This document provides a summary of courses for a B.Sc. Engineering degree program over four years. It outlines the courses offered each semester, including the course number, title, contact hours per week, and credits. The majority of courses are theory-based, with some having corresponding sessional or laboratory courses. Over the four years, students complete courses in mathematics, physics, chemistry, electrical and electronics engineering, and humanities. The program aims to provide a well-rounded engineering education across these disciplines to graduate electrical and electronics engineers.

1. -Iv ~' • ," • .. .",.. .
SYLLABUS FOR B. Sc. ENGINEERING COURSE
(COURSE BASED SYSTEM)
. DEPARTMENT
OF
ELECTRICAL AND ELECTRONIC ENGINEERING
APRIL, 2000
I
I

2. ',' " .
SYLLABUS F-OR B. Sc.ENGJ1'1EERING COURSE
e" . ..•.• . '. ;"'::?(COURSEBASlfofS'YSTEMJ ". ,;r,:~ .
. ;, " . '.~, - .
~ANA A'LAM
$"U1)E.N, NQ. - 9C62og
DEPARTMENT
OF
ELECTRICAL AND ELECTRONIC ENGINEERING
BAL~GLADESH INS1;ITUTE OF TECHN~LOGY (BI1),DI-IAkA
GAZIPUR -1700.
TELEFAX: 880-2-9353073
E-MAIL: bitdhaka@b.angla.net
APRIL, 2000 ,

3. .BANGLAb~SH:INsfuirtJ(OF'TECHNoroGf:pii:AKA·
ELEcmcAL& ELEC1RO.NICENGlNEERrNC'DEPARTh1ENT '
SUMl1ARY OF CPURSES
Theory Sessional
SI. Year! Tot1il r
No. Scn!cstcr No. of !Credit No. of I Credit
Credit
Course Course I t
l. 1st! 18t* 5* 16.00* 3* I 4.50* ~ 20.50* I
2. 1st! 2nd 5 19.00 I 2 I 3.00 i 22.00 ,
3. 2nd! 1st 5 17.00 I 3 I 3.75 I 20.75 ! i I
4. 2nd! 2nd 5 16.00 4 1 -3.00 !
19.90 1
5. 3rdl1st 5 17.00 4 I 3.75 20.75 I
6. I 3rd! 2nd 5 ~) I 4 I 4.50 21.50 i
, J
7. 4th! 1st 5 15.00 5 3.00 18.00 I
8. 4thi 2nd 5 15.00 4 I 5.25 20.25 !
Total (excludhig 1 st 35 116.00 I 27 I 26.25 142.25
year_1st . se!11est~): -­----
'-----'- .._--.._-_._. -.-_.. _._-_._---
Tobl 40 132.00 30 . 30.75 162.75
*1st vear-lst seine~ter classes are exemoted because of the -candidates' 3-vears
Dipl~ma in Engineering after 10 years of ;chooling. "

4. , .
: ~ .... "f" .. ~~ :__,:. .l
I'
1. •
BAN~LADESU'WSTlTUTE OF}i'ECHNoLOGY'DIL~~·
.' ELECTR.I~~-8f ELECTRONIC-ENGL1TEERL1rdjjEP.AR;r~1Ell",~",. '
"~~.~~4;~~~%~?1~ig~ft('~0{~ijP~~~~~~Wi~i~l;i:l
~,I..' •
, . ,
B. Sc. ENGINEERING 1ST YEJ.<R. 1ST SEIVIESTER (EXE!1PTElli
S1. No. Course Course Title . Contact 1 Credits
No. hours/week '
1. ,-,­-
Ivtath-12l~-' :Erfj:jriee~tlierruitics-r -- .---.'---, j 3.00:
t,
I 2. I Hum-121 I Functional English & Sociology: " , ...4.' '4.00.;
3. Pll,":121' , Pllysics-~1.,--:, - -";-"-";'~:-- ~-~,~ .. 3~,:·tl 3~OO I(
4. Ph-I22 Physics.-:-. I !Sessional , _, J' 3 1. ~O~·
5. C1i~12r-c·- Cheiiii~trY~- r ., . .. 'J J -3:; j ,~.•.o.oJ
6. . 'i'-Cli:~122" .:-: I-CliellllstiY -1. Sessional" ,:~ ,. 3:- - 1.50.: i.
7. !'EEE:'ill .; Basic Electrical &Electtonic~ I: ~'; c __ ,_3.'~0.0 "~
I, : ".:. ,;': 'EilgL11eerillg ' ',; .~i L . . ... ::, .;'n.~ .f:'.
8.
<,
Contact hours,,; :16(T)*_ 9(S)= 25 horirs-:" ; ',:, ' N6.)fTh~~rY:.t;.Juq;~s ~ ;' "~', ~: 5
Total Credits·:· ':':20.50' ~': .' ,-- No~ -ofLab/~ess~onal Cours;:s :.3
Sl. No. Course No. Course Title , ~, " .~" -: Credits
1. IVIath...123 4.00 'j
Hum-123
3. ,Ph..123,·
5.
6.'

5. BANGLADESH INSTITUTE OF TECBNO~OGY DHAKA
SL.No. Course No. I Ciedits !
--
--
ELECTRICfJ..& -ELECTRONIC ENGiNEER1NG'DEP~U<TIi1ENT '. -. .,.' . ~ ..- ;.. lo_.:t_ -_.~_ ,. It,. •
SI~1l1ARY OF Ct)I~S~S
'l
B.Sc. ENGn"TEERING 2hTI Y~_A.R, 1ST SE!vIE,STER
Course Title Contact hl's/week I
1. ~1ath-221 -Ertgineering Mathematics - ill I 3 3.00j
2. Phn 221 Phvsics -ill 4 4.00
3. Ph-222 IPhysics-ill Sessional 3 1.50
4. I Ch~221 I Chetnistfv - III i 4 IJ- .-_4_.0_0 _ +--------ICh-t-- .,. !
~.... .. 222 I Chenlistry - ill Sessionnl i 3 I 1.50
6. I EEE-211 I Electlical Circuit..! I I
3 3.00
7. !l.. .F..:.E l.!...:.< _.'L1'_1!'. l.'.1< 3/2 0.75 , Electrical Circuit-I S0ssionru
I *8. Ii E'E E-'1?l ITec111llcal Presentation and 3 3.00 -~
j i Spe~ch
*9. IEEE-IFrofessional 223 Practices and
3 3.00
Business Cotnmunicatioll
Total :
24Yz 20.75
Contact hours: 17 (T) + 7!;2 (S) = 24Yz hours/vleck No. of TheOl)r Courses : :5
Total Credits : 20.75 l-.Jo. ofLab! Sessional Courg~s : 3
-ic Anyone of ihe Courses
B. So. ENGI:NEERlNG 21;1) 11AR, 2r-m ~E}v1ESTEIi
N O. Cour;;e 1 CO'.''..f..:,. e Titht r.~~; ,! Contact ! Crec1t-irs.tI
No.> I hr£Jveek I ;
1. 1vlalh..223 Engineering l·1athematks-IV i 4 - 4.00
2. I CE..213 ~,,1ec~cs o~So~~s . _ t'3 ! 3.0~ i
3. I CE-214 lVIecharllcs 01 Sohos SessIonal i' 3/2 I O.7"J i
/ -- 4:--1-i.1E~il1 Th~~~fluid A:fechanic.s --...-·--------T-------3----:[--3.00 1
I 5. IVI:Er212 I Thennofluid !v1echanics Sessional I 3/2 I 0.75 1
i--6-:-- --EEE·~231-rEiectri~~~s.J------~- I 3 I 3.00
I 7. I EEE-232 i Electrical Machines··I Sessional I 3/2 0.75 i ["'8: f'EEE-251--"~~EiectroIri~sT----- ..-'----,~--- I 3 3.001
9. I EEE-252 Electromcs-I Se·ssionru
Total :
Contact hours: 16 (T) + 6 (S) = 22 hourslveek No. of Theory Courses : 5
Total Credits : 19.00 t.Jo. 'ofLabl Sessional Course8 : 4

6. BANGLADESH INSTITUTE OF TECI-INOLOGY DHAI("~
ELECTRI~.AL & ELECTROlTIC ENCI.NEERING DEPiU<Tl1EXr
Sl~1J.1ARY OF COTJRSES
B. Sea ENGillnER..TNG 3RD rn}Jl.. 1ST SErvffiSTER
'M
81. No'. Course No. I Course Title I Contac·t hrs/week Credits
1. l1ath-321 Engineering !vfa1hep18tics-V f 4 4.00
2. !
EEE-331 IElectrical ~lachines-n ! 3 3.00
Electrical IVL1.chines-ll Sessional 3/2 I3.' I EEE-332 1 ! 0.75
4. EEE-3S1 I Electro!lics-II :J
3.00
I ~ I
5. !EEE-352 Electronics-II Sessional I 3/2 0.75
6. IEEE..3?1 IElectrical & Electroni~ 3 I . l1e?Jsurenlent I M I
Electli.cal & Electronic 3.£..'.).. 0.75 I 7. t EE£-372 I
I I
1vIeasurelnent Sessional I
I- I
8. IEEE-391 Transmission & Distlibution of I 4 I 4.00
I ! I
--- I !Electiical Po-wer I iI 9. I • I ! I
I ---EEE-320 Software Develop1nent 3 1.50 I
I I i Tot~l : I
I I241,~ t f 20,75
Contact hours : 17 (T) + 7Ya (S) = 24YJ. hoursiveek No. of Theory Courses : 5
Total Credits : 20.75 }Jo. of LabI Sessional Courses: 4
n. Sc. ENGIN'TIERIN'G 3RD "E.AF.., 2:NTI SF!vlliSTFR
81. No. Course No. Course Title
1. Nfath-323 Engineering 1vfathenlatics-1
*2. Hum-321 lndus1Iial :NIanagelnent
I'!«.",'. I Hum-323 Socioeconomic and Environ1uental
I Aspects of Engineering Projects
4. IEEE-311 Electdcal Circuits-II
5. EEE-333 Electrical !vla.crunes-ill
6. EEE-334 : Ele.ctrica1l'vfachines-ID Sli7ssional
7. I EEE-353 I Electronics-ill
S. EEE-354 . ElectrorJcs-m Sessional
9. EEE;.300 ~.: I Electrical & Elec·tronic Design
10. I EEE-310· IProgramming Teclmiqucs &
" '. I Nwnerical Analysis I.'.. .. ",,"
.', -, Total: ·
C.ontact hours: 17 (T) + 9(S)'=,; 26 hours/week.
Total Credits: 21.50
*Anyone of' the above courses' .
I I Contact hrslweek Credits I I
1 4 I 4.00
I 3 I 3.00 1
i 3.00 I " I
4 4.00
3 3.00
3/2 0.75 I
I .~... 3.00
", 3/2 , 0.75
3 I 1.50
.." .:) 1.50
"
' ..,:­'.
26 21.50
No. ofTheo!), Courses' : 5
:t~o. ofLabl Sessional Courses: 4'

7. BANGLADESH INSTITUTE -OF TECHNOLOGY DHAKA
ELECTRICAL & ELECTRONIC ENGINEERING DEPARTMENT
SUMMARY OF COURSES
B: Sc. ENGINEERING 4lH YEAR 1ST SEMESTER
S1. No. Course No. Course Title Contact Credits
hrsIweek
1. EEE-441 Electromagnetic Field 3 3.00
2. EEE-451 Integrated Circuits and 3 3.QO
Industrial Electronics
~-- .. ~--- -,~- ... ~---- ._----­._--------
1- .. -.---.-­-.
­3.
EEE-452 Integrated Circuits and 3/2 . 0.75
Industflat Electronics Sessional
4. EEE-461 Digital Technique 3 3.00
5. EEE-462 ._..I2_i~!a1 Techni9.!l~ §~!Si~!lal 3/2 - 0.75 1------­-
­-
- ._­..
_._-­6.
EEE-471 Control System - 3 3.00
7. EEE-472 Control System Sessional 312 0.75
8. EEE-491 Power System Analysis 3 3.00
9. EEE-492 Power System.Analysis 3/2 0.75
Sessional
_____~.:.._JJ~~E-4QQ_. c...~<?ject & Thesis 3 1.50*
Total : 24 18.00
No. of Theory Courses : 5
No. ofLab/Sessional Courses : 5
Contact hours : 15 (T) + 9 (S) = 24 hours/week
Total Credits : 18
*Carned over to 2nd Semester.
7

8. SlTN~1..RY OF COTJRSES
B. Sc. ENG~TEERING 4TH YEAR. -2NTI SE:rv1ESTER
S1. No.
Course No. 1 , Course Title Contact Credits
i hrs/week
1
1.­I
EEE-453 ' I Telecoml11unication Engh'"1eering 3 3.00
2. I' rT..:l.'rT:.".rT:.-:''Tt 54 I T elecomtnunication Engineering - - 0.75 I Sessional _ 3/2
I
...:"> . EEE-473 i 1i1aterial Science 3 3.00
4.~EE-493 I Power Station 3 3.00 ,
s. TEEE~400 IProject & Thesis I 3 3.00
Two elective theory sU~lects with two corresponding sessionai _ subjects from the
follobig :
6. I EEE-411 i Advanced Electrical Circuits 3 3.00
,.., IEEE·412 IA.dvanced Electrical Circuits I 0.75 I. 3/2
I I I Sessional I
0o . !EEE--1i13 (1.l.~1 i crovave- ".l.R...ng"i neenng I 3 3.00
9. EEE-444 I N1icrowave Enroneeling Sessional I .3/2 i 0.75
10. IEEE-455 Ii-DJ.ig';t aJ'. &Sa tei l4l te C 01l1tnUt'.r.1C.ation 3 3.00
II. I EEE-456 i Dimtal & Satellite Communication 3/2. - 0.75.
I ISe;sional
12. EEE-457 I Advanced Electronics 3 3.00
13. EEE-458 I Advanced Elecfl'oiucs Sessional 3/2 0.75
14. I EEE-463 Microprocessor & Digital 3
3.00.
! Computer I
15, IEEE-464 ! lVlicroprocessor & Digital
3/2 I 0.75
i t± ICOlnputer Sessional I EEE-477 I VL51 Circuits 3 3.00
------T-~~~----r- rr C:l' t .....";~'!'17. IE..:.E-.... ...!"'..,-i:+ ~ t:<!'H:"'~J"'~;,,): • 0.75 i & j ' ........ : .....~!.L .... "-'-.l...~ ....." ... ~;;,~".Hb41 3/2
!__18'-1_~E;E:481_._-t§~i!S~5}e~~_& Prot~ct~on - L 3 I 3.00
19. I EEE-4.S2 _. Slvitch Gear & Protection Sessional I 3/2 0.75
20. I EEE-483 IHi~ I High Voltage Enmneeting 3 i 3.00
I 21. I EEE-4&4 Vo~tage Engineeting 0.75 !
3/2
I I­""',---_.,--"
r' -­.___
L~eS~l?~al ' Total: 22~,~ 20.25
1'-Jo.ofTheoxy'Courses : 5
No, of Lab/Sessional courses: 4
Contact hours: 15 (T) + 7% (S) == 22~~ hours/veek
Total Credits : 20.25
8

9. BANGLADESH INSTITIJTE OF TECHNOLOGY DHAI<A
ELECTRICl-L & ELECTRONIC ENGINEERING DEPARTMENT
smn,URY OF .COURSES
B. Se. ENGINEERING J-ST "YElJ-t.1ST SEJvffiSTER (EAt.NIP~D)
Si. I Course I Course Title I· Contact" Credits I
I
No. No. T" • ~ -;-t1 ---" T 1 hours
,/week
1. i Ivfath-121 l ~ngirleel"!!l.. ~g ,,-l.. "..'.:." _a·_ .r.r_!_e_,.t.T Ia__!" _.i.C_.S-_l_ _- +-__- 3
=-~ _ __l____=:,~~
I---__+ . H-_um-Ill_ It -r-u_nc_ti._on. al En.g li_s_h_ & , Sociology I 4 ._~ __ ._J _____ _+__-
Ph-121 i l)hysics - I I 3 3.00 I
4. I Ph~ 122._~ysics - I ~essional '3 1.50 I
5 I...,.t .. ,....... ("""1.., '. T . I 3 ~.v·""O ;
o cn-lL::!:.. __ . I ..-ucmlset:{-!_______ I oJ .
6. I Ch-122 I Chewistrj -- I Se-ssional I 3 1. 50
i. I EEE-lill-B~ic-Ei~~tric;lii Eicctronic· '---r- 3 30:]00
I---..,..--....jll~_, ! Enginee.ling='..-. ---.---_-+-, ____ -+-__--1
D Er1 ...... I . (s. 1'1:,1:<"-'1" 1.. ,L'"' II n.a S'iC E'1A cctn.c aJ1. (X" '."t..,f i.cctr0111•C . Ii 3 1. ~-u". i
I i j ErH!h~eerinq Sessional I I
I----~----~ .... --- Total: --+1---2-5---+-2-0-.5-0---11
Contact hours
Total Credits
:16(T) + 9(S) 2S hours
:20.50
t~o. of Theory Courses ~ 5
No. ofLab/Sessional Courses: 3

10. l'Iath - 12 i 3 - 0 0 hours'vcck
Engineering f,;1ath(:nlatics -I
,.1J.zebr~~ Pcnnutat10n & Combination, Binorrtillal theoretn for positive; negative and :fraction21
ind~x, e,xpollcnial & logarithrnic series, (.eterminanl, solution of simultaneous equations
with the help of determinant.
Differential C'alc.ulu~: FuncTion and' limit, dlfferentLlt co·e'ftlc1ent frorn first principle]
dlfierentiatioll (If functions, ~uc.ccssive diiferm-tiiution, 1fadatirin~5 and Taylor's the~. .n :cnJ,
Tangent and J-.1orm~l. lvfaxjma and Ivfinitna.
!rltegral C a1culus: Ftl:.!{hrnentaJ integral, h1def1nlt.~ ll~tegral~ by su.bstitntioflr
Integration by parts, Integration by partial fra(~tion., Dd:tiute integral, .Api)li.::-aticn of i:nte~'"1ation
for finding area. voJurnc l':. VOrK done.
121
Functional RngHsh Sodolngy
Functional F~ngH"ih:
English grmr::rnar: Ug~ fonn of 'verbs~
pair of sc·ntcnccsl using appropriate
1-; YO>- .' ~'''';.,-. '" '-'l ~~"l=rt'::>d- l'·:t~)l·"Q
.i. h.,e COlrlpO~hHJlb t.l l:iI~' "''''·ll,;-·~/t v.~.
Sociology:
of SentencCSr chang:e of sentences,
tran~~,lation re-translation, letter
r<,r,n-~'" 1"-:1";" ·.. . on"'=·. ....... ""o~·':::t' e"''''''l'u~l'I''''' ~..-",i +""~jlr'{q_n,,.s ,....l"'l ...... O·..-tl. . ,..,.+~Ct .... cu'. ., ..n~ j.·C anr! ~J a~ l .....' >.!·~,~,' _l,""'P~';'! .... ".1 -1'0.. I va •. 1.tU tt.. . .,.l II uC Lt _~'l U 11..<1..1 '.r.l, !,l.y, '"
c..t'V'·'·l· ,,-4.t"},;('tIi1',Q r.-f'R~-:-·(Tl~i-tI" ... ;h ~·v;nnl,..t~""n ",'n01·1d re .... onr .... pl:! O-Npnt~l ~-t'I i v.'-i.L.t_'. ...., .., ...., ...- :.'"".....,1~1 lo,..,! .. ........ I"~~ ,-.. -~ ..l- ... ).:t:l+,71L.-.... ··""'~.JI ... , !'t... .. f·' •• ·I.i1.A.U~ )tv .... ........ 'l .;A. ~ , ........ ...,.......,~, :&'&""1,1 ........ .........{ ...
V ... · ..... l.'I.. ..... 'LI.I.· ... U. societies, indu.;~t1iai rc'Volution, L'ur:ily urbm.uzation and industrialization, urban
co-operative 2nd ffiCiVeffient, rural socioiogy.
Ph - 121 3 - 0 - 0 hourSIveek
Physics I
General Phy~ic:s: UUlts and m;:asurements, Vector and scalar quantities, Forc·c .:'lnCl motion
Nel1on's la'v of lTIotio! G-ravity and gravitation, Sunple hannonic motion, Vorkr Povv'er
Energy, !lydrostatics, Density & Specific grav-iiy.
...... • ... .C' l'" i "'. 't' !::!.!~~!. .;onceprs anu namre 0.1 sounc", velocl .. y cr souno, resonance, ti! rasomc.
h=-......... ·'lI" ........ "t .... ,,,· He3L capadly of malellals, specific heat, latent heat, effect of heat, heat transfer.
Light: Behaviour and nature of light, colour, reflection of light llrrough plain and spherical
stl1faces, optical instruments
Ph -122 o - 0 - 3 hoursAveek
Physic.s - I Sessiouf!l
Laboratory expcrinl~ntq based on Ph-12l
,
H1

11. Ch -121
Chenlistry -1
3 - 0 - 0 hour~/week
Valency and chemical equation, different types of chemical reactions, cataJysis and ~::aL1Iysts,
acid, base and salt, properties of gases, hlvS of chemical cpmbinations, Dalton's atornic theory,
Avogadro'R hypothegig~ chemical equivalent, atornic lveight and molecular weigh!: introduGtlo!]
r to atorru.;; struoture, dectronic theory of l alen~y and chetr..ical bonds, ~lectrolrsis, p .. l villuc of
waterr. acidin1etry and alkalimetryz
..('t'd'" n1t~c {"d ·1' 1-1C' "l!{"·;r' h::11('-""/-·'n r"l~dpQ. '~"')d h· ,.n1 ..'. "l.."""", •.• ~1., 3""t ~J SU.l1nn ... '"I~ .. ~; .... • 1"OY;..1- s ga":",~ ('~"'~{,)'l"'lati'"t' "'~I·;}t""1" .lo. ... ~..., <.J,u ..,.., ......... '.11...1.. <»",lH::", ..• "'''''''''.'' ~' .... .l.';'''''.'~'''''''~~ ~~"."-"'''1
rnetalli, introduction to organic cht.mistry, ethane, nlethane, butane~ oil, porYInel, pk..siic.
thermoplastic,
en - 122 o -- 0 -- 3 h.{Turs:veek
Chern1stry -J SeSSltlflHJ
Laboratol), t:xj);lhn~;ni3 h~ti:~cd on Ch~121
EEE· 111 3 o hourshveek
Basic Electrical &. Electrunk EiH~inet~ring
ElepttiQ~:.}·! F.r!21n~£1ing . TJnit~~ 1)C SDurces, resist~:n(>:,. and conduchn.ce, O1un's Im7~ :pO'tver and
~:nc:rg:y. and i,... ir-.:,uits, Kirchoff's la-vs, !vlc8h and ncdalanalysis. Y-de1til
transform·~:niorL Circ,rd1 tb~oreln$. fidd~ capaciton, Jvlagnetic circuits. Lll.ductancc. R-C
and l~.-L cir,;;.uit5 vlith DC ~xdt;;;.tii).il.
i.;" ,-...... , ·.~ .... ·t;"'~:"li·' Cl;~n~", .... :-:I·"l -r<l ....... r""·~ ................ Cf r...:ff'='C .. h:la. .... ·n ..... 'lI ... 'O' .... ,..""',;, ';~h~"'" of "' ... ,,!:ott .... '1.w.(~t:.'.::nt.,:s:: ;.,.~."l.,~,~l ... .1Ii.l';',1 l"·':.J4~",· .. !.v·,LI.L.v~ t.. ..... - " .. ,. ...... .,.){.)."-.1 .u",w~c:~c!; .. · -~lot..tW'" U.lJ.
allernming "vaVG, pl1;'l.:5or. analy~is: RL, ~RC, fQC series and parallel circuits ~ith
s.,·.·.,.·1·1'.1.. .:.' f•.r t :ll~1. i!" ...,. .t.~~.1.t.?1.~·I.!')·.,"!•t. :. :.;+"vl·jt&·,,·!")c'e pop>"",.' '1nrl p~l-Xrp.r .c~r-1-n1"'""· 1,p· .... l 'In...l t·P"""'f:-..,p p","-7"'f ~I .. ., ••• ~ ~ _ jZ . ,.J_ .. i .. ·.,..,.I>"-' .'. .. ."1_. < •• ~~ h .•• " ".i., J .... "" ....... " ..•. (; .• i •..• ~l..l., .... q.,..:.l'll., .. . .. a·.t; ,
pO~iler nleaSu.n.~ll1el1t~ p0vYCr triangli, pcv;rer f .. '!ct<)f' corn~ctiotl. l..J'ctwor:k the01."(~m.s. Dependent
sources~ Bal~nced polyph;ise circrtit
Single phase trf}nSf01:'nl~' opero..t~{Hlj Pertormrmc,-;; and testing; D. C. IVIachine, Principle of
operation, Cla..'~siflcatior!s: Starling and speed control; l.nduction niotors.
E}~E - 112 0- 0 - 3 hours!veek
Bask Electrical &, Ekctroni.::: Enginer:f'ing Sess.ion.a~
Laborat.ory cx.1)~riI11en1S b~ised 07i. FEE~ III
11

12. BAJ~G~'LA1)J""StI INHTITlJTE 01~ rrECiINOLOGY DIL4,Iv
ELKCll~rCAL .ELI~CTRi}NIC EN·GINIIEPJ.NG j}!1:PAH .. TIV~ENT
Contact hours
Total Credits
1,t"' #'rT"T' • "~'S' ""'.-" ; '7(J) T t;.~ '} = .:::~ nours
: 22
No. oT rneory~ Courses : :5
No. ofLabJ Session,ll Courses: 2
I

13. Math -123 4 - 0 - 0 hours/week
Engineering lIlathematics - 11
Set Theory ; Operations, . Venn Diagr3.tl1s, Equr/alence relations, .and ~,,1apping.
AlgchiJ. : Partial fractions, Determi.'1ant.
Ditrt'!fcutial Calculus : FUllction, Limit~ Continuity) Difterentiabiliiy, Derivative: it!
geom.etricaJ interpretatio~ rules of differentiation. Successrve differentiation: n-th derivative
of Btandard functio~5, Leibnitz 75 theorenl.
Expansion of Functions: Rolle's theorem, Mean value th~orern, Taylor~s theorem in fhrUte
and infinite forms, Ivfac1aurin's theorem in 'finite and infinite fbrrns, Lagrange's fonn of
renlaindcrs. Cauohy's fonn of rcw..ainders.
Indetenninate foml, Partial di1ferentiatio~ Euler's t..'1eorern, Tangc.nt and nonna1, Sub tangent
and suhnolm.a1,:lAau.."1l3 and minL"na of functions of single variables, Curvature, Asymptotes,
Integral Calculus: Integration by pa...-rts) Standard Integrals, L"1tcgration by the method of
successive reduc.tion, DefirJte illtegrals} hnproper integrals~ Beta function~ Gatruna function,
rvfultiple integrals} .Are~ Volurne of solids of revolution.
IIum-123 3 - 0 - 0 houfsiweek
English & ECOUOUiks
English:
Conlprehension with precis lVriting, Completing sentetlces~ Correctio.n of sentences,
Combination of sentences, Fralning VH questions, Sentence lnaking vith the expression of
attitudes/emotions; ..A..mplification or dialogue writing, FratnL11.g sentences vith idionls a..t'ld
plu'ases, LTsing appropriat~ prepositions, Changing the form of spe~c~ Tra,.'1s1ation and re­translation,
Letter ~~Titing: Fonnal, Paragraph writing, Free compositions: on sele·cted topics
(within 300- 400 words).
Econondc8!
Introduction: Def1nition, Scope of econolnios~ Luportan~e lind Uses of economics. Engis,eerilig
Economics, lmportance of econo111ks for engineers.
Basic Economic Concept~: Varts, VealtP.., goods, lalu~, Price~ Utillty, Production, Income,
COrtSUfllption, Savingts, Irrvc:5tml~l1t,Excha.ngc, Disttibution, Finn and Industry, Equilibrium,
Mero Econorrrics~ Macro Economk·s~ ()pen NIarket EcononlY; ControHed Economy.
NatlJ!,£'Qf E£91l01l1i~ PrQgl~l!JS and Its SoIutiQ~: Nature of Econonric Problenls in Human Life~
JYjferent Lev~!s of Activities in Solving Econonuc Problems. (production-Exchange­Dhmibuuon-
Consumptlon), Price Ivlechailtsm.
Utility: 1vleaning of Total utility and 1.iargmal Utility, Law of Diminishlng 11arghY).a Utility,
Litnitation of the Law of Diminishing Marginal TJtili1y. Con..c;umer's Surplus, hnportance of the
Concept of C01lSlli1"ler'S Surplus.

14. Demand Analysis: !vlcaning of Demand, The law of Dtrmand, Excc·ption to the Law of
Demand, Dernand Schedule, DClnand Curve~ Types of Dem.and~ Contraction and Extension of
Dema:il~ 11.cr~ase and Decrense of Demand, Causes in Delnand.
Elas1ic.ity of Demand: 11eaning of Elasticity of Demand, Types of Elasticity of Denla.tH~
1v1easurcment of Elasticity of Demand, Detem1L.'1.anls of Ela..~ticity of Demand.
Theory of Production and Cost: Theory of production, Its contents, Im.portance of the theory of
production, Lmv of variable proportions, Concepts of Costs, Accounting Cost and eCOn(;llllC
cots. Short ran and long tun costs.
Nation:ll Income, Gro"'th~ Fluctuation: Basic Concept~, C-ross National Product (GNP), Net
National Product (1I'NP), Ivl~thods of lieasuft11g National L.lcome, Meaning of Econonrlc
oro",tlL Stabilizi..'lQ the economy_ function of CQmrnerciat and Central Bank. if" "'"'" #
~anpladesh Econom'!:: Basic Economic problel!l1s of Banglad(':sh~ Economic Dc.-veIopmcn~
Natural Rcsourcc;s, Agriculture, Water, Po,ver, Irrigation and Flood Control, Large Scale
Industry. Banlcing System., Economic Pbnning, Budget.
Ph-12:1
Phy~k~- TT
TherJnal Physics:
4 - 0 .. 0 hoursi~"Cek
Kinetic theory of g2ses, Y...ine1ic calculation of pressure., temperatllre and energy, Ratio of
specific heats,. m~an :free. paih, Equation of state, 'an der W-aal's equation of state, Critical
constants, Van cler Vaa1' s c·onstant, Thermal conductivity of solids, Rec.tilinear, Cylindrical
and Spherical tlOVT of heat, Heat flov{ through compound vvalls.
First la~' of 'rncnnodyniUlucs and its application) Isothe,nnal, Adiabatic, Isochoric and
Isobaric processes, Work done by eXl)andro..g gases~ Adiabatic gas equatio~ Reversible and
irreve·rsihle pro(;:.esses, Sec·ond la'Vv of thetinodynari1i(;;8~ TIle Caruot. Cycle, Entropy, Entropy
of perfect ga.c;.
Vaves & OscUlations:
Wave motion, Types of wave motion, Expression tor plane progressive ,,,ave and its energy
calc.ul1tion, L"1terference of sound "vaves, Beats, F onnation of standing waves, Doppler effect,
Oscillations, TIn:: snllpie Hannonic waves equation and its Solution. Application of simple
hannonic mo!ion~ Composition of simple harmonic motion-Lissajou's' figure, Damped
hannonic nlotion and. its soiution, Forced oscillation and resonance,
Architectural acoustics, Reverberation, Sabine~s reverberation formula.
Properties of lfatw:r:
Gravitatio!l~ Kepler's Laws of Ination, Gravitational Potential and field due to (a) A Spherical
shell (b) Solid Sphere (c) HoHo,,, Spht:re, Escape velocity, ·Velocity of Satellit.e~ Elastici1yt
Elastic COnsta11tS, R.elation between elastic c0115tants, Bending ~ioment, Cantilever, Surface
tension, Cohesive and 3.{Ulesive· forces, !vfoJecular theorv of surface. tension, Surface energy, , ~
14
1 I

15. Exce.ss pre::;sure ofcnnred surface. Capilla!ity, Determination of surface tension of water by
curiUmy tub.: method.
li'·l, .. CtJ·: .... it'T &' ~1Q(1·1L>th:m· ..... -"'~ - .. '''': .; . ...,. ~4t,; ~ .... "i •••
Charge nnd matt.er. G::u~~s' s law. Applications of Gauss's Law~ ElectricpotentiaJ. Electric
pc,tential due· io a point charge and dipole, Capacitance and dielectncs. .
The m8giietiG fiel(~ Ampt~res la:w~ B near a long wire and Sole.noil Biot-Sayart. Law -
'PX0Tn·n1 ...... .;- "J:'<:!r.:da"~"" l.:nn T·)(=!ul"f0nr'>3 T ~1"'7'<.' lQ~'7 . ~ .. CUl.t,.t,I.Io......:.?..&. :... u.,.,.. J ,ool .... ul·P:- Jl .. ~ ",,-',",c...,..a -'J ..... JI ..I.....IJ.iU ... Aool l~~~ .. ,.
".If"('1"!"""tl{'nl"'l'I .. ;:>.rt:e·~ of' n~,..,tt",,... nl'''I mt"ll"!rlot;-::l1"r. .J.~,· ..... u,::r""'l,...'J"...l.",", .t·'" :.t"v~ ",J t,~ ~"" JLl.", ... __ ",,: L.· u· .a.:;.~1& ... '-'''''t.J ... ,,,,.,. PSXa-TI1£lgnetis.m:- Ferr!) .. Magneti~.m. Three
magnetic vtctors. Hysteresi~.
Ph-124 I) - 0 - 3 hourslweek
Physics - II Sessional
Laboratory expcriillcn1..S bB!)ed on Ph-l 23
en - 123
Cherubil'"Y ·-ll 4- - 0 ... G hOUTS/wc.;.>k
T~:pes ("}f' ~11clnict11 r~:ct;on, mt)<.ie~rn con,ccpts c~f ::1£.~i{.,~s. Q11d r!ases, ntl"nlit: structure, 1110dern
ptalodi,.; lubie~ gIOUp" pt.riod and their gennai (.haraderistics:: ciassification of ekmcnts~
ch~tmstry of Ozone, Hydrogen peroxide and Phosphorw).
Organic Chcntistry;
De5.nition, cJa.5Sificr..ticll, n.onl~nclati.Jre of organic COHlpC.uilds, functional group, iSOTl1erism,
Rvdrocarb{)n~~ alk.ane (metru:me and ethane alkene (~thylen.e alkyne (acetylene), Alcohols
&it~ classification, m?tnan01, ~thanol and glyceroL ~Jdehyde~ aJ""ld ketone: f(1mmldehyde and
a.(.;ct.).ne~ carboxyi~c ac·iu: [onmc &; acetic 8Gld, esteJ: ( l~L~yl acetate ), .Aromat.ic compounds:
bt::nzerle, tolUt'lle. chlorobenzeni;~ nitrobenzene~ aniline~ dlazoniurn salts and phenol.
() - (} - 3 hoursh.veek
Chemistry - II Se~s:ona!
L300fRtOry exnenrnent~ based on Cn-123
EE:E.·161 .:t _. 0 - 0 hours/week
computer I-"rogramruing
Elem.~nts of conTom.ing systems and programming languages. l'-Jumber systems. Principles of
nrtl(r;':'Imr.1;n:r t1~q'~h'~~~ olnor;t"hm Ft)T... .. fr• . n•. .· F' ~~tl1rp..... ~.. !<)r1fa1"'llp~ c''''ndnntg ,""'Ir"Iprr.r t 01"o:! .i~' ·-'~.s' ...... l..~l .... t.b!" 1. .... '''''' .. f.·~;l. ..... l .... ". .. c ..... ~ 1 ... A.a. .. ". . _'" -. _. __ - ... -..... • ....... fi.'''''''~ "' .. - 4~J,.... ...... 1 ..... , V!~"· ..... f./. .... '" .•• "":-
t'11:'.)fe3:!.ioll, data types, c~:mb'01 state.mcnts: input/output statements) s ubr-:)ut inc., fUJlctions.
'=> ~lut ·...,n r' fl=.'fiOt"'r" 1"1ro'oler;-·'I USlnrr ~() .. tran .I...)] .H.. ,J" ~ ~:::-:.~. ,_A .11.1 ~ ...... ! .
15

16. CiC++: Structured progrmntl'ing cOllcept~, variables. con~tant8. 01)eration~~ expression_~, data
types, control st~tem~n.ts, pr{'c.edures, f~nctions, recursion, arrays; ztring.<;, poi.nkr, arra'"s.
r~cords. 1:0 sySi.elTI in C, graphics, dynanllc Inernory' allocation. Object Oriented
Progrnrrl1n.ing (OOP); Objects, PolYln01:phj~ln~ inheritance, classes, fill1ctjon and operator
overloading, iirtUal functions, C++ streatllS, OOP with C+.+.
J6
I I I

17. BANGL,ADESII L.~STITUTE OF TECH1~OLOGY DlLLI{A.
ELECTRICAL & ELECTRONIC ENGINEERING DEP ARll.1Er.,i"'
SUMMARY OF COURSES
B.Sc. ENGI~""EERING 2~1) YEAR, 1ST SEI1ESTER
SL.No. I Course No. Course Title I Contact hrslveek Cn::dits
1. ~L1th-221 1r.,n;g'.i l1een• ng l"uIlfl !.~1 l e111at.i cs -'lT.TlYl
~----~--~~--~--~--~ 2.
3.
4.
I 5.
6.
7.
*8.
*0 /,
Ph-221
Ph-222
,I Ch-221
Ij C'h ...r.,..?..". J,.!,
! EEE-211
I EEE-212
! EEE-221
I
II F--'E ,E .... ~"I ,·lw;)
L
I Physics - ill
Chem1stry - ill
i Chemistry - ill S~ssional
I Electrical Circuit~I
I Technical Presentation and
I Speech
I! Profession~,ll Practic.::s ana, '!
Business COnul1Un1Catim.1
Total:
I 3 3.00
4 I 4.00
3 1.50
4 ! 4.00
3 1.50
3 I 3,00
3/2 0.75
I :3 t 3.00
I
j
I . .., ~,
I 3.00
I
I
2 "., 41/:;:, 20.75
No. of Theory Courses
Contact hout'S : 17 (T) + 7Yz (S) = 24~'1 hours!veek :5
Total Credits : 20.75 No. of Lab! Sessioncl Courses: 3
* .Any one of the Courses

18. l.fath - 221
Engineering j-1athematics - III
Co-ordinate Geon1etrv 2-Dllnenslo:nal Co-ordinate Geometry, Change of axes.
Trallsfolmatiol~ of co-ordinates. Pair of straight lines~ Circle, Systelu of circles. General
equation of second degree.
3 -Dl·l llerc'3.1 0na'l1 C O-Ora.1..!l.a.t.e. ..t.J.e ,OHlctry:- ."; ystenl orr- co-anu4.'n ates, uPoi's tancc 0..-.F. tv..-o points.
Section fonnHla~ PrQieclio!lf j)irec.t10n cosines. Equfltions of planes anc1. lines.
,7 ector }-.naJvsis: Scalars and ·V ectors~ equality of vectors, A.. ddition and subtraction of
vectof8, 1Vlultiplication of vectors by scalars, Position veClor of a point, Resolution of vectors,
SC,?jar and vector produc.t of tv;fO vectors and their geometrical 1t"lterpretation. Triple productlS
and IIw.ltip1e products, Application to geornetry and lnechamcs, Linear dependenc~ and
independence of vectors, Dlfferc:ntiation and in.tegration of vectors together "With de.n1enta...')'
applications, Defin.ition line, Surface ano vohllnc int{;gTal.Gradicnt, divergence i;lnd c"!rl of
point fhnction8~ various forrnulae~ Green's th.eore.rn~ O·auss's tl!eoreln~ Stoke's theOfetJ1 and
thQirapp1icm!O!~'/ :.
Ph - 221
Physics - IiI
Optics:
4 -- 0 - 0 hours/vveek
flu:vgen.'s principle~ '{oung?s Exper1l11cnt;. Coherent sources, Interference, inalylical
treat.uent of interference:. theory of interference £-=l11ges, Fresnel's biprism" Interference frOlTI
thin fluns, Colors aftrtm t1hns~. Theory of Newton's rings.
Polarization by R~fiecti{):n~ R·;fraction, Douhle· refraction, Bre'rNster's la;yv, Malus knv,
:Nicoie pristn, Elliptk,al and circular polarization~ optical activiiy and optics of crystals.
Bask idea of Laser, .Differ~nt types of t;rnission. 3 & 4 kve.11aser~ Application of Laser,
Solid State Phj'sics:
Crystal structure, .Nfil1tr indices, different types of c.rystal lattice, Packing fractio~ Electrons
in solidq, Energy hande; in solici,"~,
X "-::n.r« Drod ......... t;on "'nd l't'" llI ..... p1;,,... ...... 1·n.n ""ontu'''''''OllS "l~nd ,...lllll .. ""ten'st:" X r""~CI 1,lfop". DL_J"', A A. W,,",U J Q ~ Uj;' ,;'LIoo·q.c ....· L, ,-. L I."," .u..:. ~.l ".I."',,", Uw'" - Q)h>! ~'<l .;!Io~..1I.""""".lH',C;:It .ll. all'I·Vu ,
Crystal diffraction and Brags la~~:.
!vIodern Physics:
Atomic Suuctu.re, .. Atom Models, Electron orbit~, .Afotruc spectra, Energy levels and spectra., .
Particle propel1ies of vave, Photo-eiectric effec~ Compton effect.
Vave mechanics, De Brogle 'Vaves, Uncerta1.nt.y pn.."1ciple, SchrodLrtger's equation and its
solution for one electron atom.
Atomic nucleus, Nuclear binding energy, Nuclear force, Nuclear fusion, Nuclear fission, Pair
. production, Radioactive decay and transfonnations: Law of r~dioactive dismtegralion, Half ..
life, Mean life, Law of radioactive successive ~isi.."1tegration,
lR
I

19. Special theor)' of relativity, Lorentz tram~fcrmatiQtl, Time dilatior.., Length contractior..,
Relativity of mass, ,:NIass .. Energy rdation.
Ph - 222 0 -- 0 -- 3 hours/week
Physics - IIi Sessional
Laboratory experiments based on Ph-221
Ch-221
Chemistry - III
Illorgank Chenlistry:
4- - 0 - 0 hOlli-s/week
(")u~nhl "< ........ ,. .. t -..n.. rlu1'.J.,H'l· ltu",,~!I .." S·~ ,,;..,.v.Al~ i..l.. .-"t,;.,A".-.i.u,.~ • 1l.U.. ~_p '~41~' ..n..".."..'..n cI:;;r> t"•h t'.'AH~i , r..'.".l. ;u~.);.-L:~&".'I~,.,V; •..,. ;i.nLt It-.zl.l,,,~,l~j:/ p~~"'.lM.>C. :... l -ln:1",c"A''.'.':''.:':)t O.1"~, tU.. -Ulg V".l; t·sn. cI' eC.t'r o n
dlstlibution in atom~ rnode.rn pe:liooic table! periodic law~ general characteristics of transition
cl,}rn.ents, lanthal1ider, rt~ld actinides; mridatioll-YCUuc,tio!l; oxid3tion nurnber, chernical bond:
fonnation. c.o.nditio118 and properties of ionic ~ ('(vlaient: coordinate and nletallic bond; Van
der 'Vaal~ force) 'hydrogen bo.nd~ polar bond~
' a1ence bDnd theory~ hyl)ridization, noble
cher£'l.if;try of w~ter and hea".'Y w'?tef.
Physit~d ChpJuistry:
F;~jml's rules, theory of covalent bo.nding:
: their isolation, properties and uses,
11!.erm.o cnemjstry; heat of reaction, formation; la1.vs of thclmo chemistry, Kirchoft's
eq1.lation~ Ch~nlical equilibriunl: Lavv of mass actio.ns~ I(p and .ICc; LcCh~.tdior'.s principl~,
Chenllcal Kinetics: rate: order, lTIOlecularity of chemical reaction~ rate expressions; Solution:
various v.ays of expre£~ing concentration of solution, Hen...;/s lav, Di£)tributiott lavc.r: law and
it~ derivation~ applications, effect of association and dissociation on it, Colliga1ive properties:
Raoult' ~ tn.v: depre~:qion of freezing point, elevation of boiiing point, ()~mosis: Osmotic
pressure and its determination, Sc.m1 perro.cable n1cmbranc, reverse osmosis, lavvs of
osmosis. Colloids: defl.-rrition, c,lassification and preparation; electrochc-mistry: dissociation of
,vater, pH and its measurem~t!t.
eh -222 o - 0 - 3 hOllrs/.veek
Cht'mbttry - III Ses:;ional
Laboratory experirnents hased on Ch·211
EEE -l11 3 - 0 • 0 hours/week
El!:"(,~trka~ Circuits - !
S' '.-1 1 • 1 1 .. l' c,' 1 H"" S' d ,mU8Gh.,Hi~ smiI!':'; p_lllS,;- cl1:cmt ,lna_ys1s: .;:.cnes ant, PLSf,1.li.e.! ClfCiuts, enes an parallel
re.-;onance..( .). of a circuit. Vav-e -tr.a"D . ~vlax.imu!n v~ ower transfer.. Keh-vorktheorcms,
19

20. "Vector diagranl of a balanced thn;:I~ phase s),slcln, POYvcr I':1cafHlrClnen.t (both actIve and reactive)
in balanced f;ystC!n.,,~ Copper required to transmit power under fixed c,onciitions.
l)nhaianc~d ,p()jyphasesirc.uit~; Unbalanced "'.j!e and delia load~!, }Jetwork ~Oilllionst Phase­sequence
ef£:;cts, 1f~~th(jds iJf ch';'cking voltnge phase sequence, Po'wer tn.easure:mel1ts (l1Qrh
active ~nd reactive) in unbalmlced three pl1i1se systellls.
S:;ouQled circuit~: ConductfveJ~1 coupled ciri~uits, llutlJaJ inl"pedi1nCe, Coefficient of coupling,
~1ltu.al itductan~e, ..:'il'-CQtC tranSf01'1YH31': ~A..ir-COl'e autotramtonl1e.l',
}-k,n~t,:;inusoidal "'lave.s: Periodic non-sir~lsoidtl V,i:es, Frequency Spcctfl..llil, Effe:·tive values
and pove;r.
~[ra!).sknts: T:raflsient ofRL~ RC and RL·C circuits"
Eiec.tnc V'~'aveJiH~rJ1: Basic prlncipies~ Characteristic in1pedances of T and it sections, Physical
......... t'~""; ~. - r. r vlJe. .. ,.uOh OJ. S) nm- i.C..t..L "l~." ."..' -'""' i t·..r.~ ·-;:l<ot",, J~l ';IT, "C Cf. ..'. h"·v~..l.~=~ , r-r~l:~l., nsw.u.: .ss-.l,.v n c.·. on'" ~.Jt" ......... n t of., L'11t ....: L a her St;{;uOll,
Fundan1enlal filter equation, C.onstant k,. m~derived half and full sectio~ COllven1i('nal filter
design and operation.
ERE - 212
Electrical Circuit - I St.ssionai
Lahnratory e}l)eriment~ h:-t'ierl on E'EE - 211
.EEr>221
Te-chnica! Present:l1io}l and Speech
o - 0 - 3/2 hours/week
3 - 0 - 0 hours/'ed<
Preparation of tenn paper on any topic approved by the departnlent and suhlnission and
pr~sentation of the Stune.
EEF.-223 3 -0 ~ () hours/week
Profes:sional Practices and Bush-iess Co!n~uunkation
The project cycle, project proposa~ contractu~l prOviSions, techniques of specification
VVliting~ evaluation of bid~~ pn~.lect evaluation.
Interpretation. of literature, doculn.cnt etc., cOinrnunicatiol1., preparation of report, industrial &
labour relations, introduction to hurrlan engineerir~: professiorull ethics in Er~eer1..r;g,
·20

21. BANGLADESII INSTITUTE OF TECHi.'iOLOGY, DHAKA
ELF":CTRJ.CAL AND J£LECTRONIC ENGINEEHll"'iG DEP ART.lVJ1i:l('T
SIJ1fl.1..L.RY OF COVRSES
D.'Be. ENGIl"'EERING 2111) ·YE.fR, 2.i'D SElIESTER
Contact hours: 16 (T) + 6 (S) =: 22 hours/week
Tota.l Credits : 19.00
71
~No. of Tneory Courses : 5
No. of Lab! Sessional Co-I.lrrses : 4

22. ~1ath - 223
Engineering MatheJllatics - IV
4 .. 0 - 0 hours/week
Ma!!ix: Deflnitiom;, Addition, :Nlultiplication of l11atrices, Transpose' of rnatrix and Inverse
matrix.
Differential Equation: Definition, F01'lnation of differential equations, Solution of first order
differential equations by variou8 lTI.etllods, Solution of differential equation of fust order and
higher degrees. Solution of general linear equ.' .l .tions of second and higher orders 'Vl.t."l const.1.nt
co-efficient, Solution of Euler's homogeneous linear equ. '.l tions, Solution of ditTere.ntial
eq1.L!!tions in series by the method of Frobenius. Besli!e1's fnnctions, Legendre's PolYl1on1la.ts
and their properties.
Part-i,11 Differential EquatioI1: EJintination of ~lrbitnuy const41at and arbitrary function,
Solut10n of differential equation by the tuethod ba')ed on the factori7~tion of the operator.
Solution of the lille~r and non-linear partial differential cquation8 by vali.oU3 lnGhods,
HOfll0geneous P.D.E. of higher order vith constant co-efficient, Non homogeneous linear
equations ,"vith constant co-efficient, t~on-h01Ttogeneous linear P.D. E. Y.ith variable co­efficient
CE ... 213
lVfechanics of Sonds
Introduction, Analys~s of
Allowable: Str~5SCS, Stresses in
circula.r beCl.ll1S.
3 - 0 - 0 hours/week
Stress and 5traiI~ :tvlechamc·al properties of materials,
pr(;88Ure VC88t:is, Torsional stres8es in circular shafts and
Shear force a.nd b{,;nding for sI.ati~aily determinate sffilctures, Stresses in
beams, De:t1ectior.., Combined Colutnn, V deled and riveted joints, Stress-strain
characte1istics of guys zl1d cables~ Cable and. guy Structures.
CE - 214 o .. 0 .. 3i2 hours/week
lVlechanics of Solids Sessional
Laboratory CxpcTh"TIcnt5 based on - 213
]1E 211 3 .. 0 .. 0 hours/week
Therrnotluid NIecnanfcs
Fundalnental concepts and defrrJuon of Thennodynamics. Equation, of state, Prope:rties and
lavs of perfect gases. Non .. fio,,-v and FloVI processes. Ideal gas cycles. Law of
ThennodynaIlllc8 and tlu;ir corollaries. Internal cOlnbustiun engines : Petrol engine. 1?iese1
engine (t.nd gas turbines. Propetties of pure substance, Thetmodynrunics of steam generation,
boilers, vapour power cycles: Carnot cycle, H.anlcine cycle and Rehea.t cycle. Steam turbines,
Basic refrigeration cycle.
Fundamental concepts of fluid ~1echanics. Fluid properties and statics, the basic hydrostatic
equation, manometers. Continuity equation for a control volume: momentum and eners.>'
22

23. equations. Laminar and turbulent flows, Flow throug.~ pipes, Floy; measurement devices.
Turbomachineries Pelton wheel, Francis turbine" kaplan illrbine, Centrifugal a...Tld
Recprocatit,g pu..mps) Fan.,.
~fF. - 212
Thernlofluid ftlcchanics Sessional
Laboratory experin!ents based on ME - 211
EEE-231
Electrirall,fachin{?s - I
o .. () .. 3/2 hoursiweek
3 - 0 '.- 0 hours/week
D.C. Generator:: Pri:nciplts) ConstfUction, Ch"tssificntion, Al1nature witldings, Voltage build
up, Annature reactions and COn1l11utation, Performance and testing, COInpounding of d.c.
generato!, Generator chara~teristicB, Voltage reglllation., Losses and efriciency, Parallel
operation.
D.C. ~1.(Q!QK : Ope-radon] Typ~s, B~~ck e.fll.f Torque equations, ~vfotor characteristics> Speed­Torque
char;;H.:~terist1cs; Sp!JfG r{~f(..!hnkm/ LOiRe5 and efficienc.y, 14ethods of ~peed control,
Metholh ofbraking~ Sta11w:s, iunpEd.}Tte and rvletad::rn,~.
Single Phabe .IIar~1f(}!m~ : Pril.lcipks, Typeh, ·t.:,quivalent circuits] PClfomtance and testing,
Regulation, Losses cmd f;fficiency, ParaUel operation, Auto-transfon,ner, Instrufllent
transfornlcTs.
Poly Phase Tr<1 . nsfoll~.Y.r~ P0~.;phase f"ransfof.m:.:;r constnI0tion, Polyphase transfon:ner
connection~~ Hanrionks in polyphase tnln8foHner~ transfonner cooling,
EEE- 2.12
Electrical l1achines - I SE'SSlonaJ
LaboratolY expvrirnlJuts ba:sc{l on EEE - 231
EEE ·251
Electronics .. · I
(; - (; - 3/2 hours/week
3 -- 0 - 0 hours/week
Jptro.Q!l91!QTI: to _S§lll!QQpauctQ1"s: Serrcl.oonducror nlilt~rin.l'), Prope:rties of Semiconductor
IVlaterials~, Atontic Structure of Senuconductor 111ateiia1s~ Covaltmt bond; Telnperature effec·t
on Serniconductor 111ateriat~, Cry~talline Struct.ure of Sernicondl.lctors, Energy band and Fermi ..
Levd, Cilargt;; carrkrs in intrin.sk· and extrinsic SemkonduGturs, Diffusion and DIift of earners,
p- ~nil 1-J-t~:np ~?1"t")ic'''-.rl r ... ll .... 'tnr:! p.-N· ;UllCJ~01"'J n-t'l{.:J''''t' f{'f""'Ha!yl ~n(!" rF'Vt"'f'';:'O bia'" T'.:orl~ ... & Tt~s A. ", •• ~ ... " ... ... • ..... 1' ... .,J ....... -- .. - •• •••• i.f .... _ ....... ,t&I~: 4"1 • .1" ',," j,I ... ~J .. ~~.' ....... .J,YV"" ,. ... t". ........... .", .• """"_'1 .... ~ 1' • .... Lit ",,".o'~ .......
Applic,ativli.,~: Graphical analysi~ of diode circuits, Equivalent circH1is, Rectifiers and sn100trung
fl1ters, I{.;:guL~ied POW0f sUppli,C8. Characteristics of Differc.nt types of J)iodes: Zener, Tlllulet
Schott1 "" ·"'.·. ..v. r n"-~~ l.. d_.D ... 1.L" '... uJ, -t..r., ...~ ~ d1i:_- }~ -I¥.J.P.v .
Bw'<'",1.s. ,IU!Kl~O!LIrfiJ2.sistQfs (B.rr~: Prindpftl of OpCfi:1tio.tJ, I-'-' Characteristics, Transistor
CiSQtJ15 Configllrations (eE, CB. CC): BJT Biasing and Thermal Stabilization, AC Load Line.

24. BITs at LoY, Frequencies: Hybrid model, h-paralIletCto, Small Signal Analysis of nrr
arnpEfiefs, j-3:3'1'8 at J:l!.~Jl Fr(:;quencies~ hybrid pi-nlooel.
o ,.. 0 .. 3/2 honIs.we:k
. -
I
.~ I ,
1 I 1
j

25. DM-{GLADESII INSTITUTE OF TECIINOLOGY, DlIA1{A.
ELECTH1CAL Al'lD ELECTRONIC ~:N·GINEj1":H.lNG DEPA.R.TrvIEr~l
SlJ~/Il1.ARY OF COlJRSES
p. Sc. ENGli~EF~RI1~G 3RD YI~AR. 1ST SETfESTEIS
i. EEE-372
j I I s. EEE-391
! I I
i I 'CYo . I EEE-320 ! L
Conlact hours : 17 (T) + 7~1 (S) =: 24% hOufs/vveek No, of 11}f~ory Courf,~S : 5
Total Credit,; : 20.75 N"o. of l.ah/ Sessl0ncil Cour86S: 4

26. Math-321
Engineering Mllthematics -- V
C·omplex Varia~J:~: Compkx number system, Genl::ral function~ of a complex variable. LiIDjt~
and voniillluty of a function. of c.omplex variable and related theorcnl, Compk~
differentiation and the Cauchy-Riemann equations! C01.nplex integration and C:;,u"hv~s
tlleOret:a, Cauchy's integral fOlIDulae and related iheol'en1S~ Infinite series, Tajlor's ;nd
Laurent series. Residue~ The residue theorem, Contour integration.
Infinite Series: Sequenc.e and selies, convergcn(~e (If serles~ TJniform convergcnce,~ AbsoJuf~
convergence, Divergence.
Fourier Series> Foulicr Tran:,;:DJJ.ll1.
I.,aplace·s __ E..gyatiQ!1 : InTroduction, L.apJace~s equation in Cartesian, Cylindrical rtnd ;;:;ph~rical
coon..l.l:.t~l~1 :lte systenl~_ T~ VO-d," llnensl.0 n?..1 . ~{"t ea.d y .'LI'"'l, OW 0 t-' I-..:f~ eat!' L.-I,'f e;.i la r H armOl11'C S, Cy11li!1_( l.Tt1·C~ ...11
1t.1.nnonics, i+nd Sph~rical fiannomc8, Potential of a ring, l'oiential about a spherical surface,
General properties of Ha!TIlor.ic. fu .n. ctions, lave equation, Particular solution V1t11 boundary
and i'1itial conditions.
EEE-331 3 - 0 - 0 hoursl'v~ek
Electrkal ll:achin€s - II
P_ O 1.lyp}' l Ose .TiJ 1di .lcb. on I1V I.f. loto!:; pnn'C.ip .1 Q il_c" ope-ratI. on, ,~~ onstrticti0. 1i3.i1 U.ejr~'l·ll'S ~ n"1A asSU•1 .t=c: ~tl(•) .nS)
Equivalent circuits; Starti... n g torque and rnaxitnUll1 torque, Speed··torque relations, Losses and
ef.l.~.L;..."...; en~ cy ,'(~""1 ;rcl~° .A...H ; an-~l·«"i'.,...L...,..? ,S t.. .....o . ....1..t, e. 1... ;'";: ', .llIv.· ,f...c.. ..t.l,_"~ 'od'£;:'' .V.-....lf." C;:,f1lL-··>....o..,.d. e_ on.~_tw<.l !'ol1., 1.i1.V. ,.I.f. e.t.l "I.' od5" 0.£:1 lv..,~..., ..... ,,. k;l. ...U. .g n,,~-t l.r..l.
plugging, Indu(.:tioll gt.nerator.
Single Phase IJlduction Nlotor; Prirlciple, Construction and types, PClfo.r!.nance, Double
revohril1g :field theory~ Crt)~s field theory, Equivalent circuits.
~'pecjal JJlac11jnes: Universal m.olof!, Repulsion motor~ Reluctance motor,. Electrostatic 1110tOr..
Pennanent lTlagnet motor, Hyst~'resi.s lnotor, Sk.pper lllotor and Powc:( rnodulatorf.1; I'ovcr
rectifiers and Frequency nlultipHcr-s.
G~11~!!.l!~~e.QJJJ~Jgy __ CQny~rS!9Jl Process: G'eneral principles of Electromecha.nica.l energy
T"'" -.:;- COn;;1'S10n, L:.nergy S tO J.......·. .g .".'". , 'Y. ... ." .... Cr. not:...... "'. A ,. .... - ....~ ,~, l!!,,,,,.J.h .-1", r.+ £-.~ .. l,,;j~··"n of L.l,cu. ...C ;lvnn.~ • ..lVn ,,·uh.. ...(rn"eJ..~H.)n~ .!;..v.O.", V.I. LV1..H.i.UU"uV.l l-. .l.
motion equations and co-ordinate trallsfonnation, Interpretation of geueralized flla.c1t(nes
fronl field conc.epts_
EEE-332
ElectricallV[achines - II Sessional
Lalloratory expcliments based on E.EE ... 331
EEl~:'- 351
EJ~ctronks - II
o -- 0 - 3/2 hoursfweek
3 - 0 .. 0 hours/week
. Field Eff~ct Transistors Q7ET'): Principle of operation and characteristic' equations of JFET,
// l10S.FET .. deplet1on and crd.lancement type., N .. and P-channelsr CI'10S1 Biasing an·angements,.
26

27. Low and high frequency models of FETs, Basic FET amplifiers, Use of FETs as voltage
controned switches and resistors;
Voltage and POwer <A.mtllifi.ers: Untuned voltage (Class-A, Class-B, Class-AB and Push ... Pull
circuitS), Tuned voltage (RF, IF) and Power Amplifiers (Class-B and Class-C).
Modulation: Types of modulation, Amplitude & frequency m~~l~ationand demodulation, study
of super-heterodyne radio receiver. <
EEE-352 o .. 0 .. 3/2 hours/week
EJectronic§ - IT Sessional
Laboratory experiments based on EEE .. 351
EEE-371 3 - 0 .. 0 hours/week
Electrical & Electronic lleasurement
l1easurements of resistance, Inductance and capacitance, Magnetic measurements, Ballistic
galvanometer, Flu'{ meter, )..1easurement and separation of iron losses, High voltage
. measurements and testing, Localization of cable faults.
lt1easuring Inslluments: Classification, Multimeters, Extension of instrwnent ranges, Current
and voltage tran'!lfonners:1 Ivleasurement of power and energy~ 'Vatt-hour meters and ma"timum
denland indicators, IvIeasw-enlent of speed, Frequency and phase differences, Electronic
measuring nlstruments: TVM, Oscilloscope, Measurement' of voltage. Current, Impedance at
high frequencics, Tratl.5duccr, Q-meter.
Digital inatrunlen~ Differential instruments.
EEE-372
Electrical & ElectroniC Measurement Sessional
Laboratoty experiments based on ERE ... 371
EEE-391 :! •
Transmission & Distribution of Electrical Power
o -0 - 3/2 hours/week
4 ... 0 .. 0 hoursiweek
It1ductance of Tran.sm:ission Lines : Flux linkages, Inductance due to internal flux, Inductance of
sin~e phase.: two ... wire line: Flux linkage of one conductor in a group, Inductance of composite
~otiductor lines, G.lf.D. Examples, 3-phase line tvith equilateral and "ith unsymmetrical
< :'spacin~ P,*allcl circuit 3-pbase lines, Use of table.
Capacitance 'of_I!'?!lSmis~ion Line~ : Electric field, Potential difference between points due to a
charge, Capacitance of a wJ(}-wire line, Group of charged conductors. Capacitance of 3-phase
~ WiLh equi(al~ra1 and 'rvilh unsymmetrical spacing, EITec.'t of earth, Parallel circuits lines.
, . '/RC8istancc and Skin Effects : Resistance and temperature, Skin effects influence on resistance,
Use of t1ble. CIAtTentBnd voltage relation on a transmission line; Representation of line .. short.,
27

28. medium and long transmission lines; T and 1t representatio~ Exact solution, Equivalent circuit
of a long line; Generalized li"1e Constants; GenerallL."1e equation in terrrsS of .ABeD constants~
Relation benveen constants, Charts. of line constants, Constants of combined networks' ,
ll!easnrements of line constants.
Circle I2i.~.mnB: Receiving and' sendirt.g end pover circle', diagrams, Po,,-er transmitted,
lvfa.--cimum power, Universal, power circle diagrams. Voltage and power factor control in
transm15sion systems; Tap c.hangingtransforrners, On-load tap changing; Induction regulators,
~,.1oving coil regulators, Boosting transfonner; Pover factor control: Static condenser in series or
parallel, Synclrronous condensers, F en'anti effect.
'tviechallical characteristics: Transmission line Sag and Stress analysis, Wind arid Ice loading,
Supports at different elevations, Conditions at erection; Effect of temperature changes.
Insuiator for overhead lines: Types of insulators and their constructions and perronnance,
Potential distribution in a str.:.ng of lrtSWators, String efficiency, ~1etho(ls of equalizing potential
distribution, Speciai types of insulators, Testing of insulators, Corona.
Insulated CClbles: Cables versus overhead lines, Insulating materials, Electr05tatic stress grading,
Three-core cables! Dielectric losses and heating, Modern development on oil filled and gas filled
,cables; ~,feasuremer:.t of capacitances, Cable testing. .
Distribution systcln : Radia~ Ring mame:; and interconnections.
EEE - 320 0 - 0 3 hourslv..reek
Software Developlnent
Application of Database IVranagement System (DBl1S) packages using dBase/FoxPro/Oracle.
Computer application in SOlvi.l1g Electrical & Electroruc Engineering problems by using Fortran,
PSpice.
Developing application software using C ! c++ I Java / Visual FoxPro / Visual C++/ Visual
B.ASIC. .
... . ~,,',
2R
, .
"
I

29. BA. ~.. GLADESH L'lSTlTUTE OF TECIINOLOGY DHAKA
ELECTRICAL AND F':LECTRONIC ENG.I.N"EERll'lG· D.EP ARTMENlI
Sillv1lVJ~Y OF COlJ"RSES
B. Sf? ENCII~ERIr:~G 3RD 'tEAI~, 21'1"'0 SEl1ESTER
Contact hours: 17 (T) -- 9(S) = 26 houl's/'week
Total Credits : 21.50
* Anyone of the above courses
29
l~~o. Of Theory Courses : 5
No. ofLabl Ses~ional Courses: 4.

30. l1ath - 323 4 - 0 - 0 hours/wee.k
Ellgin('cring ~.{~thcniatics 'VI
Numerical Analygi~; Solution of Algebraic equations, Ciraphic.al method~ Iterative method,
Newlon~s meilio(l, Gauss reduction formulae for linear interpolation: Fonvcu'd and backward
difference tahle~ )Jel,,,1on's formula :for fonvard, hacl"i'l?rd ~l11d dh.lided difference, Lagrange~s
i...qteq)o1a,tion fonnula.
Curve Fitting: f.J€.:thod of least square.
l~ulllerical I2iffe.l:£n~jilln: Use of ~e"'1on's j·nterpol.ation formula Douglas-.Avakian Inethod,
Graphical differentiation rnaxllna-nUnim~ Raphson~' S luethods.
Numetic((i Inte~ratJ9ns.: Trapezoidal nlle, Sitllp&On~S rule: Use of Lagrange's interpolaTion
.c:oI:n"ul.... G-t,,.. ..... 1-.;,,,,,,1 ;· ... tet'....,·"~;on ('.nlU1>;·-· .... t'yP '-li£t-'"';-,.ro. ... '+-;..,l ,:'v"""~;r~n' .> A ......... 1',.. ....... /,~hod -1':0" ll':·t o'-cler .1.1 u. ~ ~'.p.lU""".l I.U. b't.n.!, !.. '-"V.I. ~"';U . ...,.I..'" 1. .... "'!_lU.~ .. ""'"lu ... 1.L);'Vl. , . .:-~.""~.u. ll> l.u ... u ,. .1. .I. J.
equation, Picard's ll1euod, Runge's In.etho{~ f~.utta's Inethod, Frr-tlte difference In.ethod .
.stati~t1c~ : Frequency distrihution :Vfe~lll, Nfed1an, 14ode and other nleasure of central
tendency. Standard devl-'1tion and other measures of dispersion., rV~Olnents, Skevvness and
Kurtosis. Ele]nent~uy probability theof"j and disc.nntinuQus probability distributioll..8, e.g.
binomial, Poisson' and negative bin omial'3 , Contin.uous probability dishibutions, ElelnentaiY
Sampling theory', EStit11'U10n. H'ypotliesis testhlg, Correlation & Regression analysis.
I-Iunl- 321 3 .. 0 - 0 hoursiveck
Industria! ]Vfanagrment
Indn~trial !1anaeernent: Definition, Its nature and slgtllficance, Development of management,
Scientific lnanageulertt, Process & Principles of nlanagement, Ivianagement Practices in large
scale illdustri{~s in Bangladesh. Ad.lnini~tration~ 1t1anagement and (}rgalli:l..anOn, Authority and
responsibility, Specializ"ttion and Division of Labor.
Organization Structures: Pri..'1ciples of organization~ Line organization, Line and staff
organization ex hJnctional organization, {)rganization chart, Polic·ies~ Decision-making.
£l~ruJing: Types of planning, Financial struc.ture. General objectives and polkies~ Crtpital
jn've~tn:lerlt, Shares, Loans a..~d "Yorking capital relation between original planning and
production plamnng & contro~ Elenlents of cost of production, Depreciation: various
nletliods, .Aluornzatic-n- Obsolescence} AHocation of overhead cost, Fi.":ed, variable and
Setni-variable costs.
personnel ~il~nagclnent: Selection, ReCluitment, and Training~ Job evaluation, Appraisal,
Promotion, transfer, Supervisory personnel merit rath""'~ Vages systenlS, Incentives,
Supplementary wage a,.*ld salary adlniraisrration, lvlorals and nlotivation, Vorkirtg conditions,
Accident prevention~ Thne & nlotlon study, Safety in~tructions and health 111easure­Industrial
relation.
Plaut layout: Layout of physiCal fadliti.cs, tranl;;portatiol1, Storage, I.1ateIials handling,
Iv!aintenance and repairs. Production-control in intennittent and continuous manufacturing
industry-Objectives and functions of production' controi -Suppielnentary Planning­Sc.
hed'l1i1"Jg-l)ispatching Assenlbly line control. Forecasting, Co-ordination in sales and
rnanufactu.riJ:lg econotnics: Cost reduction and cost control. Purchasi!'1g policY, Inventory
controL Vi astage eful1inatioll~ EconolIDc lot. Sales organization and promotion. 1Vleasures of
30
I

31. performance, 11easurernent and a1'lalytical problems of produGtiyity, Cost of management and
industrial re-organization.
Budgctgn: Control: Definition and importa.nce~ Types of budget, Construction of budget.
Hum-323
Socioeconomic and Environmental
A!lpedg 01' EllginetTing Projects
3 - 0 - 0 hours/week
Fr:onom. i.. t:'. O,.'.i"l,r1,_. •"-." 0' Cl',a,.l,' .:!tn.Jctur,e. dpvelo,nmpnt 'nt'lf1 ef'onom
_.- • -. ;, ,,;,) -- ""v J-.1 f.'. • v •• n .. "" ..... ". ...C01. '0'9>' .V.I. 1.J-SOC1'• o e"o noml'C
I~ - I..;indlcatoI3) population, prosperity and poverty) employment of '
workforce, population of
displacement, rehabilitation strategy~ productivity, landloss~ land US~= and land ownership
pattern';,. fis.~eries and aqu2culture, deforestation and afforestatiop.., COrrL.'1lun icat ion,
commerce, industries and viher economic benefits, waier supply, sanitation, health a'1Q
nutrition~ inequalities in distribution of benefits and losses, socio-economic survey, case
studies.
EEE-311 4 - 0 - 0 hoursiw-eek
:Electrical Circuit$ - TI
Chara(;t~ristics of a linear system, Classical methods of transient and steady-state solutions of
differential and Integro-differential equations~ Analogous systems~ Circuit analysis by Fourier
method::>.
Laplace Transfor.rrr.ation) 1-lVerse Laplace Transformation and their application to linear circuits,
Impulse functions: Convolution integral and their applications, Introduction to Z-transform.
EEE-333
ElectricallVlachines - m
3 - 0 - 0 hoursiweel~
Synchron01..1S Generators: Alternators, General outline of Sy11chronous generators, Tyl'es of
alternator, Salient pole and n(lnsalient poie, Armature and field cores, WindiJl.g,. lrlsulation.
Cooling. Air-gap flux and voltage. expressions, j-rmature V'lin<llilgs~ Alternator regulation,
Determination of machine parameters from tests, Pi1asor diagra..l1s, armature reaction~ Concept
of direct and quad.rature axis reactaT1ces, Losses and efficiency. Blondel's two reaction aT1alysis~
Traf'l..3ient cond.itions in alternators, concept of intercoI'l...llected system of alternators, Conditiof'~,
lvfethods and problems of parallel operation and load sharing of synchronous generators.
Synchronous }.:fotors: General Constructional feature, Theory of operation, !viotor terminal
characteristics, Mathematical analysis. phasor diagrams, "V-curves, }./fotor tests, Losses.
Efficic.ncy and starting.
Introduction to non-conventional ren~wab1e enerf.W con'er~lon: Solar, wltl.d and wave electric
energy converters.
31

32. EEE-334
Electrical ~1achines- III S(lssional
Lnborat01Y expe.ti.tnent~ ba.'3ed on EEE - 333
F.ER-3S3
Electronics -III
o - 0 - 3/2 hours!we.ck
3 - 0 - 0 hoursi.veek
Feedback il1llplifiers: Classification, feedback concept, effect offeedb;JCk 011 transistor gain~ loop
gain, runplilier characteristics, types of feedback, negative feedback amplifiers and their
applications: Stability and Nyquic:;t criterion,
Si..'1.Hsoidal o~cillators: Conditions af self-oscillation. ,. pp.2.se shift and Resonant circuit oscill..~tors ,
Colpitts and Hartky oscillators, ¥ien Bridge and Cl)~:;ta1 oscillators.
r "_1 Jar ,,...,. A .. In' 1 " t . " 4 • « up.~r::!nOni.u. anlp.u:n.Crs (~}P-•• m£.~ .frOQUCnOn 0 op-amps, mvernng ana n.on mvertmg
(unpliiier, p}l..ase inverter~ scale changer, integrating and differentiatir'1g circuits, adder or
surm:nl11g :.i1nplifi",r, Astable and l.,fonostahle multivibrators, Schmitt trigger, ac perronnance of
Op-anlps, b"ndwidth, slew rate, noise and frequency cOlnpensation. .
·0 - 0 - 3/2 hoursiweek
ElertronifS -III Sessionai
Labonltory eXperl1l1ents base.d on EEE - 353
EEE-300 o - 0 - 3 hours/week
·Elct:t.rka.i &; Elect.ronic Design
~ienerJ,l dt;8ign principks of dec1ric_al aplL3ratu~ : Electric and magnetic circuits, Design and
!'4pedfication of Choke~; Transfonners, Starter~, Field regulators etc. Element~ of design of
rot..~ting rnacl-unes, Design and interi>fetanoll of eleclrical systeln layouts.
G:eneral desiQ.1;l as,ect of electronic devices. : Filters, Amplifiers~ Oscillators, Audio transfonners,
Po"Ver supply from both mair.s and batteries, Typkal design problenls.
. EEE-310 o -0 - 3 hourslveek
Pi'ogran;uning Techniq ues "-~ r~unlerical A..l'J.aiysis
Organiz.ation of COlnputing Systems : Block diagra~ Processors, l1othcr board, Memories,
I/() devices, Pe.ripheral cards~ etc.; Principles of prograllLmLng; Flow chart; The FORTRAN
Lan.guage; Introduction to BASIC and P ASC..!L Languages; Numerical tuethods and
computational ,algotithms; Application of computers in solving electrical & elec1ronic
engineering problems.
31

33. llANGT.AnRSH INSTITUTE OF TECHNOTiOGY, DI-Llj(A
ELECTRICAL Al';TJ) ELECTR01'tiC ENGli"'''EERING DEPARTlvIENT
SU7vlMARY OF COljRSES
p. Be. Er~(;Il'i'EER1NG 4TH YE..:'.R, 1ST SEl1ESTER
ji S1 1.'0 .! ! Cou. · -.... Lv <;;:,,, I jL o • .i ~ l~V. Course Title CCl_fntacr credits ,,. I " , • .. Ii I
i! ! llrs/week f i
I I -.r-r---:;:::----------.------"--y I -:-::--I
~ 1. I EEE-441 ! Electromagnet;":: l-:;iehl 1:3 I 3 00 1
r--~--- TE'7"E::E-~·:A·~1-.l--r-T ..... teO'!'~t""d C"';:cu·-;i~-:-;,-X------I- --3---~-r I 'I -, .« i I ,""'..,..,...1. i . 3.00 I i.lJo.l. 0"'""''''''' U 10. .. .., "")!.'''' Industrial Electronic;; I I I 3~--!EEE-i52 ./ . I l Integrated Circllit~--and --. I 3i2 0.75 I
I Ind~strial Electronics S~ssion;'tl I 1
f-~- ~~~-4~1./ 'J ~~ta~ l~ech~~que _. . '-~-i---3-.---T--3-.-0-0--;!
L--::>_L ·· _.L.!~~n_:-~()2 i DiEt,tal TedlI~u_.u_e_ I :SeSSlOnal I 312 0.75 6_ ! EEE ... 471 _~_<;:'ion1'!_ol ~~steln_ ______ 3 _, _- -!_ _t __3_ O._C_'
~ 7. I ~_EE-472 J I Control Syst~nl Sess~<?E~1_ __ +_-3_/2--+--0-.7-5-_t
I 8. i EEE. .. 491 J I Power System .A. .'.1 alysis 3
3.00
.1 EE' C' 7 J ! P S r "" h •
I ___ 9. I -l." E-4::J_ I I ow'er. ystem n . .ualYS1S 3/2
0.75
~ ~____ Ses~io~al ----------1i------t-------;
= 10. I EEE-400 l I Pr~lect & Thesis - 3 1.50" L Total: 24 18.00
Contact hours : 15 (T) + 9 (S) = 24 hourshveek
T otai Cr~ditf) ; 18
* Carried over to th,e 2nd Se:mester.
33
No. of theory Courses : 5
No. of Lab/ Sessional Courses: S'

34. EEE-44:i
Electromagnetic Field~
3 - 0 - 0 houf8!week
Electrostatics: Coulomb's hnv~ Force) Electric field inten'3jty~ Electrical flux density, Gauss's
111eOretli yith applicatiol1..., Electrostatic potential, Boundary C.Ollditiol1.-:', fv1cthod<j of jnl~ges,
Lap'ace~s and Poisson's equations, Energy of an Electrostatic Syslem~ Conductor and Dielectlics,
lYlltgn(!tos.lIlti~~: Concept of rnagnetic fii.!I~ .Ampere's law, Biot-Savru1'g law', Vector magnetic.
potential, Energy of Inogl1.eto-stf.;tic Systeln, l.·fechanical forces and Torques in electric ond
Inagnetic fields, Curvilinear co-ordInates, Rec.tiulgular, Cylindrical cmd Spherical co-ordinaks,
Soluticn to static field problelns.
C-raphic,al field rnapping v;'--1ih applications, Solution to l.aplace's equation, Rect~ng..llar,
"w")' lindr'lf.'..>.. ul.l. :.~dn d' ,~"pol14""""·'·=l"' cal1·"'''1I''n'f .' ."1i;',1.0_n.lu'C ''';' :}n.;1Y,~f'1U1 "~nPnl!i'-·,,.·.,'ctol. ·o~'~:l:-:'-; .
~1.axw~]l's Eq~uions: Their de.iivations, Confmuity of charges, Concept of di>Jplaceluent current,
Boun<Ll1)! conditions. for til"ne ... varying s-ygtelu'S} Potei1tials used vith tune-varying charges and
cUt"Tl:n1s. R~tanied potentia1s~, lVlaxwdl's equation in diffe,r~nt. co-ordinate systems.
;Re@jiQn f:!ett'Le,e11... Cir~lJtr Theon' a.tld Field 11}f.Ol~C Circuit concepts and the derivations from
"'hp. +'1eld pnn!lTi,,-nZ'! }.:I1 1 f'r rn P.1~"'V ";ri"u't conf'ent "" -Cirf'1I1t p.l~t;('n in reo';~t!)T""P S1T!n pffi t 'i &~_ .... .1 • ~"j ' ........ M'''· ... L3, ....... gtl ~'--..t:. e~l ,1 ............. '"'... ....u..""'" 1 t 1.& "'" 1:- .,3, .......... ...." ....... 8 r ,., ........... ~ .... ..I. Q... ~ ... ~.i.""w, Mi ............ ec
and l.;ircuit imptdanCt;. Concept of good and perfect conductors and dielectrics, Current
distribution in various types of conduc.tors, Depth of Penetration, Intelnal i..mped.ance~ PO'wer
10158, C?Jcu1anon of inductance and capacitalK'c.
ProRagation and Rei1.ection of dectro:-pJ.agnctl.c waves-it, unbounded Incdia: Plane wave
propag.atioIl~ Polarization" Power flo~v and Poyntjng's theorem. Transmission line a.rul1ogv,
Reflection fion:i condu.ctor and coUductol'-die1ecuic bO'~tldaf1~g, Di...- . ;pel'sion in die1ectl'ics,
Liquid~ and go1ids~ Plane wave propagation through the ionosphere, Introduction to radiation.
EEE-451· 3 - 0 - 0 hours/week
Integrated Circuits and Industrial Electronics
Te Technology: Fahrkat10n, 1)iffh~ion of impurities and characteristics ofIes; Detailed study of
FET, lvIOS and Ch-lOS integrated circuits; Ie devices: OJ.j~ ..~. ltlP and devices related to Op-Alnp
such as :i.1ulti"ibrator, Tligger c.trcuit.
lrrgus.1:!t1t_~~.~trQmf.!~: Power rectii}ring solid. ... state devices~ Introduction to uiggering circuits,
Controlled rectification using solid-statt! devices:; IJse of l)IAC and TRIAC in power control,
Inverters, S-witched 1Vlode Po-wer Supply (SlJPS) and DC-DC chopper, Electronic control of
motors, ~.1agnetic a.nlplifiers, Industrial relay circuits, Tinung circuit, ,Applications of Photo ...
electric d~'Vices, Electronic ;ontrol of ¥clding machintis, Induction and Dielectric heating and
their application in irl(lustr:v, Solar cell and their appIic.ations.
EEE-452
Integrated Circuits and Industrial Electronics Sessional
Laboratory experiment~ based on EEE - 451
34
o -0 - 3/2 hours/week
I

35. EEE-461 3 ·"0·0 hours/week
IJigit:lI Technique
Dif!italC1Tcuits: Digital (binary) systen4 LOeJc Systems} Logic gates - OR, AND~ NOT,
INI-ITBIT, Exclusive OR gates, Det.norgan's Laws~ Boolean algebt<a, Kemaug11 1nap, Logic
fanillv DTL. hlL. RTL. DC:TL. EeL family~ Comnarison of Lottie families. .. ~ ~ .. ~ .. ..111 ......
~Q.mpir¥ltiQ!:.1_al Djgit~L_S:t§1:~l.!1f1:· Standard gates a.ssembly~ Binary adders, Arithmetic function,
Digital Compo.ratof, Pority Checker / Generator, Decoder ! Demultiplexer~Data Selector I
l!lultiplexe.r~ F.ncoder, Read Only 11ernory (llOlVf), T'/o-dimensional addressing of a RO!'vi,
D C)"A ,'f apn11'c ... i1· "',,",'" C' r:q:"U:. ..... l.;.~l ri;,:rit.rIJ " .. ,s1-0""..,<:I' A-."", b;t ...... on.or! "lo"'kod 5.1) "£.'1':", Flon 11:i'L' TV ~, • .1. ... .1 1 i. «.. VJ.L~, J"" ... ·""' ..... u"-'-""" "'""b!""".l oJ . .... J.u .. ~, vu ... ·~ .. 1<.u .... h '>.J' '-" .... '" . .a. .... .a.' Up 1-' ..i:' r }J ".&......,
T, D, IVIS type r I' ShiH Register, Counters Asyncttronous/Synchronous types & applications.
Lar~e Scale Tntep:ra!10n Sv~telns: IV{C)S Integratioo, 1vl0S Shift Register: Ratioless Shift
t... .,,,-eg'Ist c r-"h. 10"; .;~ nl: .". '..'..'}'1'V'·1 , .L..... ,p YK'o. .(.,.1!.v"l , ,t..'.L,..,... fl:.l..;. .K... ana". om hAC CCSS 'N" (l" .elnory ,' .:..1. . ..f.'.i..l V4l'".") , R"" ea d/"'''''' i wnte memory;
CeU-C~ha,rge CoupJed ]Je"lce (CCD)2CCD Structun;, CeD Ivlerrtory organization; Integrated
hu~ctiofi Logk;(FL) Circuit.-s, Dl A, A,D converters; Digital Ie SU~-y8tetl1S &
systems-lVllcroprocessor; liticrocomputers.
F~EE- 462 o - 0 - 3/2 hours/week
I}igitai Terhnlqut? ~sif)nftl
Laboratory experiments based on EEE - 461
EEE -- 471 3 .. 0 - 0 hou.~week
Control System
lL"'1troduc.:tion to linear dynanlic system and their representation. by differential equations and
Lapl~('p. tr~nsf.o~· ~1n('t· rlt~q-r'~n-. -;::>prt<'sent~t1n-;n -:11'-.,--1 t.,.,tlcof;",t' filU('tiOl"" Ronth'~ f'Tl't""'n'nn fnr 4..l_ ....... 1,""'...., '"''''.&1,.,,; .i.J.i.i, ..L""'':'V''''..I.~ '.#~:...("_..,l .. i..l.i~ .1"""_ d..'"" .1 .. ':';'''''J,SA. .. " .... :"'r ".l.-'!..I. ""' ..... "' .... h.1..&""""..... .A.;.s... ........ ,., .. ,,~. "'-'.a. .. V4
sti'l.bility; Frequt..'TIc} response meihods, Bode, Nyquist, t.Jichom Plot, ctc.
Types of systems and system analysis in fune donlain~ Root locus; Cascade compensation UStllg .
foot locus and f:rcquon~y methods, Feedback CompeIlsation. Lqtroduction to state variable5.
EEE-472 (1 .. 0 - 3/2 hours!week
Control Syst~ln Sessiunai
TJahoratory expcnment'i ha~ed on EEE - 471
3 - 0 - ) hours/week
. r!epr;:sentation of povet E>ystenl, Sym..l!letri~aJ components and their a.pplication~ to power
systetn anl:liysis: Positive. r-Jegative a.Hd Zero sequence quantities in n~twork8 aild sequence
...... 1 -I'.. (' ..... l~,t; ... r.f" .... ~ '''' .. ,. -1".... .... ", r .·1- .... £ .... t::"'~ • .",t*1·"a1 ~'nd u",cny"-"m-... tn°'''''l l-"~.a~or f!.112£lanl.~ . ! ,h. .... '. .. J.Ou 0 ... p ....... c, SyS~,-nl£ h",,(";.Ou. ..S ('. .. :oJ. u.,ffi ..... ,. •. -'"' '0 a. .1.1.-" UU.... ....£1.
faults; Sequcnc~. ne.1v'iork of systelns and their solution; Sequem.:.e. irnpedances and constants of
machine< Traoo;n11s'i!on }inc sequence impedance~; Load flow gtud!e~ involving simple system!
Jsc 01 ~l:igitai C0111pukr ft)! S~Tlpk studies.
35

36. Power system stability involving tvvo machine 8)'8tclns~ Sving equation, Equaiftarea criterion (]f
stability and its application.c;, Solution of s,,"ing e.quatio~ :fac,tofH affecting transient stahility.
EEE-492
PllVer System Analysis Se~sionnl
Laboratory cxperul1cntCj based on - 491
EEE-400
Project & Thesi'i
0-0 - 3 hoursiV'eck
I

37. BAl'iGLADESII li~STITUTE OF TECHNOLOG·Y DHA.l{A
ELE(~TRICrL Ar~l) ELECTRONIC }1:NGlN.l£Ii~RING .UEPARTMI~NT
SlJil1viARY OF C01JRSES
TIl Be E'l.TGT NTT.'Il7'nIl'.Tr'I ATH ,.1'r.'I A !Is "l'T'I'"' S'El' ,'f"T;"1(;'t"T"ER . Llt. . •. ,.:1." ·.Ii .. ['.u:.I.v;;. _~ "f',1" "'t .. S. ,c .. ~ ~.L "UJ ll'J..1!.tC) J. .
Credits
No. of ,T It cory Ccurse~ .. .... ~, COflta'~t hou-rs : 15 (T) -I- 7~i (S) :0,-: 22l ·i houe,;/vicd:.
Tot!! Credits : 20.25 'No. of Lab/ Sessional Courses: 4

38. 3-0-0 hours/veek
Teiecomnlunication Kngin~ering
Transmisf:ion principles, Signal space &. approximation, Sampling theorem~ Distortionless
trmlSniRsioil) BV & r~e tinl~ relation, Energy and Power signals spectnl1n .. AlvI-SC, SSB, lSB,
FIJlvt TDlI~ P Al'1~ PP!vl~ PCi.·1 transmission. Satellite comnlunication, space cOlnnlunication,
Laser :~n.dm3.ger applications in COmaTtUt1.1.Cation, Perfonnance of various cOIr.t1TIunication
synteiuS, Band pass noist~ representation, SIN calculation ill vadous modulation-detnodulation
~y,;:ten:-;.s, In.troduction to ir.formation thco~.!, Elements of digital con1...~unication, Plinciple of
I,jOluputer u~tvorks.
I!}!I9~l.l:~.1J.Q!L~Q_ Tek~~R.tty: Single current and double current telegraphy~ Simplex & Duplex
sysklns, Fax~ Introduction to tel~phony: TeJephone tr~nsnli:ter, Receiver and subgets~ !v!anual &
ititGITlalic :3wilching systenl.5. Relays, lJrllseiectof, Two-rnotion sekctor, Reed electronic
. t· '1 l' . - .. (>. .1" • 'h T 1_' d' R ' 1 • ~~W1!Ci11!':e, Sp[-Ice uvisiono:Vlfch t2; tunc a.t'1~10n S'V1tC.) runKmg .lagrant, . rmge network?
Conc,-ntration, Link, Expansion for connections; Comnlon control, Testing & protection of
exchanges. Typic·al practical systen:lS Step-by-step system. Stored program control systenl;
Traffic cak:ulatiollg.
Introduction to (lptical Fib(:.f, Introduc,tioll to Celluiar cornmumcation.
EEE - 454 0 - 0 - 3/2 hours/week
T~.1e(nnmunicaUon Engineering Sessional
T '.Jho-ratr.~""T e"'-~"""""r'!il'me~tl" h-:rl"ed on kET!' -- ,1 ~'3 ~"-J L '-"'.I..J' """!-'''-''.I. I. .s.J..L3 U~;:) • t_.A _ ~_ -.--..J
EEE-473
jVlatcrial Science
3-0-0
Atom.s a.nd aggregates of atoms, c.rysutls, '''elves in crystals, Scb..roedi.i1.gr;r wave Equation,
Quantum. statjstic8~ Conductivi1y theory, Collision theory and conductivity of ITlaterials,
{..."r-.nd·, ... .,·r .. ·~ I ....... ·-.l-.:~·· ...,.",1. u..o.uJ. ... , '-,~1; 1;.].""1 .,.L-·:-.,.U·~._·c'1~) (J' ..l. .t ·ll.~~!""o;·;"'·l'), n1: ''•' .'l.' -T.I . J.: .u.. ·.n. '.. ...., t;l. [..) n1 , nr h·l"U t'U" .,..... C",l1l1r>" , ~ So'l'.'£'U,,. ......· "..."..HU pl_, , ~J.'-unn'ef.ui {<;!;;>
principks, Die.lectnc, Polar and non--pC'Iar didectric:-.~ Langevin fhnction, Clausius~~rlossotti
equ.ation, F en'o-electri:c- dielectric, .i1.·. C dielectric congtant.
~ .f.~ ~·t; ... ~ ..... "....""".o. ... -.I~, , ... .j... ..... ~n{-a •. .:nl,~ "'- (f "" ... ~+~ ........ ""' .0.,,+. n~ ...." "' .... ~ ... 1'11".11 4 .r, i-- ............ ,,", ... ~ A .... ., ~a.",",.n rd ·fn. ....... ~ ; ..... .LV~.l.gn.~L.I_C 'p.l VP'-'.lI';'';:S V..l. J.H~''''.I..L.l.l.,."l'~ lVJ.~gn""I"C .t.uvln""J.H., .l ..... VlJ..loa.Ul .~ c.·U Ln,,',lVJ.l_ ".U.l.U. ".'-'~~ .... .1 v .... .l.":'J. .o¥ .u.J.
crysTals, Polycry"stallinc and pennanent lnagnetic lllaterlals, tvlagnetic resonance, Testing of
m~""""e1"1l" m'1't(~r-1r;lc ~111,"'~' '-.flnrhlck.:11hl (!"l"n·h l l ·'i' :.lec·trr.ru· (,co
.L .. "'I~-i.1. .<. ... , .L .1.L, .... .....: •. .a.;JI, 'J '-!-l-"V'" ~"_.1. .;_1. '.. tl i s..i. . ..j,. "'. ..-.d ... ·L .a. i.,. ~. , I. '.J.... ~3_
KE'E- 493'
Po"wer Statit,n
3-0-0 hours/week
P(l.v~r piLl.itt load curves: Estirl1ate.q of load, Load CUJv;~~, Study and analysis of 10ad curves,
1:n.UJlpretat.on of load CUt,-'es, JJetermination of actual dClnand and capacity of various
~orr~ponents in a ~rgtem~ Plotting the expected load cunle of a system. "lIse of the load curves,
. Load grovi;Th and EX1rapolation of load c.urves. Selection of Plont, Effect of valiabl~ load on
power plant de~lgn.· Continuity of service requirement'i and its· effect on plant destgtl, Cost
consideration., Equations of perfonnance for Pk111t e;ql.lipment and electric service, Selection of

39. 'Units, Standby units, Larg~ and small units~ Number and sizes of units. Plant location:
Considera.tions for site selection for different types of plants. G..""!leral considerations for dWerent
types of power plants; bi& In~4ium and sm,all, conventional and nuclear.
Ecoflotnic m:argjn.::l1 trar:.srrdssion cost, C-raprJcaJ solution' for location of different types of
distribution, n.ectan.btUlar distribution of loads, Economic conductor sckction, General
con~in.eration. The ideal ci)tuinctor, Effect of p:ny deviation fro1n the ideal cross-~ectiont Limits
:.Cto r S•I ze or.. ru-n.a.( :( grouna~ 'caO0 1• ~S. S el ec'tio n 0_'.f 1'd e a1 SUppl.Y .vO.lt age ..P 1 a nt perrroo nnance and
operation characteristics;- Performance characteristics~ Efficiency~ Heat rate, Incremental rate
:rn.~thod, St~tion p~rforn4rl1~e characteristics, Station increment..':ll·ate~ Capacity scheduling, Base
load and peak ,Ioad~ Load divi.~ion between steam and hydro stations~ Bus systenl, Importance of
Power control Current J.i...7litL.'"1f! reactors, I)i...+ferent types of bu;; system layouts. F orc;;s on bu.qes .t ~ , • .l"' _ ..,
in the case' of shon circuits, Nuclear power stations: Conlparison "'lith conventional generation
'mpt11n..i~ ("~h~1n re~r-'~{)o'rl:l 1;fnAf"''''atso1'"<':! Clasl:'f-hc!lti·'"ln nfrpa'''''l"o,,-<: T.'PE'" oi"r""'actnrc! Sn""c~':'.;l panTer L ..... # .. .L 't..l'ttIJl, "'_" ... <".La.;.. .... ""'''''''''''J'''I~, l..'·L~""',"*""w#~ .. ,J ... ~." .:l'LJL..l,. .. , ..... ......,. ... "'" ....... WIlL· 1.5, LJ"''''''' A.. r..,.; ~ .. '-·a.i:.:t) y"".i,4i... lr ....
n.~'ctors, Shidding.
EEE-400
Project &; The~.is
EEE- 411
A.dvanred Eli:ctrkal Circuits
0-0-3 hours!veek
3 - 0 - 0 hours/week
IntrQductorv NetviQrk Concepts: Deflnitions and s:vmbols. Sign convention. Terminals and
pOlis, l'~ctv-v"ork functiorn, Complex frequency, Driving point and tral'~fer functio!'.tS,
Rcpres(mtation by poles a.nd zeros, Properties of neft'Nork function" Properti~s of imroit1a:.ice
function: positive re.;:tl ,funi,.':tion, Hunvitz polynon:rial~} r.Jatu.r~l frequ?!icli;;S of neiwork: plots of
network flnction (1vlagnitude and phase plots~ Bode and Nyquist diagrams)~ lVl.tnimum phase
transfer r .. lnction; Calculation of a neu:vork r.J.s"1ction fronl prescribed real part, Imaginary pa.rt,
NIagnitude of p.ha8~, Synilit;se.s of two-elements kind O!l~ port: LC~ RC and RL one port
networks.
Two p_ort new/ork~: Ciassitlcation and characterization of l.w'o ports;- Two. port param,eters and
I"u.'ltural fi-equendes, InterCQIID{;,ctions of tw'O ports; C01"il_'~101 two port configu.rat.ions; Scattering
paralneters~ one end paranleter~ Iterative and ilnage paratneters; Filters: Type of filters,
"t;'r.c.qll.G:II. .. 'I"'"l,! ¥"''''''''d 41 "',o,.,:J ..... "",!l f""~."ljO""'''''''t.M.'''~ ;,:,..3. 1""o. ... "t ..." r. ......... '.;.,., ... .o..·· ~ 17~1~· ..~ . ............. 1I D·:'!l-':'I·r f~·.;"::- '~""'.:''"C~ + ,x.,.",.t,C, .......... ,"t-;,.n. J. '" ,",.U"'j' a.l.t' Jt!lp ......... a,H .... ~ S:"'Q,1J.lIi;S, J.lI.1136 ..... p<,u"U,J{'"'t",jg, rl.}" ..... l,:1~, ,~,,':'lgn.,.1""" .. 1.U .... u,'.J· 11~",u",,"iOlULo:"':t.Vl.,
Butte1"VOl1h and Schebych..ev respons;;, Insertion lo8s~ l;lelhods of ,n~twork analy3is~ Block
d.1...a. oirf~,t,n~'~" ...' 1> , ;S ;"/ci~~'n ~'.L1.s, 1f.i1'">) ..'f..". .,F; £&''i1<"' .~.. nt>-.i'i~ .• , ",-'hC·t""n", " .P•: :H. .. ·..;.:· .:.lh ,.Ll.p.... tI" ...ch...n ,.~i.1a..i'. l.I.i"","v": ), 'I ....c... t.t.l ',"-"..."" , .n 'L'V1 .t..n" "r,0 1_ ".t. i"".'<~:; ~ '....R..>~"r...l...t...e ttq bis"""''c t1rm "-'LL
~!l~ur~lll, Sjltth~sis of L1UiG~~ netvorks. 'Unbalancing of Lartic~ Il?i.Work5; Tra.."1SnU.ssion
characteristics, Signal dlqtortions~ Relationship between bat1d~1dth and :rise titn~, delay ti..nte and
ndviork functioll~.
. ,.EEE;-- 412 () - 0 - 3/2 hoursl:veek
t'th'anc~d l:~,lectrk~li Cln.:uits S{'ss~onal
1 .:1 hOf2f{!)1'"Y experirnen ~';;'; h[,k,:";d on EEE -, 411

40. EEE-443 3 - 0 - 0 hours/week
J1icrowave f!:::ngineering
I-lF. transmission lines, Smjth chat1:- Impedance matchin.g and application,,! E.1.1. ,V RVC
propagation, Reflection and refl;action, W a:v~ guides, Parallelljlane~ Re.ct.:'ugular) Coaxial va-V(';
hruides.
Transit r.t111e e1Iec.ts: Veiocity nlodulation, Space charge 'wave; fitllcrowave tubt's, Klystron,
~iagnetron~ Travelling 'wave tube, j-!npl1,er, Vav~ guide components, Ca'ity resonators)
Antennas and radiation; Hertzian dipole; Long antenna analysis~ Radiation patterns, RllOlnblc
and slot anter.na, Antenna arrays, L"'1troduction to antenna :l1Tay design"
EEE-444
!"fkrOiYilVC Enginecring Sessional
Laboratory expcrL."1lent<; based on EEE - 443
EEE-455
I)igital 8!. SatrJHte Conlmunkation
o -() -3/2 hours/veek
3 - 0 - 0 hours/week
Con ·.. . Pnt ot' ~T'-fn'!"'n"')+.:on D~mt"1;l hID' at,,! modll1-:l'tion sc]"e'l"'i"tes' t1 ~K li~K, np~K, QPSK 1' ,.rSK . ...:.l .. ~'..,] .... &. ~ .LI..l.LV~..L.1A-Li Ii L j _"'i~;..~...... ..1 'J t..a..:......... . A ~ ......... ..l ~....;;~ , ..a.. )"":..L _# .......... ..t. ,.l;A. ...
and their spectral properties, Coherent and non-coherent detection, correlation and matched
fiiter receivers, phase-locked loop (PLL) systeln.
Satellite COtUlnunication s)!gtel'n .~.. : C01U1llUIlic~tion satellite gub~Jstems, eartJl station, satellite
liIl.k anal:;rsis and different types of multiple access techniques - 1Dr,,1A, FD~1A and CDI:vIA.
Introduction to: ISDN, B-IS11t-J, LAN~ lVLtN, V AJ."J and Nlultilnedia cOffil'nunication.
EEE-456
Digital & SateHite COfn!1!unicath)n Sessional
Laboratory experiments based on EEE - 455
,- EEE-457
Arlvanc('d Electron ks
o -0 - 3/2 hourslveek
3 - 0 - 0 hourslvv·eek
On 1 • i.' _1' 1_ • , 1 1. ifi' . d r tt' ~ toe~~ffO:tUc~ P.notoeJecmc oeVlces, pnotosensltwe re ays, reh1Y spec catIon a..t1. app...1ca on.,
. phoiotransistors, LAseRs, LEDs, optoisolators, photockctric conirol of SCRs, LASERs,
phOlQdiocies. .
TnfLl)dlJ£.timILtQlelevisio11.LTV) e~~neeri..1J,g: scanning and synchroni7il'lg, hasic operation of TV
carnera, c~lor 1'Ty' principle;.
Radar ~ pro~~.6ati.on of radio Vilfves, ionospheric, tropospheric ~d gt"O~.d v/ave propagation,
radar pllncnples and cn~t. nlilitary and weatller applications: transwjtters and radiators, receivers
and h'ldica1tors, electronic l1avigation system, LORAN' and rr.S, sonar and other undelWater
sound syste:lns.
40

41. EEE- ~5g o -0 - 3/2 hours/week
i.dvanced .Electronics Sessional
Laboratory expen..-rnents based on EEE - 457
:EEE-463 3 - 0 - 0 hours/week
~1icroproccssor & Digital CQUlputer
JvfiCmnmce8sqr: Architecture, Pin diagram and signals:, Functional block diagram, Register
organl.zalion, r"fic:roprocc~~ol' instrucTIon .. classification} fOlmat, addrc:ssing mode, functional
types, :rv1icroprocessor irJstn)ction control and tirrting, Typjcal nricroprocessor interfacing ..
Progranuned lIO, hitenupt L:O, DlYfA. Elements of analog complitel' and its typical p.roblem
s~tlp, Df A and All) convel1ers.
Di~J1tJ C!!l1Jm!J~r: Iv!ini and micro types; Elen1ents ofmicrocompuie:r; ~,,1emodes-RAl'1, RC)1vI!
DR.lu'f~ ;EPRO.~f types :;,nd ttt,eir chip orgartiz:~tion. 1,fic:rocomputer technique of nrunber
representation, rvIicroconlputer sofuvare fundatnentals - source, object, linked and debut1~ed
progr&!'}:u: - high kve~ assembly level, machine level progrants. R·ficrocomputer assembly It, vel
progranuning and sub",progranurJng. IVlicrocontputcr bus SystCTIl - address and control decoding
of memory chjp~ and 1/0 ports; Types of address tltld control decoding for nncrocomputer;
Types of nucroprocessor based lie) techniques for wicrocomputi,;;r; Typical microcomputer I/O
peripheral devices - Keyboard, Printer, CRT~ Disk
EEE-464
lVfkroprocessor & ))igital Computer Sess!Qnal
LaboratolY expcrullcnCs based on EEE -- 463
EEE-477
VLSI CIrcuits
o -0 - 3/2 hours/week
3 - 0 - 0 hours/week
YL~I TecllQ.ology~ Top-down design approac~ teclmology trends and desig..."l styles, ~Btief
rel,·ie"v of :t·10S transistor theor:y: threshold voltage, body effect, "V -I equations and
characteristics, l1v10S and ClvIOS inverters: de and transient characteristics~ Pass transistors
and paRS gate~, (;!,fOS l:ryout and design rules, Complex C1,10S gates, Resistance and
capacitance: cstirnation and ll1odcling, Signal propagation delay, noise m::trgin and pO'wer
consumption) CIvfOS logi.c design: logic structures; electrical and physical design of logic
gat~s, clo.~kUig f)traicgics.
CNIOS Building Blo{.:ks: Adders, counters, multipliers and oa.-rei spjfters, Data paths,
melTIOi}r struciUresl progratDlnabk logic arrays (PL.As) and field programInable gate arrays
( r.TtG At •• ..l:~' 3".t'~:-;).
,,'LSI T~::;Jit1g; Oqi~ctiv~g and Strategies.
41

42. ,/
EEE-478 o ... 0 - 3/2 hours/week
V LSI Circuits Sessional
laboratory oxperunents based on EEE - 477
RER-4~1 3 ... 0 ... 0 hoursAveek
S",itch Gear & Protection
Circuit Breakers: Speed of circuit breakers) Relayr., loHage rating (High., Ivledium, Low) of
circuit breakers, Oil circuit breakers, Circuit breaker operatir~ mechartislns and control systemc;;,
Arc extinction, R!;covcry vohage, De"Vices to aid Arc ex"tinction in oil; Nlaintenance of oil cixcuit
breakers, Air circuit breakers, Air hhl.~t circuit breakers.
Rating of power c.rrcuit hre.akers and selec.tion of circuit breakers, Testing of eire·uit breakers,
Protective rda...n;. General requirements, Relay operation plinciples, Construction of relays,
Relay cunents and voltages~ use of Instrull1cnt Trallsfolmer for relays.
Problenl ,')f hig,."'1 speed relaying transw.ission liJleS~ over CUlTent relays, Directional reiays,
IUlpedance relayg, Reactance relays] Ivfho relays, l.1odified impedance relays, Zero Sequence
and negative sequence reIa"ys, Balance CU1Tent rdaying of pa.rallel line, GJ·ound £1.ult relaying,
Pilot relaying principles, Canier pilot relays, OperatiP.g characteristics of different types of
relays, Apl)"satu5 protection, Circuits and l~ciay setting, Generator and Motor protection,
Tr~J1sformer prote~tio14 Bus protec"tion~ Line protection .
• <
EEE-482
Switch (~ar 8! Prptfl('tinn Sessional
Laboratory cxp~rinlents hased en FEE - 481
EEE 483
High Voltage Englilcering
o -0 - 3/2 hours/week
3 - 0 - 0 hours/week
HiglJ voltage supplies; A.C cascaded transfonners, Tesla coils; DC value, Rectifier circuits,
Cascaded rectifiers; Electrostatic Generators: "ander .. Grar.lf generators, Corona, Power loss
calculation, Break dO!11 of solid, liquid and gaseous di-electric, Insulation testl). Standard
spedfication.
Impu.lse generatoIS, hllpttIsc ?{ave shapes, IVfathcmatical analysis and design consideration of
Un11U!~e generatp.rs~ Triggering of impulse generators. ~Aeasurement of hj~lt voltage7
Tra.'1.Snnssion line design based on direct strokes, Ll1sulauon Co-ordir..ation, Lightning alTcsters
an d~: pro.t ec"t or tu.'o es. .
EEE-484
High Voltag() EnginEJering Sessional
LahOHltOry cxpcliInt;nts b~ed on EEE - 483
42
o -0 - 3/2 hoUt-s(week

43. Course Designation and Numbering System .
Each course is designated by a nvo to four letter vord identifying the department, which
offers it following by a three~digi.t nU111ber with the folloMllg criteria:
(a) . the first digit will correspond to the year in which the course is nom1ally taken by the
stldel1ts.
I'b) The second digit will be resetved for department uSe.
(c) . "The bst digit ~viU usually he odd for theoretical.and even for laboratory or Sessional
courses.
VVhat ~'liddle Digit Indicates
a) 1 - for Electrical Circuit
b) 2 ~ for Non-dep~Htmental (i.e. non degree awarding)
subjects e.g. ~,,;Ja.th~ Chern, Phy, Hunt
c) 3 - for Electricall'v1achine
d) 4 - for Fie1dh'Vlicrowave
e) 5 - for Conutlut1jcatlonlElectronlc
1) 6 - for JYlicroprocessofll1igitai Computer
h) 7 - for Control SystelnJ1Vlaterial Scknce
i)· 8 - for S-witchgear!High Voltage
j) 9 - for POVl/C!' Station/Power Systcnl
Transmjssion & Distribution of Electrical Po-ver
43

44. List of the Courses uffert;d by Electrical and Eiectronic Engineering
Della.rtuvcnt for the Students of othel" D:.;purtments:
I Noo
Course Course Title Year and I Contact Credits
No. Se!uester I hrsJ-week
i I 1. I EEE-1Ol B Cl:£lc Electric.al Electron.ic 2nd year 3 3.00
-! ""I
lIst semester I
- ~ "------_. . ---;- 0.75
. Electric.al·& Ekciromc I 2nd year 3/2
• ('I • nC{,11!J:g ue8810na1 I 1s t semester i
~cal & Electronic 2nd year I- 4.00 j q.
eeling -I 1st Selllester
. ~ cal 8(.. Electror-.ic I 2nd year 3/2 0.75 neering I Sessional l 1st semester
clcal & Electronic I 2udyeal° I 3 3.00
leering -11 I 2nd selnester
trical & Electronic I 2nd' ear ! 3/2 I 0.75
4.00
I
I 1.5°l
I
3 3.00
1I 1'-')' i) ]:T4,',._T.1iI:.'i _4~Q~" il .~Ln g"tt 3'1L ~~.l gna1 P roces'sm g ' J.. th~ year 3 3.00
L-_-1JFol' C~~l _ list set"£lester
1 13. I EEE .. 497 I Telecommunication Switching 14th year
I 1 (For CSE) I 1st selnester
3 3.00
EEE - 201 3 - 0 - 0 hours/week
Basic Electrical & Electronic Engineering (For CE)
Electrical Enmneer.u.'1g: Balanced polyphase circuit analysis, Single pha.~e transfonner operation,
Pelformance and testing, Polyphase transfoIIDers, D.C. Machine, Principle of operation,
Classifications, Starti..flg and speed control; Induction motors; Synchronous machine; Fractional
lI.P.· Inotors.
Se!1"'.icondnctor Electronic: Serniconductor c1asiJication and applications. Situple amplifiers and
.o scillators, Senn-conductor devices ~lith application .~. .
44

45. EEE -202
Basic J1:lectrical & Electronic Engineering Sessional (For CE)
Laboratory experiments based on EEE - 201
EEE - 233
Electrical & Electronic Engineering - I (For lVlE)
o - 0 - 3/2 hours/week.
4 - 0 - 0 hours/week
Electri~fi:l CirCl!it~: Alternating current~, R-L, R-e, R-L-C selies & paranel circuits} Balanced
an(ll.Ulbalanced polyphase circuits, Introduction to magnetic circuits and Coupled circuits.
Electrical ~vfac:hines: Introduction to transfonnef'S, D. C generatol' and nlotor principl~, Type,
Perfonnancc:. Characteri-stics and starting, A-C macpjnes ... 3phase induction motor prJlc1ple,
Introduction to synchronous machines and fractional H.P. lnot.ors.
ERE - 234
Electl'ical & E!ectronic Engil1eering - I Sessional (For r"IE)
Laboratory. experi.m_ents based on EEE. - 233
EEE - 253
Electrical &: Fle-ctronk Fngineering - II (For :f1E)
o -0 - 3/2 hours/week
3 .. 0 - 0 hOlli""S/week
E1.ectr9J1.i~~: Introduction to semi-conductors, Diodes and rectifiers~ Transistor characteristics,
Equ~,,1alent circuit~, Differerlt types of arn.plifiers, Fun<I".."UUental of Digital Electronics.
Tran!ducerf!: Str:!in~ Temperature, Pressure~ Speed) Torque and Flov measurements.
Introduction to svvitchgear 8.: protection.
EEE - 254
Electrical & Electronic Engineering - II Sessional (For l1E)
Laboratory experiments based on ERE - 253
EEE-255
EJrctronk .Devices and Circuits (For CSE)
o -0 .. 3/2 hours/week
3 - 0 -0 homslwe-ek
~erillconductors, Junction diode charactedstics~ Bipolar characteristics, Small-signal low
frequency h-par3.L-neter model, hybrid pie model, ...t mplifiers, Darlington pairs, Introduction to
Oscillators, differential amplifiers, Linear application of Op-Amp, gain input and output
itnpedance, off~et null adjustment frequency reSpOIl.CSe and noise.
mtrodu¢tion to JFET, Jvl0SFET, ~fOS and C.~·fOS} Chaiacteristics, Biasing' and
Application of switching Devices: SCR, TRIA.C., DIAC~ UJT. Introduction to rectifiers,
Active futers, Regulated power snpply, St.3bilizer and 'UPS, Basic ideas about Ie fabrication
techniques.
45

46. EEE-256
E.lectronic l)evices and C'ircuits Sessional (For CSE)
Laboratory exper.hn~nts based on EEE - 255
EEE-235
Rlectrical TVlachines (For CSE)
o -0 .. 3/2 hourslveck
hoursiv/eek
r C 1,4" "h:"~ .. C .::<tru t;....... 1 -C"" ... h ... "" , 11"£1 ........... , .. ~ ... 10", r"f ........... ", 'lti' ·r.tf 1 H L/. • .",,':lac Alh. ... S. on"" cuvna .H.·ua.U.I. .... s at..... .Pn.,/1,.;4~·.I ... ·~ .....· .... p .... r.... on .v S l ... n .•,.. , sen•e g !:In .r.1.
cOlnpound generators and mot.ors, Perfonnance charact>;;ristics, Starting, spe~d control and
hraking of motors. Choke of i).C. Inoton;mr diff(~rent :!l)pJicationq ~mch as hoisting traction
1na-chino-tool operation ;tnd rolling mill and 'indcrs.
,{.C. ivfachille~: Transfoflllers: Constructional fearares and principles of operation of
Transfolmers. Induction lVlotors: Principles of operation, equivalent circuit and circle
diagr3.nl~ Torque-speed characteristics, rvIethods of unproving strJih"lg torque for squin·er cage
and -w-ound rotor iilotors, l'"lethod'i of Starting, braldng and Speed control. Synchronous
Generators .1nd 1vlotors: Pdncipks of operation Rna simple eqlL1valent circuit, l..fetll0d of
~Jnchronization, Typical application of i.C. lllotors in industries.
-236
EI~ctrkai J,{achines Se.ssional (For CSE)
Laboratory cxpetittit;nt" based on EEE -236
EE}l~ _. 475
Control Systelfl Engineering O~or CSE)
o -0 - 3 hours/week
3 - 0 - 0 hours/week
Introdu!~tioll, Respcrn.se of 2nd and h.igher ordel' systen1S to llllpulse, step, raIl'p rt.nd slllusoidal
input8~ Root locus technique~ Routh and l~yquist stability criterion.
State vatiables and transition rnatlix, PI and PIO controllers, Specificatiol1,) in tinte and
frequency dQ1"ual.'"l; Series ci)mpe.n~atioll: lead, l~g and lag-lead compensation design using
,.l30de plots~ Nichor s chart, Carrier control systern, L'1troduction to sampled data control
~;r€.t~m.
EEE-·195 3 - 0 - 0 hours/veek
Digital ~igllal Processing (For CSE)
Discrete' lillle:: de.scliptioll of signals and ~'Ysteln.s, FQurier transfer of ' discrete tie signals,
Discrete Fourier tran!;fer.
Z .. tras."1$ff?ffi' Digital filter structurc~ Infmite I1npulse Respon.se filter design techniques, Finite
unpulsc '~7l'!pons~ filter design-techniques, ihLite. precision effects, Inverse :filtering.
46

47. EEE-497 3 .. 0 - 0 hours/week
Telecomnlunication Switching (For CSE)
Introduction to telegraphy~ single and double (·urrent telegraphy, teleprinters~ VFT and cattier
te1~~graphy, hltroduction to telegraphy, manual switchi..~g systeln, electromecha..11kal
s)vitciung stru'vg~r and ErvID s),stenl, electronic switching, Read relays, basic impullSing
circuit':;, uniselectors, gronp selectors and final selectors; tnL."1.ldng diagram-s1rowger system
and E1.fD systcnlS : Distribution franl~s - testing and prot!Jcnon of te1ophonc lines, traffic
calculation introdu~tion to network planning, .
Transmission' principles, po-'Y'cr levels, attenuation and delay distortions, 'wireless telephony,
C"'t'n'p :r t"'le"""h.t""4.n-"T renp~tJ::J.-r SBrr{ t1"':l~i"1sm1ttern '.f.". i L
· a ....., ,,- l_I" .. s.' ... ra.L) ~ ~'-'''",~;".. ... ,'.''.# 'L ...: ' .... 1. ..... ,' -.e..3 .._0. r-r..r..- ,_P '..1... "_t1 JJf)_:- rl.. ,f_;_; ., bL1.Ll.Yf:t-hr.. "~: ..r. v" cn.r...".. "'~f"""""~lJl r......;n 4..1J~~- .t. a1.a. wl~t t..l...·. ,·..lI oe
filters, Introduction to v1IFalld lIBF &)"St'-":ll1S.
':::lnYr1rSy!!nb!;~ .. 2'(uJG1.t
ffI~~.f,!T D~'ct!'1ber 12. 2C(:O