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ISL 305

MAH 32

PHY 325

COM 38

ENG 305 ELC 345

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CourseCode

ARB 305

MAH 32

ENG 306

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ELC 385

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ENG 307

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ENG 308

GMS 43

MAH 42 ELC 455

ELC 476

ELC 495

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ENG 309

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ELC 477

ELC 478

ELC 485

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ensors  

sors and O

nd physicamedia. 

s  

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e Bridge a

ation Amp

atranabis,

tailed of Th

sors and m

nts

ement  

ogy, 

cs and 

Optical Fib

al sensors

and 

plifier. 

2004, Sen

64 

heoretical

easuremen

ber. 

 for gas 

nsors and T

 

Contents

nt systems

Week n

1

1

1

1

1

1

1

1

1

1

1

Transduce

א

no.

ers.

א

Hours

2

2

2

2

2

2

2

2

2

2

2

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1

2

3

4

5

6

7

8

9

10

Textb

Introduction

1st Experim

NTC) or (R

2nd Experim

3rd: Pressur

4th Experim

5th Experimsensor).

6th Experiminductive se

7th Experimor(LVDT se

8th Experim

9th Experim

book:

א

C

n.

ment: Temper

RTD sensor

ment: : Temp

re sensors( S

ment: Pressur

ment: Experim

ment: Lengthensor).

ment: Positioensor).

ment: Light s

ment: Light s

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Contents

rature sensor

r).

perature sens

Strain Gauge

re sensors (p

ment: Length

h sensors(Res

on sensors( U

sensors(Optic

sensors(photo

Laborator

etailed of p

sors and m

rs (Thermist

sors (Thermo

sensor).

iezo electric

h sensors(cap

sistive sensor

Ultrasonic sen

cal sensor).

odiode senso

ry manual

65 

practical C

easuremen

tor -

ocouple).

sensor).

pacitive

r or

nsor)

or).

l.

 

Contents

nt systems

Wee

1

2

3

4

5

6

7

8

9

10

א

ek no.

א

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Hours

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2

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1-

2-3-4-

partment

urse Name

erequisites

rse descript

is a hardwam based onfore a hardw

pecification ut on interfa

cs and List

1- Introd

2- VHDL

3- Review

4- Synthe

5- VHDL

6- Design

7- FPGA

8- Sparta

9- FPGA

10- FPGA

11- Exam

eriments :

rences:

- Ayala, KMazidi, JEducation

- John.B.P- Steave Fu- A. V. De

2005

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El

E

tion:

are and intern FPGA. Tware/softwamethods, d

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Kenneth, "ThJanice Gillisn، ٢nd Edit

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power desig

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Coding VHD

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crocontrollei., "The 805

Microcontron - chip ar

ollers: theory

66 

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It presents s contain boalso mentionas well as regn methods.

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achine (FSMrepresentationd FSM exa

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ment 

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ct and HDL perform the

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decimal digCD incremener.

t: Register aLED time-m

M): Mealy aon, FSM coample

ircuit, Binariod counterory Inferenct RAM wid Dual-por

67 

Practical Con

ded System

re: d Testbench

codes e RTL

e and

uration file

ples: ators

nment ment

ment

l assignmennd case

it to seven-ntal and

and Shift multiplexing

and Moore ode

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ntents

ms

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1 

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ek no. 

1

2

3

& 5

6

7

& 9

10

11

12

13

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Hours 

4 

 

 

 

 

4 

4 

 

8 

 

4 

 

4 

 

4 

 

4 

4 

 

4 

4 

אא

 

 

 

De

Cou

Pre

Cour

Topic

 Refer

 

partment

urse Name

erequisites

rse descript

The goalof opticatechnologbeam prowith matsystems. systems.

cs:

1. Inw

2. Oca

3. Infu

4. BQ

5. Lga

6. N7. S

os8. F

rences:

1-2-3-

א

El

O

tion:

s of this coual electromagy of quantopagation intter, the crUpon mas

ntroduction waves. Optical beamavities, Gaunteraction ounctions, ga

Basic Laser Q-switching,Laser System

as dischargeNonlinear pr

emiconductscillation, oinal project

- J. T. Verd- W. Silfva- A. Yariv

א

lectronics T

Optical Ele

urse are to agnetic wavtum electronn free spaceeation of p

stery of the

to the ge

ms and caviussian beamof Photons aain, absorptiTheory: Th, mode-lock

ms: 3- and 4e lasers rocesses andtor lasers:

optical modet presentatio

deyen, Laseast, Laser F, Optical El

Technology

ectronics

introduce thves and gainnics devicese, in media population ese fundame

neration, p

ties: Reviewms, resonant

and Matter:ion, saturatihreshold gaking 4-level laser

d harmonic Review

es on

er Electroniundamentallectronics

68 

y

C

C

he trainees n a fundames and laser and in caviinversions entals, stud

propagation,

w of electrocavities : Blackbodyion

ain, laser os

rs, rare-earth

generationof semico

ics, 3rd ed., ls

 

Major 

Course Code

Credit Hour(L,W,T)

to the generental underssystems. Thities, interacin various

dents should

, and detec

omagnetic,

y radiation,

scillation, st

h-ion lasers

onductor f

Prentice-H

א

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ration, propstanding of hese fundamction of elec

media, and be able t

ction of op

ray tracing,

, Einstein c

teady-state

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fundamental

all.

א

ustrial ElecContro

ELC 33

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pagation, anf the basic pmentals inclctromagnet

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and dynam

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ls, absorpt

אא

 

 

tronics & ol

36

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nd detectionphysics andlude opticalic radiationgn of laserimple laser

tromagnetic

atrix, stable

, line shape

mic systems,

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tion, gain,

 

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א

Introductionoptical elecOptical beaReview of ecavities, Ga

Interaction Blackbody functions, g

Basic LaserThreshold gsystems, Q-

Laser Syste3- and 4-levtunable lase

Nonlinear p

SemiconducReview of soscillation,

Final projec

א

De

n to the gentromagnetic

ams and cavelectromagnaussian beam

of Photons radiation, E

gain, absorp

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ems: vel lasers, raers, gas disc

processes an

ctor lasers: semiconducoptical mod

ct presentati

etailed of T

Conten

neration, proc waves.

vities: netic, ray trams, resonan

and MatterEinstein coeption, satura

oscillation, smode-locki

are-earth-iocharge laser

nd harmonic

ctor fundamdes

ion

69 

Theoretica

nts

opagation, a

acing, ABCnt cavities

r: efficients, lination

steady-stateing

on lasers, brors

c generation

mentals, abso

 

al Content

and detectio

CD matrix, s

ne shape

e and dynam

oad-band-g

n

orption, gain

א

ts

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mic

ain,

n,

א

Number f Weeks

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1

1

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2

1

אא

 

 

Hours

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4

2

2

4

4

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2

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Exp

Refer

1.2.3.4.

partment

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erequisites

rse descript

This coutechnolosystemat

cs:

. Combina

. Introduct

. Read Onl

. Programm

. Programm

. Algorithm

. Design E

. Control I

eriments :

rences:

.  Digital M

. M. Morr

. P.K. Lal

. John Car 

א

El

Di

tion:

urse gives thgy and the tically introd

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Examples usImplementa

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McLogic Deris Mano, Dla, Digital Srter, Digital

א

lectronics T

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le it will sup

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n J. Mealy &gn, Prenticeign Using Pwith progra

70 

y

n C

C

ction of Protems using

ourse.

s

eoretical top

& James T. e Hall, 1997Programmabammable L

 

Major

Course Code

Credit Hour(L,W,T)

ogrammablePLDs. The

pics.

Mealy © B7. ble Logic Dogic Device

א

Indu

e

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e Logic Deve design m

Bryan J. Me

esign, Prenes, Prentice

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ustrial ElecContro

ELC 37

(2,2,0)

vices (PLDmethodology

ealy 2012.

ntice Hall. e.

אא

 

 

tronics & ol

77

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D) y,

1

Comto LoUses RepreBoole

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mbinational ogic Gates, L

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d Only memduction, Clarammed RO-only memorammable retrically eras-only memo

d Only memtrically alterory, Flash mom access m

grammable A): Enablingramming, Arnate Represin Structure

grammable L): Programnition, Advarammable loramming tec

א

Detaile D

Contents

Logic: IntrLogic VariaLogic, Logiogic Functioa.

o MSI and Pntroduction ng logic asicnologies, fileogic, mask

gate arrays, asics, systes

mory (ROMassic mask-

OM, Programory, Erasableead-only mable progra

ory,

mory (ROMrable read-omemory, Dymemory (DR

Logic Arrg Concept, B

After Prograsentation fo

es.

Array Logmmable logiantages ogic, chnologies.

ed of TheoDigital Syst

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PLD to asics

c ed

standard m level

M):

mmable e emory,

ammable

M): only ynamic RAM).

ay Before

amming, or High

gic c

71 

oretical Ctems Design

Wee

 

ontentsn

ek no.1

2

3

4

5

6

א

H

א

Hours2

2

2

2

2

2

אא

 

 

7 Prog(PALExam

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grammable L): Programmple, PLA Drithmic Sta

rithmic statee velopmentect plan. rithmic Sta

ware design,ng.

Design Exintrodu

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al assess

Text book :

א

Array Logmmable LogDesign Examate Machine machine tht, UML theo

ate Machin, software a

xamples usiuction, Conl Design-Ba

ng the Logiclding the Dees using PLDEC File, Structing a Rip-Flops.

mentation: tion, ICCG tection Com

ponent.

sment 1- DigitalBryan J. M2- M. Mor

3- P.K. L

4- John Devices, P

gic ic Array mple.

ne (ASM): heory, ory,

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ing PLDs: structing a asic Gates, c Diagram, esign File. LDs: Simulating

Registered

Global

mponent,

McLogic DMealy 2012rris Mano, DLala, Digita

Carter, DigPrentice.

72 

1

1

1

1

Design, Bry2. Digital Des

al System D

gital Desig

 

7

8

9

10

11

12

13

yan J. Mealy

ign, PrenticDesign Using

D gning with

א

y & James T

ce Hall, 199g ProgrammDesign, Pre

programma

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2

2

2

2

2

2

2

T. Mealy ©

97. mable Logicrentice Hall.

mable Logic

אא

 

 

©

c .c

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IntrodDevic

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Impleand sby us

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ImplComp

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C

1 st Expeduction to Pces-Overvie

2nd Expeementation showing thesing EPROM

3rd Expe

lementationparator by U

4th Expe

ementation er by using E

5th Expe

ementation iply 2-bit nuOM.

6th Expe

ementation nter by using

7th Expe

ementation ram of the cg EPROM.

8th Expe

ementation showing thesing GAL D

9th Expe

ementation nter by using

10th Exp

ementation nter by usingsion Making

א

Detai D

Contents

eriment: Programmabew.

eriment: of logic equ

e output throM.

eriment: n of a Logic Using EPR

riment: of a Logic FEPROM.

riment: of a Logic t

umbers by u

riment: of a 2-bit Sg EPROM.

riment: of a schem

controlled co

riment: of logic eq

e output throDevices.

riment: of 3-bit Seg GAL Dev

periment: of 3-bit Seg GAL Devg in State M

iled of PraDigital Syst

ble Logic

uation ough LED

ROM.

Full

to add and using

Sequential

matic ounter by

quation ough LED

equential vices.

equential vices, with Machine.

73 

actical Contems Design

Wee

1

 

ntentsn

ek no.1

2

3

4

5

6

7

8

9

10

א

H

א

Hours2

2

2

2

2

2

2

2

2

2

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11

ImpleCountype fMaki

12

Comp(addi

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א

11th Exp

ementation nter by usingflip – flop),ing in State

12th Exp

prehensive itional)

Final ass

Text book :

א

periment: of 2-bit Seqg (EPROM , with DecisMachine

periment: application

sessment 1- DigitalBryan J. M2- M. Mor- John CDevices, P3- P.K. L

 

quential and D –

sion

McLogic DMealy 2012rris Mano, D

Carter, DigPrentice. ala, Digital

74 

1

1

1 Design, Bry2. Digital Des

gital Design

l System De

 

11

12

13yan J. Mealy

ign, Prenticning with

esign UsingD

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2T. Mealy ©

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c .

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Topic

1-2-3-4-5-6-7-8-9-101121314

Refer 

partment

urse Name

erequisites

rse descript The Elecelectro-hyelectromasystems aand AC musing MA

cs:

- Introduct- Analysis - Review o- Review o- Introduct- Modeling- DC Elect- Modeling- DC Elect0- Induction1- Torque C2- Simulatio3- Synchron4- Digital P

Motor

rences:

1- S.E. L2- H.D. 3- S.J. C4- S.E. L5- C.W.

א

El

Elect

tion:

tro Mechanydraulic sysagnetic motand drive elmotors. PerfATLAB and

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of Electromof Classical tion to Poweg and Applitric Maching and Simultric Machinn Machines Characteristion of AC Innous MachinID Control

Lyshevski, Chai, Elect

Chapman, ELyshevski, de Silva, M

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tromechanimechanical

magnetism Mechanics

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nes with Pow(some adva

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Op. Amps., Por Devices C Electric Mwer Electronanced topics

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hanical Syscal Motion Dchinery Fung and Sciencs: an Integr

75 

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ms C

C

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s

Power Amp

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MATLAB

involving S

stems and DDevices, Pr

ndamentals, ntific Compurated Appro

 

Major

Course Code

Credit Hour(L,W,T)

uces the trair electronication of elecmulink. Equ

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Devices, CRrentice Hall4th ed. McGutations usi

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RC Press, 20, 1998 Graw Hill, 2ng MATLAPress, 2004

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C IntroductElectromintroductelectromthermal aAnalysisElectromintroductFramewoPower SyComparaDifferentNiques. Review oElectromTheory, MLight is aElectromSources oReview oMechaniHamiltonTwoBodRigid BoOscillatioEquationIntroductElectroniDevices, Circuits aApplicatConside

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Detaile Ele

Contentstion to

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mechanical aanalysis of

mechanical Stion: Simulaork, Modellystems, ative Assesst Modelling

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magnetic Radof EM Enerof Classicalcs: Lagrangn's Equation

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magnetism: M) Equations, EM wave, diation, rgy.

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76 

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ontentsems

ek no.1

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6

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ModelingOp. AmpAmplifieConverteApplicatiPower, MApplicatiPower, MApplicatiPower, MApplicatiPower, MApplicatiPower DC ElectMotor Dof electrifeatures omachinesoperationModelingDC ElectintroductmathemaDC motoDC moto

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g and Applips., Power ers, and Powers: Modelinion of Op. A

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Modeling anion of Op. A

Modeling anion of Op. A

Modeling anion of Op. A

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mparison of parameters, models into parameters

77 

1

1

1

 

6

7

8

9

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2

2

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13 Sy

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ynchronoustopic): Syn

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Text book :

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s Machines nchronous conducting sySynchronoue estimation ynchronous

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ynchronous us machine

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shevski, Ele08. hai, Electro

hapman, EHill, 2005. shevski, EnB, Wiley, 20e Silva, M

78 

1

ectromecha

omechanica

Electric Ma

ngineering a003.

Mechatronics

 

13

anical System

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achinery Fu

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2002). hanowr, Pro

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each the stuance, and its are expecollers to me

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se Laplace Trace Transformathe Laplace T

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ninteracting)onse, The Hr Time Con-Order Systicapacity Prracting) strial Controinuous Procstrial Controortional InteData Loggin

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thematical Mcess Modelsocess Mode

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rocesses as ): First-OrdeHomogeneonstant, The Cems. rocesses as

oller (On/Ocess Controoller (Integregral Derivang

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form: Heavaviside's Co

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Process ConModelling os, State-Spaels, Dynami

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rocess: dpe

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Contentsntrol

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ace rm Rules

hod, thod,

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ontrol ValveMotor, Relay

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ming Points,

ontrol Systeability, Staility Criter

imple Contrvative Cont

hm, Proporti

Good Gain mod, The Zieg

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: The State e Space Va

y: ObservabContinuous Systems, Coional ty Topics

CoughanowHill Bequette,P

ation, PrentiChau, Proc

ridge Publis Coughanow

aw-Hill (199. Luyben anaw-Hill (199Marlin, Pro

ms for Dyna

81 

es): The Finy, Pneumati

olled Procesntrol, Case ence, Modelysis of Step

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ems (Routh ability of a rion. rol system troller): ional VI, In

method, Ziegler-Nichols

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Control, Ma

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hau, Processge Publisheroughanowr,Hill (1991)uyben and WHill (1997)rlin, Proces

for Dynamic

82 

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