( 1 )

Øe'k%

NRrhlx< + yksd lsok vk;ksx] jk;iqj

¼1½ Hkkjrh; ukxfjd vkSj Hkkjr 'kklu }kjk ekU; Jsf.k;ksa ds vH;fFkZ;ksa ls NRrhlx<+ 'kklu ds yksd LokLF; ;kaf=dh] lkekU; iz'kklu] iapk;r,oa xzkeh.k fodkl] ty lalk/ku] d`f"k foHkkx ds varxZr ^^lgk;d vfHk;ark^^ ds fjDr inksa ij HkrhZ ds fy, NRrhlx<+ yksd lsok vk;ksx }kjkvkWuykbu vkosnu i= vkeaf=r fd;s tkrs gSaA inksa dk fooj.k uhps dh rkfydk esa nf'kZr gS%&

vkWuykbu vkosnu djus dh frfFk fnukad 22/12/2014 e/;kUg 12:00 cts ls fnukad 20/01/2015 jkf= 11:59 cts rd

foKkiu dzekad 12/2014@ijh{kk@fnukad 11/12/2014 izdk'ku dh frfFk 17/12/2014

egRoiw.kZZ

1- foKkfir in gsrq vkosnu dsoy vkWuykbu gh Lohdkj fd, tk,axsA fdlh Hkh izdkj ds eSuqvy vFkok Mkd }kjk Hksts x, vkosnu i= vk;ksx }kjk LOkhdkj ugha fd, tk,axsA2- ijh{kk ds fy, vkosnu djus okys vH;fFkZ;ksa dks vkosnu djus ds iwoZ Lo;a lqfuf'pr djuk pkfg, fd os ijh{kk esa izos'k gsrq lHkh ik=rk 'krkssZa dks iwjk djrs gSaA lHkh ik=rk

'krksZa dks iwjk djus okys vH;fFkZ;ksa dks gh vkosnu djuk pkfg,A ijh{kk ds lHkh Lrjksa ij mudk izos'k iw.kZr% vuafre gksxk pkgs os fu/kkZfjr ik=rk 'krksZa dks iwjk djrs gksaA vH;FkhZdks izos'k&i= tkjh fd, tkus dk vFkZ ;g ugha gksxk fd mldh vH;fFkZrk vk;ksx }kjk vafre :i ls Lohdkj dj yh xbZ gSA ijh{kk@lk{kkRdkj gsrq vH;FkhZ ds fpUgkaduds ckn gh vk;ksx ik=rk 'krksZa dh tk¡p djrk gSA

3- mijksDr ijh{kk ds fy, vH;FkhZ }kjk ijh{kk 'kqYd o iksVZy 'kqYd dk Hkqxrku ØsfMV@MsfcV dkMZ vFkok baVjusV cSafdax ds ek/;e ls fd;k tk ldrk gSA ijh{kk 'kqYdds Hkqxrku ds fy, fdlh cSad ds Mªk¶V vFkok psd Lohdkj ugha fd;s tk,axsA

4- mijksDr ijh{kk ds fy, vkWuykbu vkosnu fnukad 22@12@2014 dks e/;kUg 12%00 cts ls 20@01@2015 jkf= 11%59 cts rd www.psc.cg.gov.in ij fd, tkldsaxsA

5- vkWuykbu vkosnu esa =qfV lq/kkj dk dk;Z vkosnu djus dh vafre frfFk ds ckn fnukad 21@01@2015 vijkUg 12%00 cts ls 27@01@2015 jkf= 11%59 cts rdfd;k tk ldsxkA mDr =qfV lq/kkj dk dk;Z dsoy ,d ckj vkWuykbu gh fd;k tk ldsxkA

6- Js.kh lq/kkj ds ekeyksa esa ;fn fdlh vH;FkhZ }kjk vkjf{kr oxZ ds #i esa Hkjs x;s vius vkWuykbu vkosnu i= esa lq/kkj dj mls vukjf{kr oxZ fd;k tkrk gS rks mls 'kqYdds varj dh jkf'k dk Hkqxrku =qfV lq/kkj 'kqYd ds vfrfjDr djuk gksxk fdUrq vukjf{kr oxZ ds #i esa Hkjs x;s vkWuykbu vkosnu i= dks vkjf{kr oxZ esa ifjorZu dh fLFkfresa 'kqYd varj dh jkf'k okil ugha dh tk,xhA

egRoiw.kZ Vhi %&1- inksa dh la[;k ifjorZuh; gSA2- ;g foKkiu lacaf/kr foHkkxksa ds lacaf/kr inksa ds HkrhZ fu;e ,oa

N0x0 vfHk;kaf=dh lsok ijh{kk fu;e&2012 ds vuq#i izdkf'krfd;k tk jgk gSA

3- mijksDr foKkfir inksa ds fy, fd;k tkus okyk p;u ekuuh;mPp U;k;ky;] fcykliqj esa nk;j ;kfpdkvksa ¼Øekad 591@2012]fjV fiVh'ku ¼lh½ Øekad 592@2012] fjV fiVh'ku ¼lh½ Øekad593@2012 rFkk fjV fiVh'ku ¼lh½ Øekad 594@2012½ esa ikfjrgksus okys vafre vkns'k@fu.kZ; dss v/;k/khu jgsxh ,oa ekuuh;mPp U;k;ky; ds vafre vkns'k@fu.kZ; ds vuqlkj foKkfir fd;sx;ss inksa dh oxZokj fjfDr;ksa dh la[;k esa ifjorZu Hkh gks ldrkgSA

4- fu%'kDrrk dk izdkj%&NRrhlx<+ ds LFkkuh;@ewy fuoklh vfLFkckf/kr ,oa Jo.k@ewd ckf/kr fu%'kDrtu gh ekU; gksaxsA

5- fjfDr;ksa esa vkj{k.k %&¼i½ mi;qZDr rkfydk ds dkye ua- 4] 5 ,oa 6 esa nf'kZr in dsoy

NRrhlx<+ ds fy, vf/klwfpr jkT; ds ewy fuoklh vuqlwfprtkfr] vuqlwfpr tutkfr ,oa vU; fiNM+k oxZ ¼xSj Øhehys;j½ dsvH;fFkZ;ksa gsrq vkjf{kr gaSA

¼ii½ NŸkhlx<+ jkT; ds mi;qZDr Js.kh ds vfrfjDr vU; lHkh¼NRrhlx<+ jkT; ds vukjf{kr ,oa NRrhlx<+ jkT; dsvfrfjDr vU; jkT; ds vH;FkhZ½ ds vkosnu vukjf{kr Js.khds vUrxZr vk,axsA

6- ijh{kk ;kstuk ifjf'k"V&^,d*] ikB~;Øe ifjf'k"V&^nks*] ,oavkWuykbu vkosnu djus ds laca/k esa funsZ'k ,oa vU; tkudkjh

vuk- v-tk- v-t-tk- v-fi-o- vuk- v-tk- v-t-tk- v-fi-o- vuk- v-tk- v-t-tk- v-fi-o-

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

1 lgk;d vfHk;ark ¼flfoy½yksd LokLF; ;kaf=dh foHkkx

10 3 7 3 3 1 2 1 1-OH - - - 23 15600&39100$5400

2 lgk;d vfHk;ark ¼flfoy½lkekU; iz'kklu foHkkx 1 - - - - - - - - - - - 1

3 lgk;d vfHk;ark ¼flfoy½iapk;r ,oa xzkeh.k fodkl foHkkx

26 8 20 9 8 2 6 3 1-OH

1-DDH

- 1-OH 1-OH 63

cSdykWx - - 1 1 - - - - - 1-OH - - 3

4 lgk;d vfHk;ark ¼fo-@;ka-½ty lalk/ku foHkkx 5 2 4 2 2 - 1 - - - - - 13

5 lgk;d vfHk;ark ¼fo-@;ka-½yksd LokLF; ;kaf=dh foHkkx

3 1 3 1 1 - 1 - - - - - 8

6 lgk;d vfHk;ark ¼fo|qr½iapk;r ,oa xzkeh.k fodkl foHkkx 1 - - - - - - - - - - - 1

7 lgk;d d`f"k vfHk;ark d`f"k foHkkx 2 - 2 1 - - - - - - - - 5

117 dqy in %&

Abbreviations:- OH = Orthopedic Handicaped ¼vfLFk ckf/kr½, DDH = Deaf/DumbHandicaped ¼Jo.k@ewd ckf/kr½

;ksx osrueku¼ ` ½

dqy fjfDr;ksa dh oxZokj la[;k dqy fjfDr;ksa dh oxZokj la[;k esa ls efgykvksa ds fy, vkjf{kr in

Ø- in rFkk foHkkx dk uke dqy fjfDr;ksa dh oxZokj la[;k esa fu%'kDrtu ds fy, oxZokj vkjf{kr in

jkT; vfHk;kaf=dh lsok ijh{kk - 2014

vkWuykbu ijh{kk dh frfFk fnukad 25/04/2015 ,oa 26/04/2015

( 2 )

Øe'k%

ifjf'k"V&^rhu* esa mYysf[kr gSA7- vkWuykbu vkosnu djus ds iwoZ vH;FkhZ fu;eksa dk voyksdu

dj Lo;a lqfuf'pr dj ysa fd mUgsa ijh{kk esa lfEefyr gksusdh ik=rk gS vFkok ughaA ;fn dksbZ vH;FkhZ ijh{kk ds fdlhHkh pj.k esa vFkok ijh{kkQy ?kksf"kr gksus ds ckn Hkh vugZ¼Ineligible½ ik;k tkrk gS vFkok mlds }kjk nh xbZ dksbZHkh tkudkjh xyr ikbZ tkrh gS rks mldh vH;fFkZrk@p;uifj.kke fujLr fd;k tk ldsxkA

¼2½ in dk fooj.k] 'kS{kf.kd vgZrk@vuqHko%&¼i½ lgk;d vfHk;ark%& ¼jktif=r] f}rh; Js.kh½

vH;FkhZ dks Hkkjr esa fdlh dsUnzh; ;k jkT; fo/kku e.Myksa dsvf/kfu;e }kjk fuxfer@lekfo"V fo'ofo|ky;ksa esa ls fdlh ekU;rkizkIr fo'ofo|ky; dh ;k laln ds fdlh vf/kfu;e }kjk LFkkfir;k fo'ofo|ky; vuqnku vk;ksx&1956 dh /kkjk&3 ds v/khufo'ofo|ky; ekuh xbZ fdlh 'kS{kf.kd laLFkk dh lacaf/krflfoy@;kaf=dh@fo|qr@d`f"k vfHk;kaf=dh esa Lukrdmikf/k gksuk pkfg,A

Vhi%& vH;FkhZ ds ikl mi;qZDr vko';d 'kS{kf.kd vgZrkvksa dk ^^izek.ki=** vkosnu djus gsrq fu/kkZfjr vafre frfFk vFkok mlds iwoZizkIr dj fy;k gksuk pkfg,A vkosnu djus dh vafre frfFk dsckn dh frfFk dks tkjh fd, x, 'kS{kf.kd vgZrkvksa ds izek.ki= ekU; ugha gksaxsA

¼3½ ifjoh{kk vof/k %& p;fur vH;fFkZ;ksa dh fu;qfDr 02 o"kZ dhifjoh{kk ij dh tk,xhA

egRoiw.kZ uksV%&¼i½ vH;FkhZ ds ikl mi;qZDr vko';d 'kS{kf.kd vgZrkvksa ,oa

vU; vgZrkvksa dk ^^izek.k&i=** vkWuykbu vkosnu djusgsrq fu/kkZfjr vafre frfFk vFkok mlds iwoZ izkIr dj fy;kgksuk pkfg,A vkWuykbu vkosnu djus dh vafre frfFk dsckn dh frfFk dks tkjh dh xbZ 'kS{kf.kd vgZrkvksa ,oa vU;vgZrkvksa ds izek.k&i= ekU; ugha gksaxsA

¼ii½ vkWuykbu vkosnu ds lkFk dksbZ Hkh izek.k i= layXu djusdh vko';drk ugha gSA

¼4½ fu/kkZfjr vk;q lhek%& vH;FkhZ dh vk;q fnukad 01-01-2014 dks21 o"kZ ls de rFkk 30 o"kZ ls vf/kd u gks] ijUrq NRrhlx<+ds LFkkuh;@ewy fuoklh vH;FkhZ ds fy, mPprj vk;q lhek 30o"kZ ds LFkku ij 40 o"kZ gksxhA

mPprj vk;q lhek esa NRrhlx<+ 'kklu] lkekU;iz'kklu foHkkx }kjk le;&le; ij tkjh fd;s x;s funsZ'kksads rgr fuEukuqlkj NwV dh ik=rk gksxh%&

¼i½ ;fn vH;FkhZ NRrhlx<+ 'kklu }kjk vf/klwfpr vuqlwfpr tkfr]vuqlwfpr tutkfr ,oa vU; fiNM+k oxZ ¼xSj Øhehys;j½ dk gksdjjkT; dk ewy fuoklh gS] rks mls mPprj vk;q lhek esa ikap o"kZrd dh NwV nh tk,xhA

¼ii½ NRrhlx<+ 'kklu ds LFkk;h@vLFkk;h@odZ pktZ ;k dkafVtsalhisM deZpkfj;ksa rFkk NRrhlx<+ jkT; ds fuxeksa@eaMyksa vkfn dsdeZpkfj;ksa ds laca/k esa mPpre vk;q lhek 38 o"kZ jgsxhA ;ghvf/kdre vk;q ifj;kstuk dk;kZUo;u lfefr ds varxZr dk;ZjrdeZpkfj;ksa ds fy, Hkh Lohdk;Z gksxhA

¼iii½ ,slk vH;FkhZ tks NVuh fd;k x;k ljdkjh lsod gks] viuh vk;q esals mlds }kjk iwoZ esa dh xbZ lEiw.kZ vLFkkbZ lsok dh vf/kd lsvf/kd 7 o"kZ rd dh dkykof/k] Hkys gh og dkykof/k ,d lsvf/kd ckj dh xbZ lsokvksa dk ;ksx gks] de djus ds fy, vuqKkrfd;k tk,xk ijUrq mlds ifj.kke&Lo:i mPpre vk;q lhek]rhu o"kZ ls vf/kd u gksA Li"Vhdj.k%&**NVuh fd;s x;sljdkjh lsod** ls rkRi;Z gS tks bl jkT; ¼vFkkZr~ NRrhlx<+jkT;½ ;k fdlh Hkh la?kVd bdkbZ dh vLFkk;h lsok esa yxkrkj dels de N% ekg rd jgk gks rFkk tks jkstxkj dk;kZy; esa viuk

uke jftLVªhÑr djkus ;k ljdkjh lsok esa fu;kstu gsrq vkosnunsus dh rkjh[k ls vf/kd ls vf/kd rhu o"kZ iwoZ LFkkiuk esadeh fd;s tkus ds dkj.k lsokeqDr fd;k x;k gksA

¼iv½ ,sls vH;FkhZ dks] tks HkwriwoZ lSfud gks] viuh vk;q esa ls mlds }kjkigys dh xbZ leLr izfrj{kk lsok dh vof/k de djus dh vuqefrnh tk,xh ijUrq blds ifj.kkeLo:i tks vk;q fudys ogmPprj vk;q lhek ls rhu o"kZ ls vf/kd u gksA

¼v½ NÙkhlx<+ flfoy lsok ¼efgykvksa dh fu;qfDr gsrq fo'ks"k mica/k½fu;e 1997 ds vuqlkj efgykvksa ds fy, mPprj vk;q esa 10 o"kZdh NwV gksxhA

¼vi½ lkekU; iz'kklu foHkkx ds ifji= Ø- ,Q 1&2@2002@1@3fnukad 02-06-2004 ,oa Øekad ,Q 1&2@2002@1@3 fnukad 10Qjojh 2006 ds vuqlkj f'k{kk dfeZ;ksa@iapk;r dfeZ;ksa dks 'kkldh;lsok esa HkrhZ ds fy, mrus o"kZ dh NwV nh tk,xh ftrus o"kZf'k{kkdehZ@iapk;rdehZ ds :i esa lsok dh gS blds fy, 6 ekg lsvf/kd lsok dks ,d o"kZ dh lsok ekU; dh tk ldsxhA

¼vii½ Lo;alsoh uxj lSfudksa ¼okyaVjh gksexkMZ½ ,oa vuk;qDr vf/kdkfj;ksads ekeys esa mPprj vk;q lhek esa muds }kjk bl izdkj dh xbZlsok dh mruh dkykof/k rd NwV vkB o"kZ dh lhek dsv/;k/khu jgrs gq, nh tk,xh] fdUrq fdlh Hkh n'kk esa mudhvk;q 38 o"kZ ls vf/kd ugha gksuh pkfg,A

¼viii½ fo/kok] ifjR;Drk rFkk rykd'kqnk efgykvksa ds fy;s mPprj vk;qlhek esa 5 o"kZ dh NwV gksxhA

¼ix½ vkfne tkfr] vuqlwfpr tkfr ,oa fiNM+k oxZ dY;k.k foHkkx dhvartkZrh; fookg izksRlkgu ;kstuk ds varxZr iqjLÑr nEifr;ksa dslo.kZ lgHkkxh dks lkekU; iz'kklu foHkkx ds Kkiu Øekadlh&3@10@85@3@1 fnukad 28-06-1985 ds lanHkZ esa mPprjvk;q lhek esa 5 o"kZ dh NwV nh tk,xhA

¼x½ jkT; ¼vFkkZr~ NRrhlx<+ jkT;½ esa izpfyr **'kghn jktho ik.MsiqjLdkj] xq.Mk/kwj lEeku] egkjktk izohjpUnz Hkatnso lEeku izkIrf[kykfM+;ksa rFkk jk"Vªh; ;qok iqjLdkj izkIr ;qokvksa** dks lkekU;mPprj vk;q lhek esa 5 o"kZ dh NwV nh tk,xhA

¼xi½ NRrhlx<+ 'kklu lkekU; iz'kklu foHkkx ds ifji= Øekad ,Q3&2@2002@1&3 jk;iqj fnukad 30-01-2012 ds vuqlkj lafonk ijfu;qDr O;fDr;ksa dks 'kkldh; lsok esa vkosnu i= izLrqr djus gsrqfu/kkZfjr vf/kdre vk;q lhek esa mrus o"kZ dh NwV nh tk,xh]ftrus o"kZ mlus lafonk ds #i esa lsok dh gSA ;g NwV vf/kdre38 o"kZ dh vk;q lhek rd jgsxhA

egRoiw.kZ Vhi%&¼i½ NRrhlx<+ 'kklu] lkekU; iz'kklu foHkkx ds ifji= Øekad ,Q

3&2@2002@1&3 jk;iqj fnukad 15-06-2010 esa fn, x, funsZ'kds vuqlkj NŸkhlx<+ jkT; ds LFkkuh; fuoklh vH;fFkZ;ksa ds fy,vf/kdre vk;q 35 o"kZ fu/kkZfjr gS] fdUrq ifji= Øekad ,Q3&2@2002@1&3 jk;iqj fnukad 27-09-2013 esa fn, x, funsZ'kds vuqlkj NŸkhlx<+ jkT; ds LFkkuh; fuoklh vH;fFkZ;ksa dsfy, vf/kdre vk;q ,d ckj ds fy, 35 o"kZ ds LFkku ij 40o"kZ gksxh] ijUrq vU; fo'ks"k oxZ tSls&NŸkhlx<+ ds fuoklhvuqlwfpr tkfr] vuqlwfpr tutkfr] vU; fiNM+k oxZ ¼xSj Øhehys;j½]efgyk vkfn ds fy, vf/kdre vk;q lhek esa jkT; 'kklu }kjk tksNwV nh xbZ gS os NwV ;Fkkor ykxw jgsxh] rFkk lkekU; iz'kklufoHkkx }kjk vk;q ds laca/k esa le;&le; ij tkjh funsZ'kksa dsvk/kkj ij vH;fFkZ;ksa dks vk;q esa nh tkus okyh lHkh izdkj dhNwVksa dks lfEefyr djus ds ckn 'kkldh; lsok esa fu;qfDrgsrq vf/kdre vk;q 45 o"kZ ls vf/kd ugha gksxhA

¼ii½ vk;q dh x.kuk fnukad & 01-01-2014 ds lanHkZ esa dh tk,xhA¼5½ vH;FkhZ vkWuykbu vkosnu djus ds igys foKkiu esa nf'kZr

vko';d 'kS{kf.kd vgZrkvksa ,oa vk;q ds vuq:i viuhvgZrk dh tkap dj Lo;a lqfuf'pr dj ysa ,oa vgZrk dhleLr 'krksZa dks iwjk djus dh fLFkfr ls iw.kZr;k larq"V gksus

( 3 )

Øe'k%

ij gh os vkosnu&i= HkjasA ijh{kk esa lfEefyr djus vFkoklk{kkRdkj ds fy, vkeaf=r djus dk vFkZ ;g dnkfi ugha gksxkfd vH;FkhZ dks vgZ eku fy;k x;k gS rFkk p;u ds fdlh HkhLrj ij vH;FkhZ ds vugZ ik;s tkus ij mldk vkosnu&i=fcuk dksbZ lwpuk fn;s fujLr dj mldh vH;fFkZrk lekIrdj nh tk,xhA

¼6½ lk{kkRdkj ds iwoZ okafNr nLrkostksa dk izLrqr fd;k tkuk%&lk{kkRdkj ds iwoZ vuqizek.ku QkeZ ds lkFk fuEufyf[kr izek.k i=ksavkSj vadlwfp;ksa dh Lo;a vFkok fdlh jktif=r vf/kdkjh }kjkizekf.kr izfrfyfi;ka izLrqr djuk vfuok;Z gksxk ftlds ijh{k.kmijkar vH;FkhZ dh vgZrk ¼Eligibility½ dh tkap dh tk,xhA

¼i½ vk;q laca/kh izek.k ds fy;s lkekU;r% gkbZLdwy@gk;j lsds.MjhLdwy vFkok eSfVªdqys'ku lfVZfQdsV vFkok rRle vgZrk dk izek.ki=A vU; izek.k i= ekU; ugha gksaxsA

¼ii½ foKkfir in ds fy, vko';d 'kS{kf.kd vgZrk ls lacaf/kr leLrlsesLVj@o"kZ dh vadlwphA

¼iii½ in ds fy, vko';d 'kS{kf.kd vgZrkvksa dk izek.k&i= ;Fkk&Lukrd@LukrdksRrj mikf/k] vuqHko vkfn tks lacaf/kr in dsfy, vko';d gS] dh Loizekf.kr vFkok fdlh jktif=r vf/kdkjh}kjk izekf.kr izfrfyfi;kaA vH;FkhZ ;g lqfuf'pr dj yas fdvkosfnr in gsrq okafNr vko';d 'kS{kf.kd vgZrkvksa ,oavU; vgZrkvksa ls lacaf/kr izek.k i= vk;ksx dks vkWuykbuvkosnu i= Hkjus dh vafre frfFk rd vko';d :i ls izkIrdj fy;k gSA vkWuykbu vkosnu djus dh vafre frfFk dsckn dh frfFk dks tkjh dh xbZ mikf/k@vU; izek.k i=ekU; ugha fd;k tk,xkA

¼iv½ tkfr izek.k i= %&¼a½ ;fn vH;FkhZ NRrhlx<+ jkT; dk ewy fuoklh gks ,oa vuqlwfpr

tkfr@vuqlwfpr tutkfr@vU; fiNM+k oxZ ¼xSj Øhehys;j½ dhJs.kh esa vkrk gS rFkk tks bl foKkiu ds rgr nf'kZr NwV ¼vk;q@'kqYd@vkj{k.k½ dk ykHk izkIr djus gsrq vkWuykbu vkosnu djjgk gks] rks l{ke izkf/kdkjh }kjk tkjh LFkk;h tkfr izek.k&i=izLrqr djuk gksxkA

¼b½ vuqlwfpr tutkfr@vuqlwfpr tkfr ds fookfgr efgyk vH;fFkZ;ksadks vius uke ds lkFk firk ds uke yxk tkfr izek.k&i= izLrqrdjuk vfuok;Z gS] ,oa rn~uqlkj tkfr izek.k i= izLrqr ugha fd;stkus ij bls ekU; ugha fd;k tk,xkA

¼c½ vU; fiNM+k oxZ dks vkj{k.k dsoy xSj Øhehys;j ds vk/kkj ij ghns; gSA xSj Øhehys;j dk fu/kkZj.k okf"kZd vk; ds vk/kkj ij gksrkgSA vr% vU; fiNM+k oxZ ds vH;FkhZ dks tkfr izek.k i= ds lkFkxSj Øhehys;j ds vUrxZr vkus ds izek.k gsrq ,slk vk; izek.k i=Hkh layXu djuk gksxk tks vkosnu djus dh frfFk ls iwoZorhZ 3 o"kZds Hkhrj tkjh fd;k gqvk gksA

¼d½ ;fn fu/kkZfjr mPprj vk;q lhek esa NwV pkgh xbZ gS rksfuEu nLrkost@izek.k i= vfuok;Zr% izLrqr djsa%&

¼i½ rnFkZ :i ls 'kklu dh lsok esa dk;Zjr vH;fFkZ;ksa dks rRlaca/khizek.k&i= layXu djuk vko';d gSA

¼ii½ foKkiu dh dafMdk & 4¼i½] 4¼ii½] 4¼iii½] 4¼iv½] 4¼vi½] ,oa 4¼vii½ dsvarZxr mPprj vk;q lhek esa NwV dh ik=rk ds fy, l{kevf/kdkjh@fu;ksDrk vf/kdkjh dk izek.k&i=A

¼iii½ foKkiu dh dafMdk & 4¼viii½ ds vUrxZr mPprj vk;q lhek esaNwV dh ik=rk ds fy, lc&fMohtuy eftLVªsV vFkok ftykeftLVsªV dk izek.k&i=A

¼iv½ foKkiu dh dafMdk & 4¼ix½ ds vUrxZr mPprj vk;q lhek esa NwVds fy;s ftyk eftLVªsV@lc fMohtuy eftLVªsV@jkT; 'kkluds }kjk izkf/kd`r vU; l{ke vf/kdkjh dk izek.k&i=A

¼v½ foKkiu dh dafMdk & 4¼x½ ds vUrxZr mPprj vk;q lhek esa NwVds fy, **'kghn jktho ik.Ms iqjLdkj] xq.Mk/kqj lEeku] egkjktkizohjpUnz Hkatnso lEeku RkFkk jk"Vªh; ;qok iqjLdkj** izkIr gksus dk

izek.k&i=A¼vi½ foKkiu dh dafMdk & 4¼xi½ ds vUrxZr mPprj vk;q lhek esa NwV

ds fy, **l{ke vf/kdkjh }kjk tkjh lafonk vuqHko** dk izek.k&i=A¼7½ fu;ksDrk dk vukifRr izek.k&i= %&¼i½ ;fn vH;FkhZ NRrhlx<+ 'kklu ds v/khu 'kkldh; foHkkx@fuxe@

eaMy@miØe esa dk;Zjr gksa vFkok Hkkjr ljdkj vFkok mudsfdlh miØe dh lsok esa dk;Zjr gksa ;k jk"Vªh;Ñr@vjk"Vªh;ÑrcSad] futh laLFkkvksa ,oa fdlh Hkh fo'ofo|ky; esa dk;Zjr gksa rksos vkWuykbu vkosnu dj ldrs gSa] ijUrq vkWuykbu vkosnu djusds iwoZ vFkok blds rqjar i'pkr~ mUgsa vius fu;qfDr izkf/kdkjh@dk;kZy; izeq[k dks ^^vukifŸk izek.k&i=** lh/ks vk;ksx dks Hkstusds fy, fuosnu djrs gq, vkosnu dj ikorh izkIr djrs gq, blslqjf{kr j[kuk pkfg,A

¼ii½ ;fn ,sls vH;FkhZ dks vk;ksx }kjk lk{kkRdkj ds fy, vkeaf=rfd;k tkrk gS] rks mUgsa lk{kkRdkj ds iwoZ fu;qfDr izkf/kdkjh@dk;kZy;izeq[k dks vukifŸk izek.k&i= tkjh djus gsrq izLrqr vkosnu dhizfr ,oa mDr vkosnu dh fu;qfDr izkf/kdkjh@dk;kZy; izeq[k}kjk nh xbZ vfHkLohÑfr ¼ftlesa vkosnu izkfIr dh frfFk Hkhvafdr gks½ izLrqr djuk gksxkA

¼iii½ ;fn vH;FkhZ mijksDrkuqlkj ^^vukifRr izek.k i=** izLrqr djus esavlQy jgrs gksa] rks ,slh fLFkfr esa mudk lk{kkRdkj rks fy;ktk,xk] ijUrq lk{kkRdkj i'pkr~ p;u dh fLFkfr esa mUgsa lacaf/krlaLFkk }kjk HkkjeqDr u fd;s tkus vkfn ds QyLo:i mudhfu;qfDr fujLr fd;s tkus dh fLFkfr curh gS rks blds fy,vk;ksx@'kklu ds lacaf/kr foHkkx dh dksbZ ftEesnkjh ugha gksxhrFkk bl laca/k esa ,sls vH;FkhZ dk dksbZ vH;kosnu Lohdkj ughafd;k tk,xkA

¼8½ vkijkf/kd vfHk;kstu %&(A) ,sls vH;FkhZ dks vkijkf/kd vfHk;kstu ds fy, nks"kh Bgjk;k

tk,xk ftls vk;ksx us fuEufyf[kr ds fy, nks"kh ik;k gks%&¼i½ ftlus viuh vH;fFkZrk ds fy, ijh{kk ;k lk{kkRdkj esa fdlh Hkh

rjhds ls leFkZu izkIr fd;k gks ;k bldk iz;kl fd;k gks] ;k¼ii½ ij:i /kkj.k ¼bEijlksus'ku½ fd;k gks] ;k¼iii½ fdlh O;fDr ls ij:i /kkj.k djk;k gks@fd;k gks] ;k¼iv½ QthZ nLrkost ;k ,sls nLrkost izLrqr fd;s gkas ftuesa Qsjcny

fd;k gks] ;k¼v½ p;u ds fdlh Hkh Lrj ¼Stage½ ij vlR; tkudkjh nh gks ;k

lkjHkwr tkudkjh fNik;h gks] ;k¼vi½ ijh{kk@lk{kkRdkj esa izos'k ikus ds fy;s dksbZ vU; vfu;fer ;k

vuqfpr lk/ku viuk;k gks] ;k¼vii½ ijh{kk@lk{kkRdkj d{k esa vuqfpr lk/kuksa dk mi;ksx fd;k

gks ;k djus dk iz;kl fd;k gks] ;k¼viii½ ijh{kk@lk{kkRdkj lapkyu esa yxs deZpkfj;ksa dks ijs'kku fd;k gks

;k /kedk;k gks ;k 'kkjhfjd {kfr igqapkbZ gks] ;k¼ix½ izos'k&i=@cqykok i= esa vH;fFkZ;ksa ds fy;s nh xbZ fdUgh Hkh

fgnk;rksa ;k vU; vuqns'kks a ftuesa ijh{kk lapkyu esa yxsdsUnzk/;{k@lgk;d dsUnzk/;{k@oh{kd@izkf/kd`r vU; deZpkjh}kjk dsUnzk/;{k ds }kjk LFkkfir O;oLFkk vuqlkj ekSf[kd :i lsnh xbZ fgnk;rsa Hkh 'kkfey gSa] dk mYya?ku fd;k gks] ;k

¼x½ ijh{kk d{k esa ;k lk{kkRdkj esa fdlh vU; rjhds ls nqO;Zogkj fd;kgks] ;k

¼xi½ NRrhlx<+ yksd lsok vk;ksx ds Hkou ifjlj@ijh{kk dsUnzifjlj esa eksckby Qksu@lapkj ;a= izfrca/k dk mYya?kufd;k gksA

(B) mijksDr izdkj ls nks"kh ik;s tkus okys vH;fFkZ;ksa ds fo:)vkijkf/kd vfHk;kstu ds vykok mu ij fuEufyf[kr dk;Zokgh Hkhdh tk ldsxh&

¼i½ vk;ksx }kjk ml p;u ds fy;s] ftlds fy, og vH;FkhZ gS] mldhvH;fFkZrk fujLr dh tk ldsxh vkSj@;k

( 4 )

Øe'k%

¼ii½ mls ;k rks LFkk;h :i ls ;k fof'k"V vof/k ds fy, fuEufyf[kr lsfooftZr fd;k tk,xk&

(a) vk;ksx }kjk yh tkus okyh ijh{kk ;k mlds }kjk fd;s tkus okysp;u lsA

(b) jkT; 'kklu }kjk ;k@mlds v/khu fu;kstu ls oafpr fd;k tkldsxk] vkSj

(c) ;fn og 'kklu ds v/khu igys ls gh lsok esa gks rks mijksDrkuqlkjfd, x, mYya?ku ds fy, ml ij vuq'kklfud dk;Zokgh dh tkldsxh]

ijUrq mijksDr dk;Zokgh ds ifj.kkeLo:i dksbZ 'kkfLrrc rd vkjksfir ugha dh tk,xh] tc rd fd&(i) vH;FkhZ dks fyf[kr esa ,slk vH;kosnu] tks og bl laca/kesa nsuk pkgs] izLrqr djus dk volj ugha fn;k x;k gks] vkSj(ii) vH;FkhZ }kjk vuqer vof/k ds Hkhrj izLrqr fd;s x;svH;kosnu ij fopkj u fd;k x;k gksA

¼9½ vugZrk%& NRrhlx<+ flfoy lsok ¼lsok dh lkekU; 'krsZa½ fu;e]1961 ds fu;e 6 ds vuqlkj fuEufyf[kr vugZrk gksxh %&

¼i½ dksbZ Hkh iq:"k vH;FkhZ] ftldh ,d ls vf/kd ifRu;ka thfor gksavkSj dksbZ Hkh efgyk vH;FkhZ ftlus ,sls O;fDr ls fookg fd;k gksftldh igys gh ,d ifRu thfor gks] fdlh lsok ;k in ijfu;qfDr dk ik= ugha gksxk@ugha gksxhA

ijUrq ;fn 'kklu dk bl ckr ls lek/kku gks tk, fd,slk djus ds fo'ks"k dkj.k gSa] rks og ,sls vH;FkhZ dks bl fu;e dsizorZu ls NwV ns ldsxkA

¼ii½ dksbZ Hkh vH;FkhZ fdlh lsok ;k in ij rc rd fu;qDr ugha fd;ktk,xk tc rd mls ,slh LokLF; ijh{kk esa] tks fofgr dh tk,]ekufld vkSj 'kkjhfjd #i ls LoLF; vkSj lsok ;k in ds drZO; dsikyu esa ck/kk Mky ldus okys fdlh ekufld ;k 'kkjhfjd nks"k lseqDr uk ik;k tk,A

ijUrq vkiokfnd ekeyksa esa fdlh vH;FkhZ dks mldh LokLF;ijh{kk ds iwoZ fdlh lsok ;k in ij bl 'krZ ds v/;k/khu vLFkk;h#i ls fu;qDr fd;k tk ldsxk fd ;fn mls LokLF; dh nf"V lsv;ksX; ik;k x;k rks mldh lsok,a rRdky lekIr dh tk ldsxhA

¼iii½ dksbZ Hkh vH;FkhZ fdlh lsok ;k in ij fu;qfDr ds fy, ml fLFkfresa ik= ugha gksxk] ;fn ,slh tkap ds ckn] tSls fd vko';d le>htk,] fu;qfDr izkf/kdkjh dk bl ckr ls lek/kku gks tk, fd oglsok ;k in ds fy, fdlh nf"V ls mi;qDr ugha gSA

¼iv½ dksbZ Hkh vH;FkhZ ftls efgykvksa ds fo#) fdlh vijk/k dk fl)nks"k Bgjk;k x;k gks] fdlh lsok ;k in ij fu;qfDr ds fy, ik=ugha gksxkA

ijUrq tgka rd fdlh vH;FkhZ ds fo#) U;k;ky; esa ,slsekeys] yafcr gksa rks mldh fu;qfDr dk ekeyk vkijkf/kd ekeys dkvafre fofu'p; gksus rd yafcr j[kk tk,xkA

¼v½ dksbZ Hkh vH;FkhZ] ftlus fookg ds fy, fu;r dh xbZ U;wure vk;qls iwoZ fookg dj fy;k gks] fdlh lsok ;k in ij fu;qfDr ds fy,ik= ugha gksxkA

¼vi½ dksbZ Hkh vH;FkhZ ftldh nks ls vf/kd thfor larku gSa] ftuesa ls,d dk tUe 26 tuojh] 2001 dks ;k mlds i'pkr~ gks] fdlh lsok;k in ij fu;qfDr ds fy, ik= ugha gksxkA ijUrq dksbZ Hkh vH;FkhZ]ftldh igys ls ,d thfor larku gS rFkk vkxkeh izlo 26tuojh] 2001 dks ;k mlds i'pkr~ gks] ftlesa nks ;k nks ls vf/kdlarku dk tUe gksrk gS] fdlh lsok ;k in ij fu;qfDr ds fy,fujfgZr ugha gksxkA

¼10½ p;u izfØ;k %& foKkfir in ij p;u ds fy, fu/kkZfjr vko';d'kS{kf.kd ;ksX;rk,a U;wure gSa vkSj bu ;ksX;rkvksa ds gksus ls ghmEehnokj vkWuykbu ijh{kk@lk{kkRdkj gsrq cqyk;s tkus ds gdnkjugha gks tkrs gSaA

¼i½ mEehnokj dk p;u vkWuykbu ijh{kk ,oa lk{kkRdkj ds ek/;e ls

fd;k tk,xkA¼ii½ ijh{kk ;kstuk ifjf'k"V&^,d* ,oa ikB~;Øe ifjf'k"V&^nks* esa

fn;k x;k gSA¼iii½ vkWuykbu ijh{kk gsrq jk;iqj] nqxZ&fHkykbZ] txnyiqj] vfEcdkiqj

,oa fcykliqj ijh{kk dsUnz gksxkA¼iv½ in Øekad 1] 2 ,oa 3 rFkk in Øekad 4] 5 ,oa 6 ds vH;FkhZx.k

eq[; ijh{kk ds i'pkr~ lk{kkRdkj gsrq fpUgkafdr gks tkus dsmijkUr ijLij vxzekU;rk vkWuykbu HkjsaxsA

¼v½ izFke iz'u i= lHkh vH;fFkZ;ksa ds fy, ,d leku gksxk rFkk f}rh;,oa rrh; iz'u i= lacaf/kr vfHk;kaf=dh fo"k;ksa ds fy, iFkd&i`FkdgksxkA

¼vi½ izFke iz'u i= fgUnh rFkk vaxzsth ek/;e esa gksxk] f}rh; ,oa r`rh;iz'u i= dsoy vaxzsth ek/;e esa gksaxsA

¼11½ vkWuykbZu vkosnu gsrq vkosnu 'kqYd %&¼i½ NRrhlx<+ ds ewy@LFkkuh; fuoklh] tks fd NRrhlx<+ ds fy,

vf/klwfpr vuqlwfpr tkfr] vuqlwfpr tutkfr rFkk vU; fiNM+koxZ ¼xSj Øhehys;j½ dh Js.kh esa vkrs gSa] ds fy, :i;s 300@&¼:i;s rhu lkS½ ,oa 'ks"k lHkh Js.kh ds fy, rFkk NÙkhlx<+ dsckgj ds fuoklh vkosndksa ds fy, #i;s 400@& ¼:i;s pkj lkS½vkosnu 'kqYd ns; gksxkA

¼12½ vkWuykbu ijh{kk ds laca/k esa %&¼i½ vk;ksx }kjk vk;ksftr vkWuykbu ijh{kk iz.kkyh esa iquxZ.kuk

vFkok iqueZwY;kadu dk izko/kku ugha gSA vr% bl laca/k esa fdlhizdkj ds vH;kosnu ij fopkj ugha fd;k tk,xkA

¼ii½ vH;FkhZ vk;ksx dks vkWuykbu ijh{kk ds iz'u&i= esa eqnz.k =qfV]iz'u&i= dh lajpuk ,oa mŸkj esa =qfV ds laca/k esa ijh{kk dsi'pkr~ ijh{kk fu;a=d] NRrhlx<+ yksd lsok vk;ksx] 'kadjuxjjksM] jk;iqj dks e; nLrkosth izek.kksa ds vH;kosnu@f'kdk;rizsf"kr dj ldrk gS] tks ijh{kk frfFk ds 15 fnol ds Hkhrj vk;ksxdk;kZy; esa vfuok;Zr% izkIr gks tkus pkfg,A mDr vof/k dsi'pkr~ izkIr vH;kosnu@f'kdk;r ij vk;ksx }kjk fopkj ughafd;k tk,xkA

¼13½ ;k=k O;; dk Hkqxrku %&¼i½ NRrhlx<+ ds ,sls ewy fuoklh dks] tks fdlh lsok esa u gks rFkk

NRrhlx<+ 'kklu }kjk ?kksf"kr vuqlwfpr tkfr] vuqlwfpr tutkfr,oa vU; fiNM+k oxZ ¼xSj Øhehys;j½ ds vH;FkhZ gSa] NRrhlx<+'kklu ds izpfyr fu;eksa ds v/khu ijh{kk esa lfEefyr gksus ijlk/kkj.k ntsZ dk okLrfod fVfdV fdjk;k jkf'k dk uxn Hkqxrkuokilh ;k=k ds iwoZ ijh{kk dsUnz ij dsUnzk/;{k }kjk fd;k tk,xkAvH;fFkZ;ksa dks blds fy;s dsUnzk/;{k dks okafNr ?kks"k.kk&i= Hkjdjnsuk gksxk rFkk ;k=k HkRrs dh ik=rk ls lacaf/kr vko';d lHkhizek.k&i= izLrqr djus gksaxsA vr% os NRrhlx<+ 'kklu }kjkizkf/kd`r vf/kdkjh }kjk iznRr tkfr izek.k&i= dh Lo;a ds }kjkvFkok jktif=r vf/kdkjh }kjk izekf.kr izfrfyfi rFkk ;k=kfVfdV ?kks"k.kk i= ds lkFk layXu djsa] rHkh mUgsa fVfdV fdjk;kfn;k tk,xkA

¼ii½ lk{kkRdkj ds fy;s & lk{kkRdkj gsrq mifLFkr gksus okys mijksDrJsf.k;ksa ds vH;fFkZ;ksa dks lk/kkj.k ntsZ dk okLrfod fVfdV fdjk;kjkf'k dk Hkqxrku fu;ekuqlkj dafMdk 13¼i½ esa mYysf[kr okafNrizek.k i= izLrqr djus ij vk;ksx dk;kZy; }kjk fd;k tk,xkA

¼14½ foKfIr esa mYysf[kr 'krsZa@egRoiw.kZ funsZ'k@tkudkjh vkfndk fuoZpu ¼Interpretation½%&bl foKfIr esa mYysf[kr 'krsZa egRoiw.kZ funsZ'k@tkudkjh vkfn dsfuoZpu dk vf/kdkj vk;ksx dk jgsxk ,oa bl laca/k esa fdlhvH;FkhZ ds }kjk izLrqr vH;kosnu ekU; ugha fd;k tk,xk ,oavk;ksx }kjk fy;k x;k fu.kZ; vafre rFkk vH;FkhZ ij ca/kudkjhgksxkA lgh@&

lfpoNRrhlx<+ yksd lsok vk;ksx] jk;iqj

( 1 )

ifjf'k"V&^,d*

ijh{kk ;kstuk

¼1½ ;g la;qDr izfr;ksxh ijh{kk fuEukuqlkj gksxh%&

¼i½ jkT; vfHk;kaf=dh lsok izFke pj.k ¼fyf[kr ijh{kk½ ftlds ek/;e ls jkT; vfHk;kaf=dh lsok f}rh; pj.k ¼lk{kkRdkj½ gsrq

mEehnokjksa dk vgZrk fu/kkZj.k fd;k tk,xkA

¼ii½ f}rh; pj.k ¼lk{kkRdkj½&

fyf[kr ijh{kk ,oa lk{kkRdkj esa izkIr vadksa ds vk/kkj ij esfjV ds vuqlkj fofHkUu Jsf.k;ksa dh lsokvksa rFkk inksa ds fy;s mEehnokjksa dk

p;u vf/kekU;rk ds vk/kkj ij fd;k tk,xkA

¼2½ ¼i½ izFke pj.k ¼fyf[kr ijh{kk½ esa oLrqfu"B ¼cgq fodYi iz'u½ izdkj ds rhu iz'ui= gksaxs]

izFke iz'u i=%& bl iz'u i= esa lkekU; v/;;u] NRrhlx<+ dk lkekU; Kku ,oa ekufld ;ksX;rk ls lacaf/kr iz'u iwNs tk,axsA

f}rh; ,oa r`rh; iz'u i=%& flfoy@;kaf=d@fo|qr@d`f"k vfHk;kaf=dh ls lacaf/kr gksaxs] ftuesa ls fdlh ,d fo"k; esa ijh{kk nsuh gksxhA

¼ii½ izFke pj.k ¼fyf[kr ijh{kk½ ds iz'u i= oLrqfu"B ¼cgq fodYi iz'u½ izdkj ds gksaxs] izR;sd iz'u ds fy;s ikap laHkkO; mÙkj gksaxs ftUgsa v]

c] l] n vkSj b esa lewghÑr fd;k tk,xk ftuesa ls dsoy ,d mÙkj lgh@fudVre lgh gksxk] mEehnokj dks mÙkj iqfLrdk esa mlds }kjk fuf.kZr

lgh@fudVre lgh ekus x;s v] c] l] n ;k b esaa ls dsoy ,d ij fpUg yxkuk gksxkA

¼iii½ izR;sd lgh mRrj ds fy, nks vad izkIr gksaxsA vH;FkhZ dsoy mUgha iz'uksa ds mRrj nsa ftuds laca/k esa os vk'oLr gksa fd og mRrj lgh gS]

D;ksafd izR;sd xyr mRrj ij ,d vad de fd;k tk,xkA ¼dqy izkIr vad ¼2R-W½ gksaxs tgka R = lgha mRrjksa dh la[;k ,oa W = xyr mRrjksa

dh la[;k½

¼3½ fyf[kr ijh{kk%&

¼i½ izFke pj.k ¼fyf[kr ijh{kk½ esa oLrqfu"B izdkj ds rhu iz'u i= fuEukuqlkj gksaxs%&

iz'u i=&I lkekU; v/;;u

iz'uksa dh la[;k 150 2%30 ?kaVs vaad 300

iz'u i=&II vfHk;kaf=dh ¼flfoy@;kaf=d@fo|qr@d`f"k vfHk;kaf=dh½ Hkkx&1

iz'uksa dh la[;k 150 2%30 ?kaVs vaad 300

iz'u i=&III vfHk;kaf=dh ¼flfoy@;kaf=d@fo|qr@d`f"k vfHk;kaf=dh½ Hkkx&2

iz'uksa dh la[;k 150 2%30 ?kaVs vaad 300

¼ii½ izR;sd iz'u i= dh le; vof/k 2%30 ?kaVs dh gksxhA

¼iii½ izFke iz'u i= fgUnh rFkk vaxzsth esa gksxk] vU; iz'u i= vaxzsth esa gksaxsA

¼iv½ fyf[kr ijh{kk ds vUrxZr mEehnokjksa dks izR;sd iz'u i= esa de ls de 40 izfr'kr vad izkIr djus gksaxsA vuqlwfpr tkfr@vuqlwfpr

tutkfr@vU; fiNM+k oxZ ds mEehnokjksa ds ekeys esa vgZdkjh vad dsoy 30 izfr'kr gksaxsA

¼4½ lk{kkRdkj ds fy, vkeaf=r fd;s tkus okys mEehnokjksa dh la[;k] foKkiu esa nh xbZ lacaf/kr vfHk;kaf=dh fo"k; ds fjDr LFkkuksa dh la[;k ls

yXkHkx rhu xquh gksxhA dsoy os mEehnokj] ftUgsa vk;ksx }kjk fyf[kr ijh{kk esa vgZ ?kksf"kr fd;k tkosxk] os lk{kkRdkj ds fy, ik= gksaxsA

¼5½ lk{kkRdkj%& lk{kkRdkj ds fy;s 100 vad gksaxs ¼blds fy, dksbZ vgZdkjh U;wure vad ugha gksaxs½A

*****

( 1 )

Øe'k%

" P A P E R - I "

lkekU; v/;;u

Hkkx&1 lkekU; v/;;u %&

1- Hkkjr dk bfrgkl] Lora=rk vkanksyu ,oa Hkkjr dk HkwxksyA

2- Hkkjr dk lafo/kku] yksd iz'kklu ,oa fof/kA

3- Hkkjr dh vFkZO;oLFkk] i;kZoj.k] ty] [kfut ,oa ou lalk/kuA

4- lelkef;d ?kVuk,a ,oa [ksydwnA

5- lkekU; foKku ,oa dEI;wVj laca/kh lkekU; KkuA

Hkkx&2 NRrhlx<+ dk lkekU; Kku%&

1- NRrhlx<+ dk bfrgkl ,oa Lora=rk vkanksyu esa NRrhlx<+ dk

;ksxnkuA

2- NRrhlx<+ dk Hkwxksy] ty] [kfut lalk/ku] tyok;q ,oa HkkSfrd

n'kk;saA

3- NRrhlx<+ dh lkfgR;] laxhr] uR;] dyk ,oa laLd`frA

4- NRrhlx<+ dh tutkfr;ka] cksyh] rht ,oa R;kSgkjA

5- NRrhlx<+ dh vFkZO;oLFkk] ou ,oa df"kA

6- NRrhlx<+ dk iz'kklfud <+kapk] LFkkuh; 'kklu ,oa iapk;rh jktA

7- NRrhlx<+ esa ekuo lalk/ku ,oa ÅtkZ lalk/kuA

8- NRrhlx<+ esa f'k{kk] LokLF; ,oa lelkef;d ?kVuk,aA

Hkkx&3 cqf)erk ijh{k.k%&

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" P A P E R - II "

(01) C I V I L E N G I N E E R I N G - I

UNIT-1 Solid Mechanics :

Units and Dimensions. First & Second Moments of Area,

Mass, Moment of Inertia. Concept of Forces, Free body diagrams &

Conditions of Static Equilibrium. Principle of Virtual Work. Elastic

Constants, Stresses, Plane Stress, Mohr’s Circle of Stresses. Strains,

Plane Strain, Mohr’s Circle of Strains. Combined Stresses. Elastic

Theories of failures. Bending moment and shear force diagrams for

simple structures. Bending stress & Shear Stress variation and Torsion

of Circular & Rectangular sections. Unsymmetrical Bending & torsion.

Beams of Uniform Strength. Elastic Stability of Columns, Euler’s,

Rankine’s and Secant Formulae.

UNIT-2 Structural Analysis :

Analysis of Determinate Structures: Calculation of deflec-

tion by Macaulay Method, Moment Area Theorems, Conjugate Beam

Method, Unit load methods. Analysis of Simple Plane Trusses and

deflection computation. Determination of degree of indeterminacy.

Analysis of Indeterminate structures; Castigliano’s Theorem

I and II, Method of Consistent Deformation, Moment Distribution,

Slope Deflection, Kani’s method and Column Analogy method, Stiff-

ness & Flexibility Matrix methods.

Rolling Loads & Influence lines for Determinate and Inde-

terminate Structures.

UNIT-3 Design of RCC & Prestress Structures :

Limit State Design for bending, shear, axial compression and

combined forces. Codal provisions for Slabs, Beams, Walls, Stair-

cases & Footings. Working stress method of Design of RC Mem-

bers. Design of Cantilever and Counter-fort Retuning Walls. Design

of RCC Slab & Beam Bridges.

Principles of Prestressed Concrete Design, Materials, Meth-

ods of Prestressing, Losses in Prestressing, Design of simple mem-

bers and determinate structures.

UNIT-4 Design of Steel Structures :

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Factor of Safety and Load Factors, Design of Steel Tension

& Compression Members. Design of Beams & Columns (Rolled

and Built up Sections). Simple Rivetted and Welded Connections.

Design of Base Plate and Grillage Foundation. Design of Plate Gird-

ers and Gantry Girders.

Plastic Design of Beams & Frames. Theory of Plastic bend-

ing, Plastic analysis, Statical and mechanism methods. Introduction

to Design of Steel Bridges.

UNIT-5 Building Materials, Construction Practices, Planning &

Management :

Aggregates, Bricks & Cement : Types, Classification, Stan-

dard Tests as per BIS, Manufacturing of Bricks & Cement. Cement

Mortar : Ingredients, Proportions, Mortars for Plastering & Masonry.

Concrete : Ingredients, Importance of W/c Ratio, Workability, Stan-

dard Tests for Fresh & Hardened Concrete, Admixtures, Methods of

Concrete Mix Design.

Planning, Design & Preparation of Drawing, Orientation,

Circulation, Light & Ventilation. Construction of Building Compo-

nents: Masonry, Roofs, Footing, Staircase, Doors & Windows, Lin-

tel, Chhajja. Plastering, Pointing & Painting. Building estimates &

Specifications, Rate Analysis, Current Schedule of Rates. Valuation,

Contract Conditions & Agreements.

Construction Scheduling, Bar Charts, CPM, PERT & other

techniques. Construction Machinery viz. Mixtures, Excavators, Vi-

brators etc.

(02) M E C H A N I C A L E N G I N E E R I N G - I

UNIT-1 : Engineering Mechanics and Mechanics of Solids

Equilibrium and resultant of system of forces and couples,

Free body Diagram; Centre of gravity and moment of Inertia, Kine-

matics and dynamics of particles and bodies, Analysis of Trusses

and Frames, Work, Power and Energy, Stress Strain Relationship

with Elastic Constants, Stress-Strain diagram, Stress and Strains in

Two Dimensions; Principal Stresses and Strain; Mohr’s Circle for

stress and strain; Strain Energy, Castigliano’s theory, Bending Mo-

ment and Shear Force Diagram of Beams; Bending and Shear Stress

Distribution in beams; Deflection of Beams, Combined Stresses; Axial,

Bending and Torsion; Torsion of Circular Shafts; Thin and Thick

Walled Pressure Vessels; Theory of Column; Columns with different

end conditions.

UNIT-2 : Theory of Machines

Higher and Lower pairs, Inversion, Steering Mechanisms,

Hooks Joint, Velocity and Acceleration of links, Inertia– Forces,

Cams, Conjugate action of Gearing and Interference, Types of Gears

– Spur, helical, bevel and worm. Gear Trains, Epicyclic Gears, Belt

drives, Brakes, Clutches, Dynamometers, Fly wheels, Governors,

Balancing of Rotating and Reciprocating Masses. Free Forced and

Damped Vibrations for a single degree of freedom. Critical speed

and Whirling of Shafts, Gyroscope.

UNIT-3 : Design of Machine Element

Design for Static and Dynamic loading; Stress Concentra-

tion Factors; Theories of Failures; Fatigue Strength and S-N dia-

gram; Design of Threaded, Riveted and Welded joints, Eccentric

Loading, Design of Machine elements – Keys & Couplings, Shafts,

Spur Gears, Hydrodynamic Bearing, Rolling and Sliding contact bear-

ings, Brakes and Clutches, Power Screw.

UNIT-4 : Production Engineering

Structure and Properties of Engineering Materials, Metal and

Non-metals, Plastics, Iron-Carbon Equilibrium diagram, Heat Treat-

ment of Steel. Merchant’s Force Analysis, Tool life and Tool wear;

Cutting fluids, Machinability and Machining Economics; Metal Cut-

ting Processes - Turning, Drilling, Boring, Milling, Gear Cutting and

Grinding; Un-Conventional Machining Processes – EDM, ECM,

USM & LBM; Limits, Fits and Tolerances; Measurement of Sur-

face Roughness; Interferometry. Metal Casting-Patterns, Moulds and

Cores; Solidification and Cooling; Riser, Runner and Gate. Hot and

Cold working Processes; Metal Forming Processes – Forging, Roll-

ing, Extrusion, Drawing. Joining Processes – Welding, Brazing and

Soldering; Principles of Powder Metallurgy.

( 2 )

Øe'k%

UNIT-5 : Industrial Engineering and Production Management

Work Study - Method Study & Work Measurement, Job

Evaluation and Wage Incentive Plans, Production Planning and con-

trol; Forecasting Models; Aggregate Production Planning, Schedul-

ing; Material Requirement Planning; Inventory Control– ABC Analy-

sis, EOQ Model; Linear Programming – Simplex Method, Transpor-

tation and Assignment Model; Queuing Theory; PERT and CPM;

Statastical Quality Control, Control Charts for Variables and Attributes,

Total Quality Management.

(03) E L E C T R I C A L E N G I N E E R I N G - I

UNIT-1: Electromagnetic Field Theory

Co-ordinate system, Scalar and Vector fields, Stokes’s theo-

rem, Coulomb’s law, Laplace’s & Poisson’s equations, solution of

Laplace’s equation, Biot-Savart’s law, Ampere’s circuital law. Mag-

netic Boundary conditions. Scalar magnetic potiential, Vector mag-

netic potential, Self and Mutual inductances, Faraday’s Law,

Maxwell’s equations, Wave equation and solution, Pointing Vector.

Network Analysis –

Circuit elements, Voltage and current sources, DC Circuits

analysis. AC circuits under sinusoidal steady state. KCL and KVL

analysis, magnetically coupled circuits, initial conditions, Network

topology.

Network Theorems for AC & DC circuits

Frequency domain analysis –

Laplace transform, transform of waveform. Network Theo-

rems in transform domain, Fourier series. Network function. Two

port parameters, Interconnection of two ports networks.

UNIT-2 Electronics

Electronics Devices & Circuits, Semiconductor diodes, cir-

cuit & frequency response, analysis of diode circuits, diode applica-

tions.

Transistor Characteristics : Construction, principles of op-

eration, V-I characteristics, applications, limitations and specifica-

tions of different types.

Amplifiers : Fixing operating point, h-parameters, voltage

gain current gain, input impedance, output impedance, coupled am-

plifier – cascaded amplifiers. High frequency model of transistor,

bandwidth of amplifiers.

Feedback Amplifiers and Oscillators : Negative & positive

feedback, Power Amplifiers and Tuned Amplifiers, staibility consid-

eration.

Number Systems and Codes, Alphanumeric codes : Bool-

ean Algebra, Demorgon’s theorem, Boolean expression & logic dia-

gram. Truth table & maps,

Combinational Circuits : Design procedure, comparator, De-

coder, Demultiplexer, Encoders, Multiplexer.

Sequential Logic Circuit : Clocked sequential circuit, state

equations, Registers and Counters. Random Access Memory, Tim-

ing waveform, Programmable Logic Array (PLA). Analog to digital

conversion, Digital to Analog convertors.

16-bit 8086 microprocessors, Instruction set, Addressing mode, ma-

chine language programming, Interfacing to 16-bit microprocessor.

Microcontroller – Architecture of 8051, Interfacing to ADC

and DAC.

UNIT-3 Power Electronics Circuits

Application and Characteristics of power electronic devices,

Commutation techniques, firing of SCR.

Rating & protection of SCR, series and parallel operation of

SCR, Operation and analysis of rectifier circuits.

Voltage source & current source inverter, Harmonics & their

reduction techniques.

Principle of chopper operation, Various control strategies in

chopper, commutation of chopper, Cyclo convertor.

UNIT-4 Electrical Instrumentation

Measuring Instrument types, Accuracy and precision, Error

& Error analysis, Testing & calibration, Operating, Damping and

Controlling torque, Extension of range of instruments.

Instrument transformers, Measurement of power and en-

ergy, Energy meters, Tri-vector meter – Maximum demand meter,

Amperehour meter, Power factor meter, Frequency meter, Ohmme-

ter, Multi-meter, Megger & Ratio meter. Earth resistance measure-

ment, Magnetic Measurements.

Bridges & Measurement with bridge circuits, Sources of

errors in Bridges. Transducers, Classification, Characteristic & Choice

of Transducers, Digital data acquisition systems, Signal Generators,

Wave analyser, Digital instruments, resolution and sensitivity of Digital

meters, Digital display system and indicators, Analog recorders, X-Y

recorders.

UNIT-5 Control Engineering

Modeling of dynamic systems : Electrical, Mechanical and

hydraulic systems, transfer function, Open and closed loop systems,

Signal flow graph, Mason’s formula, Components of control sys-

tems: Error detectors (Synchros & Potentiometer), Servomotors (AC

& DC), techo generators, Power amplifier, steper motors.

Time – domain analysis of closed loop systems : Time re-

sponse of first and second order systems, Steady state error & error

constants. Feedback control actions : stability analysis. Characteris-

tics equation of closed loop system, root loci, Stability by root loci.

Frequency- Domain analysis, Bode plots, Nyquist stability analysis,

Relative stability. Frequency - Domain compensation : Design of

compensating networks. Sate-space Analysis, observability, optimal

control.

(04) A G R I C U L T U R E E N G I N E E R I N G - I

UNIT-1 Farm Power - Sources of farm power, classification of trac-

tors, power tiller and internal combustion engines. Engine compo-

nents, their constructions, operating principles and function. Engine

systems: Constructional details, adjustments & operating principles

of Valves & valve mechanism, Fuel & air supply, cooling, lubricat-

ing, ignition, starting and electrical systems. IC engine fuels, their

properties & combustion of fuels, diesel fuel test and their signifi-

cance, detonation and knocking in IC engines, Properties of cool-

ants, antifreeze and anti corrosion materials, lubricant types and their

properties, engine governing systems.

Different systems of tractor: Transmission system, clutch,

gear box, differential and final drive mechanism. Brake mechanism,

Hydraulic systems, PTO, belt pulley and drawbar. Tractor chassis

mechanics and design of tractor stability. General repair and mainte-

nance of tractor, fuel saving tips, selection of tractor and tractor

testing standards.

UNIT-2 Farm Equipment and Machinery- Status, constraints and

prospects of farm mechanization in Chhattisgarh and in India, selec-

tion of farm machineries for higher efficiency, Material of construc-

tion for different components of farm equipment, Field capacity,

efficiency and economics. Engineering properties of soil, tillage ob-

jectives, types, Principles of working, calibration, terminology, con-

structional features and adjustment of primary and secondary tillage

equipments, force acting on tillage tools. Principles of working, cali-

bration, terminology, constructional features and adjustment of Sow-

ing, planting, interculture, spraying and dusting equipment.

Principles, types and adjustments of cutting mechanism, crop

harvesting machinery – sickle, mowers, windrower, reapers, reaper

binder and forage harvester, forage chopping and handling equip-

ment. Threshing : mechanism and types of thresher and their com-

ponents detail. Straw combines, grain combines, maize harvesting

and shelling equipment, Horticulture tools and gadgets. Principle of

fruit harvesting tools and machines. Machinery for special crops like

paddy, potato, groundnut and sugarcane. Cost estimation of animal

and tractor operated implements.

Ergonomic consideration in design of farm equipment, De-

sign consideration for seed drill, planters and threshers. Safety gad-

gets for spraying, threshing, chaff cutting and tractor and trailer op-

eration. Introduction to traction theory, devices and selection of tyres

for agricultural vehicles. Selection of optimum machinery & replace-

ment criteria, Break even analysis, Importance of testing, name of

testing institutes and locations. Earth moving and land development

machinery like scrapers, draglines, bulldozers and power buckets.

UNIT-3 Introduction to renewable energy sources, characterization

of biomass, direct combustion, pyrolysis and gasification, construc-

tion of gasifier, types and its working principle. Biogas, types of

digestion, composition of biogas, feeding material, types of biogas

plants, site selection, constructional details, digester design, advan-

( 3 )

Øe'k%

tages and disadvantages of different biogas plants, factors affecting

biogas production, utilization of biogas, community biogas plant etc.

Solar energy- measurement of solar radiation, types, construction,

working principle and safety aspects of solar passive heating de-

vices, photo voltaic cells and arrays. Basic principles of wind energy

conversion, site selection for wind mill, basic components and types

of wind mill. Briquetting and bailing of biomass, process for biodiesel

preparation and energy conservation in agriculture.

Moisture content and methods of determination, importance

of EMC and methods of its determination, EMC curve and EMC

model, principle of drying, theory of diffusion, mechanism of dry-

ing- falling rate, constant rate, thin layer, deep bed and their analysis,

critical moisture content, drying models, calculation of drying air

temperature and air flow rate, air pressure within the grain bed, Shred’s

and Hukill’s curve, different methods of drying. Different types of

dryers- performance, efficiency, energy utilization pattern and eco-

nomics.

Thermodynamic properties, laws of thermodynamics, Air

standard efficiency and other engine efficiency. Otto, diesel and dual

cycles, calculation of efficiency, mean effective pressure and their

comparision.

UNIT-4 Engineering properties of Biological materials viz. shape, size,

volume, density, porosity, surface area, friction, rolling resistance,

angle of repose, mean diameter, flow rate, drag coefficient, terminal

velocity, specific heat, thermal conductivity and thermal diffusivity.

Rheological properties and stress strain time effects, rheological models

and their equations. BIS standards for quality of food materials. Or-

ganoleptic and sensory evaluation of product quality.

Principles and methods of food processing, processing of

cereals, pulses, oilseeds, fruits and vegetables and their products for

food and feed, principle of size reduction and size reduction equip-

ments viz. crushers, grinders, cutting machines etc their operation,

efficiency and power requirement. Principle of separation, types of

separators, size of screens, sieve analysis, capacity and effective-

ness of screens, pneumatic separation. Theory of filtration, types of

filters and rate of filtration. Material handling devices and systems;

belt, chain and screw conveyor, bucket elevator, pneumatic convey-

ing, gravity conveyor - design consideration, capacity and power

requirement.

Engineering, thermal and chemical properties of milk and

milk products, unit operation of various dairy and food processing

systems, process flow charts for product manufacture, working prin-

ciples of equipment for receiving, pasteurization, sterilization, ho-

mogenization, filling and packaging. Dairy plant design layout, physi-

cal, chemical and biological methods of food preservation.

UNIT-5 Planning and layout of farmstead, physiological reactions of

livestock to solar radiation and other environmental factors. BIS stan-

dards for dairy, piggery, poultry farm structures. Design, construc-

tion and cost estimation of farm structures: animal shelters, compost

pit, fodder silo, fencing and implements shed, barn for cows, buffalo

and poultry. Site and orientation of building in regard to sanitation,

community sanitation system, sewage system- its design, cost and

maintenance, design of septic tank for small family, sources of water

supply and norms of water supply for human beings and animals,

drinking water standards and suitable water treatment for rural com-

munity. Environmental pollution, types and their effects on living

beings, solid waste management system, food plant waste and its

primary and secondary treatments.

Design and construction of grain storage structures viz.

Bukhari, Morai, Kothar etc, types and causes of spoilage in storage,

conditions for storage of perishable products, functional requirement

of storage, control of temperature and relative humilities inside stor-

age, calculation of refrigeration load; modified atmospheric storage

and control of its environment, air movement inside the storage,

storage of grains, destructive agents, respiration of grains, moisture

and temperature changes in stored grains.

Packaging materials - types, selection criteria, merits and

demerits of different packaging methods, recycling of packaging ma-

terial, effects on packed commodities. Food processing plant layout,

objectives, principles, types and salient features of plant for crops

and dairy products. Selection criteria and cost analysis.

" P A P E R - III "

(01) C I V I L E N G I N E E R I N G - II

UNIT-1 Fluid Mechanics :

Fluid Properties, Pressure, Thrust , Buoyancy, Pressure Mea-

surement, Hydrostatics.

Fluid Kinematics, Continuity Equation, Types of Flows, Flow

Net, Fluid Dynamics, Momentum & Energy Equations, Bernoulli’s

Theorem & its application.

Dimensional Analysis & Model Studies, Similitude, Model

Laws & Scale Ratios. Pipe flow , Laminar & Tubulent flow. Pipe

flow Systems, Losses in Pipes, Boundary Layer & Control, Drag &

Lift, Water Hammer & Surges. Pipe Network Analysis, Open Chan-

nel Flows, classification, Gradually varied & Rapidly varied flows,

Hydraulic Jump.

Flow Measurement in Pipes & Open Channels, Introduc-

tion to fluid Machinery viz. Pumps, Turbines etc.

UNIT-2 Hydrology & Water Resources Engineering:

Hydrological Cycle, Precipitation & Analysis of Precipita-

tion Data, Dependability Analysis, DA, DAD, DD Curves, Design

Storm. Runoff : its estimation, Maximum Rate of Runoff, Estima-

tion of flood, Hydrograph Analysis, Unit and Synthetic Hydrograph,

Design Flood, Flood Frequency Analysis, Flood Routing.

Ground Water Concepts, Well Hydraulics, Estimation of

Ground Water, Recharge Techniques.

Irrigation, Soil Water Plant relationship. Methods of Irriga-

tion, Crop Water Requirement, Duty, Delta, Base Period, Evapo-

ration, Transpiration, Crop Rotation.

Reservoir Planning, Gravity & Earthen Dams : their Design

Concepts, Spillway and Energy Dissipators, Types & Design Con-

siderations. Canals, Classification, alignment, Design of Unlined Ca-

nals, Kennedy’s & Lacey’s Theory, Design of Lined Canals.

Bligh’s and Khosla’s Theories of Design of Structures on

Pervious formation. Design of Hydraulic Structures like Weirs, Bar-

rages, Head & Cross Regulators, Canal Falls, Cross Drainage Works

etc.

Water logging : Causes, Effects & Remedial Measures.

UNIT-3 Environmental Engineering:

Estimation of Surface and Ground Water Resources; Qual-

ity of water from different Sources, Quantity of Water, Water Re-

quirement for various uses, Demand & Fluctuation in Demand; Popu-

lation Forecast; Impurities of water & their significance; Intake Struc-

tures, Conveyance of water, pipe materials, Pumps, Operation of

Pumping Stations; Water Treatment Methods : Sedimentation, Co-

agulation, Filtration, Disinfection, Aeration & Water Softening. Wa-

ter Quality aspects, affects & treatment methods for Fluoride, Iron

etc. Rural Water Supply, Institution & Industrial Water Supply.

Urban Rainwater disposal, Systems of sewage collection &

disposal. Design of Sewers & Sewerage Systems, Pumping, Charac-

teristics of Sewage. Waste Water Treatment : Aerobic & Anaerobic

treatment processes, Disposal of Products of Sewage treatment,

Stream flow rejuvenation, Institutional & Industrial Sewage Man-

agement, Plumbing Systems, Rural & Semi Urban Sanitation. Solid

Waste : Disposal Methods, Recycling & its management.

Sources and effects of Air Pollution, Monitoring, Noise Pol-

lution Standards, Ecological Chain & balance. Introduction to Envi-

ronmental Impact Assessment.

UNIT-4 Geotechnical Engineering :

Properties of Soil : Physical & Index, Soil Classification,

Soil Structure & Clay Mineralogy, Permeability, Capillarity, Seepage

Analysis, Flow nets, Stress Distribution in Soils, Compaction, Com-

pressibility and Consolidation, Shearing resistance, Stresses and Fail-

ure, Soil Testing in Laboratory & in-situ.Earth Pressures, Retaining

Walls, Stability of Slopes, Site Investigations, Soil Exploration, Sam-

plers. Bearing Capacity : its determination, Settlement Analysis, Load

Tests, Penetration Tests.

Principles of design of Shallow & Deep foundations. Piles

and Caissons, Coffer dams, Elements of Machine Foundation. En-

gineering Classification of Rocks, Selection of Foundation for Dams,

Bridges in different geologic terrains.

UNIT-5 Surveying & Transportation Engineering :

Surveying : Chain, Compass & Plane Table Surveying, The-

odolite Traversing, Tacheometric Surveying, Trignometrical level-

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Øe'k%

ling, Contours, Methods of Contouring, Curves, Triangulation, Geo-

detic Adjustment, Theory of Errors, Aerial Photogrammetry, Cadas-

tral Survey, Use of GIS & Remote Sensing, Total Station, Use of

EDM, Concept of Global Positioning System, Hydrographic Sur-

veying : Soundings, Method of observations, Computations & Plot-

ting.

Transportation Engineering : Planning of Highway Systems,

Alignment & Geometric Design, Horizontal & Vertical Curves, Grade

Separation, Materials of Construction, Design of Flexible & Rigid

Pavements, Construction Methods, Drainage, Pavement Evaluation

& Strengthening.Traffic Surveys, Intersections, Signalling, Mass Tran-

sit System, Accessibility, Networking.

Planning of Railway Systems, Terminology & Designs re-

lating to Gauge, Track,

Controls, Transits, Rolling Stock, Tractive Power & Track

Modernisation.

Airports : layout & orientation; Runway & Taxiway De-

signs, Drainage Aspects, Air

Traffic Control, Helipads, Hangers & Service Equipments.

(02) M E C H A N I C A L E N G I N E E R I N G - II

UNIT-1 : Thermodynamics

Open and Close systems, Heat and Work, Zeroth Law, First

and Second Law, Its Application to non-flow and flow processes.

Entropy, Availability, Irreversibility and T-ds relations. Claperyron

and real gas equations, Properties of ideal gases and vapours, Power

Cycles – Otto, Diesel, Dual & Rankine Cycle. C.I and S.I. Engines,

Pre-ignition, Detonation and Knocking, Fuel injection and

Carburation, Supercharging. Turbo-Prop and Rocket engines, En-

gine Cooling, Emission & Control, Flue gas analysis, Measurement

of Calorific values.

UNIT-2 : Fluid Mechanics

Properties and classification of fluids, Manometry, Forces

on immersed surfaces, Center of pressure, Buoyancy, Stability of

floating bodies. Irrotational and incompressible flow. Inviscid flow.

Stream Functions & Velocity Potential, Continuity Equation,

Bernoulli’s Theorem, Measurement of Fluid Flow & Pressure Drop

– Venturimeter, Orificemeter, Notches, Pitot tube, Flow through pipes,

Reynold’s number. Laminar and Tubulent flows, Separations. Flow

over weirs and notches. Open channel flow, Hydraulic jump. Boundary

layer theory, Dimensionless numbers, Dimensional analysis, Simili-

tude and modelling.

UNIT-3 : Energy Conversion System

Hydraulic Pumps – Reciprocating & Centrifugal, Uses of

Air Vessels, Seperation & Cavitation. Hydraulic Turbine – Pelton,

Francis & Kaplan. Classification of steam turbines, Impulse and Re-

action Turbine. Specific Speed, Velocity Triangles; Open and Close

Cycle Gas Turbines. Performance.

UNIT-4 : Heat and Mass Transfer

Modes of heat transfer. One dimensional steady and un-

steady conduction. Composite slab and Equivalent Resistence. Criti-

cal Thickness of insulation, Fins, Heat exchangers, Effectiveness,

LMTD & NTU Methods. Overall heat transfer coefficient, Free and

forced Convection, Thermal boundary layer over a flat plate. Di-

mensionless numbers, Black body, Boiling & Condensation, Radia-

tion, Enclosure theory, Shape factor. Fundamentals of diffusive and

convective mass transfer.

UNIT-5 : Refrigeration & Air Conditioning

Refrigerating effect, C.O.P., Heat Pump and Regrigeration

Cycles and Systems, Properties of Refrigerants, Ozone Free

refrigerent, Air Refrigeration – Reverse Carnot Cycle, Bell Coleman

Cycle. Vapour Compression and Vapour Absorption Refrigerations,

Condensors, Evaporators and Expansion devices. Solar refrigera-

tion, Psychometry, Psychometric Charts and its application in air

conditioning. Sensible heating and cooling, Effective temperature,

comfort indices, Load calculations.

(03) E L E C T R I C A L E N G I N E E R I N G - II

UNIT-1 POWER SYSTEM

Structure and components of power network. Power gen-

eration – conventional, non – conventional & generation, Effect of

transmission voltage on power system economy. Problems associ-

ated with modern large interconnected power system., HVAC and

HVDC Systems, Plant Economics.

Transmission Line Components & Under Ground Cabling

Transmission line Parameters, Underground Cable – Grad-

ing of cables, ionization. Heating of cables, phenomena of dielectric

losses and sheath loss in cables, Thermal resistance of cables.

Transmission systems & performance of transmission line

Short, Medium & long transmission line and their represen-

tation, Surge Impedance, loading, Interpretation of long line equa-

tion and its equivalent equation. Power flow through transmission

line, Method of voltage control, Static & rotating VAR generator,

transformer control.

Insulator and Mechanical design. Vibration and Vibration

dampers. Types of insulator for overhead transmission, String effi-

ciency. Substation layout, substation equipment.

Fault Analysis

Symmetrical components, Sequence networks. Current lim-

iting reactors.

Protective Relays – Primary & backup protection, Electro-

magnetic relays, Static analog & digital relays.

Circuit Breakers

Principle of arc quenching, recovery & re-striking voltage,

Bulk oil, Minimum oil, Air break, Air blast, SF6, Vacuum circuit

breakers and DC circuit breakers, HRC fuses, Testing of circuit

breaker.

System Protection

Protection of Generators –

Protection of Transformers

Protection of transmission lines

Switching surges, Phenomena of Lightning, Insulation, co-

ordination.

UNIT-2 Problem associated with modern interconnected power

Systems.

Power flow studies – Formulation of static power flow equa-

tions and solutions, Economic operations of power system. Regulat-

ing transformer, line load ability, capability curves of alternator.

MW Frequency control, MVAR Voltage control Problem –

Control of load bus voltage, Voltage stability, PV Curve for voltage

stability.

Power System Stability – Steady state, dynamic and tran-

sients stability, Swing equation, solution of swing equation, methods

of improving transient stability.

SCADA, Concepts of Smart Grid.

Energy Management

Energy audit, Energy auditing instruments.

Load curve analysis

Power factor improvement in power system. Energy Con-

servation in transportation system, Co-Generation, Energy conser-

vation in Industry and in building, heating and lighting.

UNIT-3 ELECTRICAL MACHINE

Transformer

e.mf. equation, construction, phasor diagrams, equivalent

circuit, voltage regulation, losses & testing. Excitation phenomenon,

Autotransformer.

Rotating Electrical machine – DC Machine, Emf equation,

Torque equation, Armature Reaction, Speed control.

Three phase Induction Motor : Principle, construction,.

Power factor control, Cogging & Crawling, impact of unbal-

anced supply and harmonics on performance, speed control, brak-

ing, Induction Generator.

Single Phase Induction motor : Construction, Starting Meth-

ods, Comparison with three phases Induction Motor.

Synchronous machines

Synchronous generators, emf equation, harmonics and their

elimination. Armature reaction, determination of equivalent circuit

parameters, phasor diagram, Effect of excitation variation.

Salient pole machine, Two reaction theory, phasor diagram,

Determination of Xd

and Xq, Power angle equation. Synchronizing

power, Parallel operation.

Synchronous motors : Starting, Pull in torque, armature re-

action, V curves, inverted V curves, Hunting & damper winding,

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Øe'k%

efficiency and losses. Analysis under sudden short circuit, determi-

nation of transient parameters, Generalized theory of electrical Ma-

chines, Kron’s Primitive machine, Park’s and Inverse park’s trans-

formation.

UNIT-4 Special motors – Permanent magnet motors, P.M. synchro-

nous motors, shaded pole motors, Repulsion motor, Universal mo-

tors, Hysteresis motor, Reluctance motor, Stepper motor, AC-series

motor, Linear induction motors, DC & AC servo motors, Magnetic

levitation vehicles, Brush less dc motors.

Control of D.C. motors by converters

Speed and Torque expression, Speed-Torque Characteris-

tics, Four quadrant operation, Closed loop operation of DC motor.

Control of D.C. Motors by Choppers.

Control of Induction Motors : Speed torque characteristics,

Variable frequency control of induction motor, PWM control, Slip

power recovery static Scherbius Drive, Static Kramer Drive.

Control of Synchronous Motors : Operation, Waveform,

Speed torque Characteristics.

UNIT-5 Domestic and Industrial Wiring

Illumination Engineering

Nature of light, units, sensitivity of the eye, luminous effi-

ciency, glare,

Various types of lamps, lighting calculations.

Heating, Welding and Electrolysis

Electrical heating, methods and applications, power supply

and control.

Different methods of electrical welding, and equipment for

them. Furnace and welding transformers. Electrolytic principles, laws

of electrolysis, electroplating, power supply for electrolytic process.

Traction

Special features of Traction motors, selection of Traction

Motor, Different system of electric traction and transmission require-

ment. Mechanics of train movement, transmission requirement.

Electric Drives

Individual and collective drives- electrical braking, plugging,

rheostatic and regenerative braking, load equalization use of fly wheel,

criteria for selection of motors for various industrial drives.

(04) A G R I C U L T U R E E N G I N E E R I N G - II

UNIT-1 Surveying – Linear measurements, Chain surveying, Com-

pass surveying, Plane table surveying, Leveling, Contouring, Com-

putation of area and volumes, Theodolite traversing, Setting of curves.

Soil Mechanics – Index properties of soil, Soil classification

– Textural classification, Unified classification, Indian Standard clas-

sification. Soil water- modes of occurance of soil water, absorbed

water, capillary water, free water; Stress conditions in soil, elemen-

tary concept of Bousinesque and Wester Guards analysis, Shear

strength, Mohr Stress circle, Mohr-Columb’s failure theory, Con-

solidation and compaction, Spring analogy of one dimensional con-

solidation, Standard Proctor test, Earth pressure-active state, pas-

sive state and earth pressure at rest, Introduction to stability analysis

of slopes-friction circle method and Taylor’s stability number.

UNIT-2

Irrigation – Soil water plant relationship, permeability, infil-

tration, percolation, water requirement of crops and irrigation sched-

uling. Direct and indirect method of soil moisture measurements,

Measurement of irrigation water-Orifice, Weirs, Notches, Parshall

Flumes, H Flumes; Water conveyance and control, Design of field

channels, Most economical channel cross section, channel lining,

Selection of underground pipe line structure and their design, irriga-

tion methods, their hydraulics and design viz. Border, Furrow, Ba-

sin, Drip and Sprinkler methods, Concept of irrigation efficiencies.

Drainage – Objectives of drainage, hydraulic conductivity,

drainable porosity, drainage coefficient, Surface drainage, Design of

open ditches, their alignment and Construction. Design and layout of

sub surface drains, depth and spacing of drains and drainage outlets,

installation of drains, drainage of salt affected area, vertical drainage

and bio drainage.

UNIT-3

Hydrology - Hydrologic cycle, measurement of rainfall,

evaporation, infiltration, Runoff - factor affecting runoff and peak

flow, measurement and estimation of runoff, unit hydrograph, syn-

thetic unit hydrograph, Occurrence of ground water and its move-

ment, aquifer types. Basin – wide ground water development, ground

water recharge, artificial recharge, transmissibility.

Wells – ground water investigation, well hydraulics, types of

shallow and deep tube wells, their method of construction, design of

tube wells and open wells, multiple well system, boring and deepen-

ing of open wells and well development.

Pumps – Classification of pumps: performance characteris-

tics, selection, installation, working principle, design, construction

and maintenance of centrifugal pump, propeller pump, hydraulic ram,

mixed flow pumps, submerssible and deep well turbine pump.

UNIT-4

Soil and Water Conservation Engineering – Problem of soil

erosion in India and Chhattisgarh, types of erosion, water erosion-

factors affecting, classification, erosibility and erodibility. Wind ero-

sion, mechanics of wind erosion; estimation of soil erosion by water

and wind.

Erosion control measures for arable and non arable lands –

biological and engineering measure, Wind erosion control measures,

wind brakes and shelter belts. Sedimentation, estimation and mea-

surement; Criteria for selection of erosion control measures, adopt-

ability, function and design of contour bund, graded bund, bench

terrace, contour trenching, drop spillway, chute spillway, drop-inlet

spillway, Gabion and temporary check dams, grassed water ways

and other conservation structures.

UNIT-5 Remote sensing – fundamentals & concepts of remote sens-

ing, sensors, visual and digital image interpretation; soil, crop, forest

and water resources survey through remote sensing.

GIS-definition and concept, Spatial and attribute data, data

format-vector and raster, data base management systems, digitiza-

tion and mapping.

Watershed management – problems and prospects; land use

capability classification, Watershed based land use planning, Water-

shed characteristics, Watershed delineation techniques, sediment yield

measurement and modeling; Watershed prioritization, rain water har-

vesting for surface storage and ground water recharge, on farm res-

ervoir-types, design; People’s participation in watershed management

programmes; planning and formulation of project proposal, evalua-

tion and monitoring of watershed programmes.

Green-house technology – Types of green-house; impor-

tance, function and features of green-house; development of green-

house technology. Various components of green-house; design crite-

ria and calculations; covering materials and its characteristics, solar

heat transfer, solar fraction for green-house, steady state analysis of

green-house. Green-house heating, cooling, shedding and ventilation

systems; Carbon dioxide generation and monitoring and lighting sys-

tems, instrumentation and computerised environmental control

system.Watering, fertilization, root substrate and its pasteuriza-

tion, containers and benches, plant nutrition.

�����

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}kjk tkjh½@Nk= igpku i= ¼Ldwyksa@dkystksa }kjk tkjh½@chih,y ifjokj

dks tkjh jk'ku dkMZ@laifRr ds nLrkost QksVks lfgr tSls&iV~Vk] iathdr

fMM~l@,l-lh-] ,l-Vh-] vks-ch-lh- izek.k i= QksVks lfgr ¼l{ke izkf/kdkjh }kjk

tkjh½@QksVks lfgr isa'ku nLrkost] HkwriwoZ lSfudksa dh isa'ku fdrkc] HkwriwoZ

lSfudksa dh fo/kok ;k vkfJr izek.k i=] o`)koLFkk isa'ku vkns'k] fo/kok isa'ku

vkns'k@'kkjhfjd fodykax izek.k i= QksVks lfgr esa ls ,d nLrkost ykuk

vko';d gksxk] blds vHkko esa izos'k ugha fn;k tk;sxkA

¼5½ ;fn izos'k i=@lk{kkRdkj gsrq cqykok i= ij eqfnzr QksVks o gLrk{kj vFkok

nksuksa vLi"V ;k voS/k gks rks izos'k i= ij funsZ'kkuqlkj dk;Zokgh u djus ij

dsUnzk/;{k@tkaap vf/kdkjh vH;FkhZ dks vkWuykbu ijh{kk@lk{kkRdkj esa lfEefyr

gksus ls oafpr dj ldsaxsA

Øe'k%

( 3 )

Vhi%&¼1½ vkWuykbu vkosnu gsrq iz;qDr fd, tkus okys vkosnd ds QksVksxzkQ laca/kh funsZ'k %& vkosnd vkWuykbu vkosnu gsrq foKkiu tkjh gksus dh frfFk ;k mlds ckn dh

frfFk esa f[kpok;k gqvk ikliksVZ lkbt dk QksVks vius ikl j[ksaA QksVks dk cSdxzkmUM lQsn @gYds jax dk gksuk pkfg, rFkk QksVks esa vH;FkhZ dh nksuksa vka[ksa Li"V fn[kkbZnsuh pkfg,A QksVks ds fupys fgLls ij vH;FkhZ dk uke rFkk QksVks f[kpokus dh frfFk QksVksxzkQj }kjk fizaV dh gqbZ gksuh pkfg,A

¼2½ vkosnd vkWuykbu vkosnu djus ds iwoZ mDr ckWDl esa fu/kkZfjr ckDl ds vanj viuk uohure ikliksVZ lkbZt dk QksVks fpidkdj QksVks ds uhps gLrk{kj gsrq fu/kkZfjrckWDl ds vanj dkys ckWy ikWbUV isu ls bl izdkj gLrk{kj djsa fd og Li"V gks rFkk gLrk{kj dk dksbZ fgLlk ckWDl ds ckgj u tk,A vkosnd QksVks o gLrk{kj;qDrmDr ist dks bl izdkj Ldsu djsa fd Ldsu dh gqbZ best esa QksVks rFkk gLrk{kj gsrq fu/kkZfjr ckWDl dks dUVsu@lekfgr djus okys ckWDl ds ckgj dk fgLlk Ldsuu gksA mDr izdkj ls Ldsu dh gqbZ best dks jpg QkWjesV esa save djsaA bl ckr dk fo'ks"k /;ku j[kk tk, fd Ldsu dh gqbZ best dk lkbZt 100Kb ls vf/kd u gksA

vkosnd fuEu ckWDl dk iz;ksx QksVks fpidkdj rFkkgLrk{kj dj LdSu djus gsrq dj ldrs gSaA bl ckrdk fo'ks"k /;ku j[kk tk, fd vkosnd iwjs ist dhLdSfuax u djsaA dsoy QksVks rFkk gLrk{kj ;qDrckWDl dh gh LdSfuax dh tk,A

QksVks lg gLrk{kj vVSpesaV gsrq vko';d funsZ'k--------------------------------------------------------------------- ----------------------------------------------------------------

Size : 4.5cm X 3.5cm

vkosnd bl ckWDl ds vanj gLrk{kj djsa

vkosnd bl ckWDl ds vanj viuk QksVks fpidk,a