> 08> :8>

T+04 6 % ! 2 "" 2" '"

B

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S//*+/ IVC3/ N. S78/9+ L T P T+04 T> 28> B8>

T+04 - - 2 2 "" 2" '"

11) M340 P0/

$n the Modular programme# there are a total of 02 theory subects# each of 08>marks (including sessional of 8> marks)# a preliminary thesis based proect work

of :8> marks (including sessional of 08> marks)# and thesis work of B8> marks

(including sessional of 28> marks) a total of ,>>> marks % candidate will study

>2 theory subects each in first to si+ spellsD preliminary thesis based proect workin fifth spell# and thesis work in si+th spell The courses of study and e!aluation

scheme for Modular programme are the same as described for Regular

programme and is detailed here9

S5/44 !C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

T+04 6 - !" 2"" !"" $""

S5/44 2C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

T+04 6 - % !" 2"" !"" $""

S5/44 $C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

T+04 6 - % !" 2"" !"" $""

S5/44 %C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

T+04 6 - % !" 2"" !"" $""

S5/44 C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

Thesis*Preliminary * * 08 08 ,>> 08> :8>

T+04 6 - !# 2 "" 2" '"

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S5/44 6C3/ N. S78/9+ L T P T+04 T> 8> 08>

=ubect 2 , * 2 8 0>> 8> 08>

Thesis @ork * * 28 28 8>> 28> B8>

T+04 6 - 2# $ '"" $" !""

% member of the faculty of the institute coordinates each course of study This faculty

member is called the course*coordinator 5eshe is fully responsible for the course

instruction# coordinating the work of other faculty members in!ol!ed in the courseinstruction# holding tests and assignments and awarding grades in respect of continuous

assessment Aor any difficulty# the student is e+pected to approach the course*coordinator

for ad!ice and clarifications

111) D/+014* ; C*/* ; ME P0/ 1 I*+/+0+1 & C+4

S. N0/ ; +// T+04

N. L T P C/ S78/9+*

M$ 0 Measurement =ciences , * 2 8M$ 2 Process 7ynamics and ontrol , * 2 8

M$ , 7igital ontrol , 2 * 8

M$ : P $nterfacing and 7ata %c"uisition , * 2 8M$ 8 $ndustrial $nstrumentation , * 2 8

E4/9+1:/ S78/9+* (G5 I)

M$ 0 Microcontrollers and their $nterfacing , * 2 8M$ 2 $nstrumentation for En!ironmental Engineering , * 2 8

M$ , %nalytical $nstrumentation , * 2 8M$ : Power Plant $nstrumentation , * 2 8M$ 8 $ndustrial Electronics , * 2 8

M$ < Fpto*Electronic $nstrumentation , * 2 8

M$ B 7ata*ommunication and omputer .etworks , * 2 8M$ %rtificial .eural .etwork and Au--y 3ogic , * 2 8

M$ 1 7igital =ignal Processing , * 2 8

N+/ A= ;1:/ + ; +144 7/ ;;//3.

E4/9+1:/ S78/9+* (G5 II)

M$ B0>0 ;irtual $nstrumentation , * 2 8

M$ B0>2 7igital ommunication , * 2 8MTE B0>, Technology Management : 0 * 8

M$ B0>: Energy Management : 0 * 8

M$ B0>8 /io*Medical $nstrumentation , * 2 8

N+/ A= +> + ; +144 7/ ;;//3

M$ B080 Preliminary Thesis @ork * * * 08

M$ B280 Ainal Thesis 28

1

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. ACADEMIC RULES AND REGULATIONS

.! E4117141+= ; 031**1

The candidate must ha!e a /achelor's degree of an $ndian 4ni!ersity# or an e"ui!alent

such as %M$E# $ETE (after 7iploma) etc in ElectricalElectronics$nstrumentation and

ontrol Engineering with a minimum of 8>? of aggregate in an e+amination recogni-edas e"ui!alent thereto The candidate must ha!e worked in the technical education system

or in industry for at least two years (, years for %M$E$ETE) and must be sponsored by

the respecti!e instituteorgani-ation

.2 P/500+1 ; /1+ 41*+

This institute prepares a merit list of all eligible candidates based on the following

procedure and the admission is granted to candidates strictly according to the merit list

i) Gualification Multiplying factor

?age of marks in /E or its e"ui!alent >:

ii) E+perienceFne score for each number of completed years of total e+perience gained after

obtained minimum "ualification subect to a ma+imum of ten

.$ S/4/9+1 59/3/

%pplication for admission to the ME programme in the prescribed form may be sent

through the competent sponsoring authority Fnly sponsored applications will beconsidered The admission of this programme will be made on %ll $ndia basis The

number of seats will be decided by %$TE

R/*/:0+1%s per Co!t of $ndia rules and %$TE normsThe selection of the candidates will be made according to the merit list prepared based

upon the marks obtained by them in their /achelor's degree or e"ui!alent e+amination

and years of e+perience

.% A44 +144 7/ 0* 5/ +

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Electronics for you

1 ;idyut /harati

The library has computeri-ed lending ser!ices There is a study area for about B>

readers The library has highly "ualified staff The library pro!ides current awareness

ser!ice# documentation ser!ice and literature search

6.2 C5+/ C/+/

%de"uate facilities are a!ailable in the department of omputer =cience for educationand training in the areas of computer hardware and software

6.$ M/310 C/+/

/esides the ac"uisition and storage of learning resources# media centre pro!ides ade"uatefacilities for reprography and model fabrication

6.% ETV C/+/

The department has sophisticated e"uipment for production of educational !ideo filmsF!er ,>> educational !ideo films ha!e been so far produced at this institute

6. *> single seated rooms and also a Post Craduate hostelha!ing a facility of :8 family accommodations e"uipped with all necessary accessories

/esides the academic facilities# !arious sports and recreational acti!ities is also a regularfeature of this institute The student centre has a T;*cum*reading room $ndoor and

outdoor game facilities for table tennis# badminton# carom# cricket# lawn tennis# football#

hockey etc are a!ailable /esides annual tournament for a number of indoor and outdoorsports# including athletics are held e!ery year

'. FACULTY

The faculty of Electrical Engineering 7epartment of .$TTTR (earlier known as TTT$)#

handigarh will undertake the instruction of the !arious courses of study E+perts will

be in!ited from the institutes of higher learning and industries for deli!ering e+pertlectures to the students on rele!ant topics The faculty student ratio stands at 09,

00

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. DETAILED SYLLABUS FOR SUBJECTS

MIC 6!"! MEASUREMENT SCIENCES

CONTENTS L T P

$ - 2I+39+1

Re!iew of measurement and measuring systems Aunctional elements of a measuring

system $nput*output configuration of instrumentation systems Methods of correctionfor interfering and modifying inputs Errors and uncertainty in measurements#

=tatistical analysis of errors 3oading effects# Ceneralised impedance and stiffness

G//041/3 P/;09/ C

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MIC 6!"2 PROCESS DYNAMICS AND CONTROL

L T P

$ - 2

CONTENTS

R/:1/> ; P9/** 03 C+4 *=*+/*ontrol systems# Process control principles# =er!omechanism# Process control block

diagram# $dentification of elements# ontrol system e!aluation# =tability# regulation#

transient regulation# e!aluation criteria# analog and digital processing# introduction to=uper!isory and 7igital ontrol Aunctions of error# accuracy# sensiti!ity# resolution#

linearity etc# Time response*first and second order

D/*1 0*5/9+* ; P9/** C+4 S=*+/

lassification of !ariables# 7esign elements of a control system# control aspects of a

process 5ardware elements of a control system# use of digital computers in process

control P*$ and $*P con!erters The input*output model degrees of freedom and process

controllers 3ineari-ation of a system with*one !ariable# 3inerari-ation of a system withmany !ariables# e+amples % characteristic e+ample and the solution procedure# $n!erse

3aplace transforms*5ea!iside e+pansion# E+amples on the solution of linear differentiale"uations using 3aplace transforms Transfer function of a process with a single*output#

transfer function matri+ of a process with multiple outputs# poles and -eros of a transfer

function# "ualitati!e analysis of the response of a system ontrol ;al!es Types#=i-ing# =pecifications %ctuators*Pneumatic# 5ydraulic# ElectricalElectronic

D=019 B/

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BOOS RECOMMENDED

0 Techni"ues of Process ontrol P= /uckley# 6ohn @iley and =ons# .I2 Process ontrol systems# AC =hinkskey# McCraw*5ill# .I

, Principles of Measurement and $nstrumentation# %lan = Morris# Prentice 5all of $ndia

: Tranducers and $nstrumentation# 7;= Murthy# Prentice 5all of $ndia8 7igital computer process control# 3 =mith# $nte+t Educational Publishers#

=cranton# P%

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MIC 6!"$ DIGITAL CONTROL

L T P

$ 2 -

CONTENTS

I+39+1

ontrol system terminology# control theory history and trends# computer*based control

%n o!er!iew of classical approach to analog controller design /asic digital controlscheme

S104 59/**1 1 311+04 9+4

Principles of signal con!ersion# /asic discrete time signals# Time domain models for

discrete*time systems Transfer function models# =tability on the K*plane and ury

stability criterion =ampling as impulse modulation# =ampled spectra and aliasing

Ailtering# choice of sampling rate# Principles of discretisation Routh stability criterionon the r*plane

M3/4* ; D11+04 C+4 D/:19/* 03 S=*+/*

K*domain description of sampled continuous*time plants and systems with dead*time#7igital ontroller design using direct synthesis procedures

C+4 S=*+/ A04=*1* *1 S+0+/ V01074/ M/+

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TUTORIALS

;arious simulation e+ercises on different digital control using MATLAB

BOOS RECOMMENDED

0 7igital ontrol =ystemsD / Juo# Prentice 5all of $ndia

2 %utomatic ontrol =ystems# =ushil 7as Cupta# Jhanna Publishers

, 7igital ontrol & =tate ;ariable MethodsD M Copal TM5: ontrol =ystem Principles & 7esignD M Copal# TM5# 011B edition

8 7iscrete*time control systems JFgata#*Prentice 5all $ndia

0

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MIC 6!"% PC INTERFACING AND DATA ACUISITION

L T P

$ - 2

CONTENTS

PC 0* 0 540+; ; D0+0 A91*1+1Frigin of P# =oftware*Fperating systems# programming languages# hardware

components Mother /oard Microprocessors # hipsets and support circuits# functions#

system control# peripheral control# memory control /$F= and its functions

B*/* 03 C190+1*

5istory# %rchitecture# /us function# ;arious busesD $=%#P$#P$*H# P$*E+press#

PM$%# $nfiniband# 5yper Transport

M/= 03 M0** S+0/ D/:19/*

Memory# 3ogical Frganisation# Technologies# $nstallation# Packaging# Mass =torage7e!ices# 7ata Frganisation# Magnetic =torage# Fptical =torage# $nterfaces %T

attachments# ==$ parallel interface# Aloppy disk interface

D0+0 T0*;/ I?O 3/:19/*

Jey board# Mouse# Track ball# =canners# 7isplay systems# 7isplay adapters# %udio

=ystems# Printers# Ports*4=/# Airewire# $r7%# /luetooth# R=*2,2 =erial Port# Parallel

Ports

I+/;091

3ocal %rea .etworking * oncepts# Topologies# =tandards# 5ardware#

Telecommunication*%nalog and 7igital =er!ices# $nternet%ddressing# 7omain .ame=ystems# Routing 7esign of 7%= around P# different 7%G cards and software

$nterfacing of %dd*on 7%G cards with P using !arious buses

LABORATORY?FIELD EPERIENCES

0 $nterfacing for measurement of standard physical parameters

2 E+perimental set up for 3%. in a laboratory, 7esigning and implementation of a real life P based interfacing system

BOOS RECOMMENDED

0 5ardware /ible @inn 3 Rosch# Techmedia# .ew 7elhi

2 The omplete P maintenance and upgrade guide Mark Minasi# /P/ publications, > Programming 6ohn 4ffenbeck# P5$

: =tructured omputer Frganisation Tanenbaum# P5$

8 Microprocessors Cilmore# Mc*Craw 5ill

0B

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MIC 6!" INDUSTRIAL INSTRUMENTATION

L T P

$ - 2

CONTENTS

M/0*//+ ; I3*+104 500/+/*Re!iew of measurement and instrumentation system# Measurement of industrial

parameters like9 pressure# flow# le!el# temperature# displacement# !elocity# acceleration#

tor"ue# =haft power# humidity# moisture# !iscosity# p5 !alue measurement# sound le!elmeasurement

I3*+104 30+0 00//+ 03 9+4

P3s# Aield bus concept# 7ata ac"uisition system# 7ata loggers# =uper!isory control#77# 7=# =%7%# $nstrumentation in ha-ardous situations# Robotics

U1+ O5/0+1 M1+1

$nstrumentation for optimi-ation of unit operation eg heat e+changer# compressors#burners# weighing and batching# boilers# chillers# clean room# condenser# cooling towers#

!apouriser# air handler etc

I*+/+0+1 1 ;1/43

=tudy of instrumentation schemes for Thermal# .uclear and 5ydro power stations#ement plant# Aertili-er# hemical and =teel plant Paper industry etc

LABORATORY?FIELD EPERIENCES

0 =tudy of $nstrumentation scheme at Thermal# 5ydro# .uclear Power station2 =tudy of instrumentation scheme at process industries eg cement# fertili-er#

chemical# steel plant etc

, Measurement techni"ues for physical parameters: ase study of a P3 based instrumentation scheme in a process industry

8 E+periments on P3 based instrumentation

BOOS RECOMMENDED

0 Measurement =ystems# %pplications and designD EF 7oeblin# Mc Craw*5ill

$nternational2 =tructural synthesis of high accuracy automatic control systemsD Meero! M;

Pargaman Press# 3ondon

, Principles of $ndustrial $nstrumentationD 7 Patranabis# TM5: omputer /ased $ndustrial ontrol*Jrishna Jant# P5$# .ew 7elhi

8 Process$ndustrial $nstruments and ontrols 5andbook*$; Ed 7ouglas M onsidine

Mc*Craw 5ill $nternational

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MIC 62"! MICRO CONTROLLERS AND THEIR INTERFACING L T P

$ - 2

CONTENTS

O:/:1/> ; 1959/***

Microprocessor* $ntroduction# /asic architecture# differences between microprocessors

and microcontrollers

M19 C+44/*

AT #C2"!2> pin Microcontroller* $ntroduction# %rchitecture

"! M199+44/* %rchitecture# Memory Frgani-ation# Timerounters# =erial

Ports# Parallel ports# %ssembly language programming9 %ddressing Modes# $nstruction

set# %ssemblers and ompilers# >80 timer programming# =erial port programming

R/04 >43 1+/;091 ; "! >1+80

, 7esign of small embedded system proects

BOOS RECOMMENDED0 Microprocessor %rchitecture# programming and %pplications with >8*RJCaonkar#.ew %ge $nternational Publishers

2 The > Aamily*7esign# programming and interfacing* 6ohn 4ffenbeck*

Prentice 5all of $ndia, Microcomputer =ystems9 The > Aamily*3iu & Cibson# Prentice 5all of

$ndia

: >80 Microcontroller* $ =cott Macken-ie8 Microcontrollers*%6 %yala# Penram $nternational Publishing ($) P!t 3td

80 Microcontrollers* Kdra!ko Jarakehayo!

B The >80 Microcontroller and Embedded systems*M%Ma-idi# Pearson Education

01

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MIC 62"2 INSTRUMENTATION FOR ENVIRONMENTAL ENGINEERING

L T P

$ - 2

CONTENTS

A1 544+1 /0*//+$mpact of man on the en!ironment9 %n o!er!iew# %ir pollution sources and effects#

Meteorological aspects of air pollution dispersion %ir pollution methods and e"uipment#

%ir sampling techni"ues# gas analy-ers# gas chromatography ontrol of specific gaseouspollutants# measurement of automobile pollutionD smoke le!el meter# orsat gas apparatus#

F5 analty-er

0+/ 544+1 /0*//+

=ources and classification of water pollutantsD /iological o+ygen demand (/F7)#

hemical o+ygen demand (F7)# 7issol!ed o+ygen (7F)# waste water sampling and

analysis# @aste water sampling techni"ues and analy-ers# gra!imetric# !olumetric#

calorimetric# potentiometer# flame photometry# atomic absorption spectroscopy# ionchromatography $nstruments used in wastewater treatment and control# solid waste

management techni"ues

M/0*//+ ; +

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MIC 62"$ ANALYTICAL INSTRUMENTATION

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CONTENTS

A04=+1904 M/+

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2,

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MIC 62" INDUSTRIAL ELECTRONICS

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CONTENTS

P>/ S/1939+ 313/* 03 +0*1*+*haracteristics of power diodes# power transistor# power MF=AET=# insulated Cate

/ipolar Transistor ($C/T)# Mos*controlled thyristor and their comparison

T

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BOOS RECOMMENDED

0 The Power thyristor and its applications# 7a!id Ainney# McCraw*5ill /ook o4J

2 Power Electronics9 =olid state motor control# Richard % Peerman Prentice 5all

, Power Electronics# P =en# Tata Mc Craw 5ill Publishing company# .ew 7elhi: Power Electronics# M5 Rashid# Prentice 5all of $ndia

8 Thyristorised Power ontroller# 7ubey# 7oradla# 6oshi# =inha# @iley Eastern#

.ew 7elhi

28

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MIC 62"6 OPTO-ELECTRONIC INSTRUMENTATION

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2

CONTENTS

I+39+1

Fptical Electronics# Fptical process in semiconductors

P

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MIC 62"' DATA COMMUNICATION AND COMPUTER NETORS

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CONTENTS

I+39+1

4ses of computer networks# .etwork hardware and software# Reference models#

E+ample network# E+ample data communication ser!ices

P2 for 3%.s andM%.s# 7esign of 3%.# 7etection and management of collisions# /udges# 5igh =peed

3%.s# =atellite networks

N/+> L0=/

7esign issues# Routing algorithms# ongestion control algorithms# $nternetworking#

.etwork layer in the internet and in %TM networks

T0*5+ L0=/

Transport ser!ice# Elements of transport protocols# $nternet transport protocols# %TM

%% layer protocols# performance issues

A554190+1 L0=/

.etwork security# 7omain name system (7.=)# =imple network management protocol#

Electronic Mail# 4senet# @orld wide web# Multimedia

LABORATORY ? FIELD EPERIENCES

0 Testing + 28 and TP$P protocols2 =etting up 3%. connection

, $nstalling a bridge between networks

: =etting up a link through %sync=ync modems

BOOS RECOMMENDED

0 omputer .etworks % Tanenbaum P5$2 7ata communication# networks and =ystems Thomas /artee# 5oward @

=ams & o

, Principles of 7ata base Management 6 Martin# P5$: ommunication and .etwork for $/M P & ompatibles 6ordan 3E

2B

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8 7esign & %nalysis of omputer ommunication .etworks %hua;

2

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MIC 62" ARTIFICIAL NEURAL NETOR AND FUY LOGIC

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CONTENTS

A+1;19104 N/04 N/+>*/iological .eural .etwork*structure of human brain# haracteristics of %..# %rtificial

neurons# Types of %..*single layer and multilayer# 5opkinsons# counter propagation#

back propagation# feedforward etc# .on 3inear acti!ation functions# Training of %..and different training algorithms# bidirectional associati!e memories# !arious applications

of %.. in the field of engineering in general and electrical engineering in particular#

programming methods using %.. Techni"ues

F= L19

$ntroduction# omparison of fu--y logic with digital logic# Au--y set theory#

Au--ification process# 7efu--ification methods# Au--y logic controllers# Au--y associated

memories# %pplication of fu--y logic techni"ues in !arious fields of engineering#Programming methods using fu--y logic techni"ues#

oncepts of .euro*fu--y systems# $ntroduction to Cenetic %lgorithm


0 =imulation of %.. for digit recognition

2 %pplication of fu--y logic for language translation

, Programming e+ercises in %..# A3 & C% using M%T3%/ and its tool bo+es

BOOS RECOMMENDED

0 .eural .etworks & Au--y systems9 Josko/# Prentice 5all of $ndia2 Au--y 3ogic with Engineering %pplications9 Ross T6# McCraw 5ill

, .eural omputing Theory and Practice9 P7 @asserman

: $ntroduction to %rtificial .eural =ystems# 6acek MKurada# 6aico Publishing#Mumbai

8 $ntroduction to %rtificial $ntelligence and E+pert =ystems# 7@ Patterson#

Prentice 5all of $ndia

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MIC 62"# DIGITAL SIGNAL PROCESSING

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CONTENTS

I+39+1lassification of signals# concept of fre"uency in continuous* time and discrete time

signals# sampling theorem# 7iscrete*time signals and systems %nalysis of 7iscrete*Time

3inear*time*in!ariant systems*con!olution sum =olution of linear constant coefficientdifference e"uations# correlation of discrete*time signals

T0*;

Re!iew of direct and in!erse -*transforms# solution of linear differential e"uations#%nalysis of linear time*in!ariant system in the -*domain

D1*9/+/ F1/ T0*;

Re!iew of Aourier =eries and Aourier transform of continuous time and discrete*timesignals# 7AT and its properties# Aast Aourier Transforms# !arious algorithms

S+9+/* ; +

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MIC '!"! VIRTUAL INSTRUMENTATION

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CONTENTS

I+39+1 + V1+04 I*+/+0+1 5istorical perspecti!e# ad!antages# blockdiagram and architecture of a !irtual instrument# con!entional !s !irtual instrumentation

L/01 L07VIE $ntroduction to 3ab;$E@# Aront panel# /lock diagram# Menus#Palettes# ;$ and =ub ;$# Editing and 7ebugging ;$# =tructures# %rrays# lusters# harts

and Craphs# 7ata ac"uisition# $nstrument ontrol# =ignal Ceneration and =ignal

Processing E+amples

A9+1:/ I+/09+1 D/:19/* Clo!es# 7ata glo!e# Power glo!e# 7e+terous hard master#

Mice and oysticks# @ands# Aorce balls# /iological input sensors# ;oice recognition# 7ata

suit

D1*540=*=e"uential =can on!erter for ;R displays# $nterlace.on*interlace modes#

Parallel*in=erial*out modeD =erial*inParallel*out mode Multi*display =ystems# 5elmet*mounted displays# monochrome RTs with shutters

A554190+1 ; V1+04 I*+/+0+1 1 :01* ;1/43* A!iation# %utomoti!e# 5igh!oltage# 7efence# hemical# $ndustrial# Marine# Medical# Mining# .uclear Energy#

;irtual landscapes


0 Ceographical programming using 3ab;$E@

2 %pplications of 3ab;$E@

BOOS RECOMMENDED

0 3earning with 3ab;$E@ B E+press R5 /ishop# Pearson Education# 7elhi

2 3ab;$E@ /asic 0 ourse Manual# .ational $nstruments

, wwwnatinstcom

: wwwnicom

,0
http://www.natinst.com/http://www.natinst.com/

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MIC '!"2 DIGITAL COMMUNICATION

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CONTENTS

D0+0 C190+1Ceneral communication system# %=J# A=J# P=J# 7P=J# Modulation and demodulation

techni"ues# /aseband signal recei!er# Probability of error# Fptimum filter# Matched filter

correlator e+amples

P4*/ M340+1

=ampling# .y"uist theorem# alculation of percentage distortion due to undersampling#

=pectrum of sampled signal# sampling with narrow pulses# Pulse amplitude modulation#pulse width modulation# pulse position modulation# digital modulation principles# Pulse

code modulation# intersymbol interference# eye patterns# e"uali-ation# companding#

/andwidth and noise of PM systems# 7elta modulation# %dapti!e 7M# omparison

between !arious techni"ues

I;0+1 03 T

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BOOS RECOMMENDED

0 ommunication =ystem (%nalog & 7igital)# RP =ingh & =7 =apre# Tata McCraw 5ill

2 %nalogue and 7igital ommunication Techni"ues# Crahame =milie# & %rnold# %

Member of the 5oddes 5eadline orporation# 3ondon, Modulation Theory# 5arold = /lac# 7 ;an .astrand ompany# $nc

: Telecommunication =ystems# Pierre Cirard# Arontolliet %rtech 5oule# $nc

8 7ata ommunication %n $ntroduction to oncepts and 7esign# Robert TechnoPlenum Press

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MTE '!"$ TECHNOLOGY MANAGEMENT

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% ! -

CONTENTS

I+39+1 ; T/9

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MIC '!"% ENERGY MANAGEMENT

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% ! -

CONTENTS

I+39+1Energy scenario*in conte+t of $ndian and global# con!entional and non*con!entional

sources of energy# Renewable !ersus non*renewable sources of energy# Ceneration of

electrical energy using non*con!entional sources* =olar# @ind# Magnetohydro# Tidal#Ceo*thermal# Fcean etc

E/= C*/:0+1

;arious methods of energy conser!ation# Energy management techni"ues# case studies

E/= E;;191/+ T/9

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MIC '!" BIO-MEDICAL INSTRUMENTATION

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CONTENTS

S/** 03 T0*39/* ; 7141904 0554190+1*

Types# properties# characteristics and selection of transducers for biologicalinstrumentation

M/0*//+ ; /4/9+1904 500/+/*

3eads and electrodes# electrocardiography# electrical acti!ity of the heart# e"ui!alentcardiac generator Eintho!en lead system# standardi-ation of recording and display of

ET (Electrocardiogram)# EEC (Electroencephalogram)# EMC (Electromyogram)# EFC

(Electroocculogram)# ERC (Electroretinogram)# ECC (Electrogastogram)

M/0*//+ ; -/4/9+1904 500/+/*

/loodflow# droprecorder# electromagnetic flow meter# measurement of systolic and

distollic pressures# blood pressure instruments# intraocular pressure# lung air pressure#

audiometers Measurement of body temperature# thermography ardiac tachometer#respiration rate phonocardiogram# heart sounds electrical stethoscope pulmonary function

analysers F2 *F2 * oncentration in e+haled air# blood and lungs# p5 !alue of blood#impedance pletnysmography blood gas analysers# blood cell counters

M/31904 I01 S=*+/*

Medical display systems# medical thermography H*Ray# diathermy e"uipment

4ltrasonics in biomedical application for diagnostic and therapeutic# %T# MR$# 3aser

applications in biomedical field

P0+1/+ *0;/+=

Electrical =afety of Medical E"uipments# =hock 5a-ards from Electrical E"uipment#

Methods of %ccident Pre!ention# Test $nstruments for checking =afety parameters ofbiomedical e"uipments


0 =tudy of sensors and transducers used in /io*medical applications

2 =tudy of /io Medical instruments used in 5eart*care system

, =tudy of operation and maintenance of EC instrument

: =tudy of operation and maintenance of instruments used for thermography8 =tudy of operation and maintenance of instruments used for blood analysis

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