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OUAN LY GIAO DUC III THUC TRANG KY l i iNB LAP KE HOACH HOC TAP C6A SINH VIEN TROONG DAI HOC CAN THO TU Trfl u m g Khoa Suphgm, JYuing Bgi hpc Cin Tho 7, , SUMMARY t" ner?Z^7o5%sZi%''''''''" current situati[.]
OUAN LY GIAO DUC III THUC TRANG KY liiNB LAP KE HOACH HOC TAP C6A SINH VIEN TROONG DAI HOC CAN THO TU Trfl u m g Khoa Suphgm, JYuing Bgi hpc Cin Tho 7, , t" ner?Z^7o5%sZi%''" SUMMARY current situation of leaning pUm stills of stiidents in Co, Tho University: * significaice of leaning pZstilhZ7lie I t, ""^^Z '*"* " ^'^^^ "" """" '^^'^"^^^ of Ihe ^'"^""^^ ^"^"g- ^'"^f- f^'^P- Idpkihogchhpctdo k9nin.lankihnr,.l, Ngiy nhfn bit: S/3/2016; Ngiy duyfl ding: 25/4/2016 T-^Jvin dl , Trong dio Uo taeo hf taing tta chl, S V phii chtt ,, dpng Ifp kl hojch hpc Up (LKHHT) LKHHT giflp ,; SV xie djnh tttng giai dojn, cfc npi dung, cfc bifn phfip, cfc nguin lyc , dl djt dupe mye tifiu da dl I ra; giflp SV to quta ly vi stt dyng cd hifu qui efc ;, nguin lye minh cd; giflp SV taich ttng vdi md hinh J dio Uo theo hf taing tin chi eua nhi frudng dang Itayehifn LKHHT giflp dem Ijl kit qui cao frong u^ ,., qui hinh djy hpc VI vfy, ky ntog (KN) LKHHT dii vdi SV ndi rifing li rit d n tfiilt Bii vilt niy dl cfp din taye frjng KN LKHHT cfla SV Trudng Dji hpe Cto Tha hifn Thvc trjng KN LKHHT cfla SV trudng Dji hpc c i n Tha Zl Nh^Uiirc da SVvi Khii nifm LKHHT Hilu biet dung vl khii nifm LKHHT li mpt frong nhttng co sd dl LKHHT phfl hpp, hifu qui vi Bdng Nhfn thuc da SVvi khdi nifm LKHHT SV Mm M m Mm M m Khfii nifm LKHHT l i tailt kl tadi gian bilu cho hinh dfng hpc cua c i nhta bao N gdm nhfc taflc dupc yfiu ciu cfla chuong frtah dto tjo, xfic djnh ndi % dung hpc Up, xfc djnh tadi gian vfi tadi dilm hpc tto 8.2 LKHHT Ifi tailt kl chuong frinh hfinh dfng to hpc efla cfi nhto bao gim nhfn tauc dupc yfiu ciu cfla ehuong frinh dfio Uo, xfc Ifp myc tifiu hpc tfp, nfl dung cfie cflng vifc hpc Up cfie bifn phfip taye hifn vifc hoc tfp, cfie ngudn lyc hpc Up 14 35 4.9 14.1 7.9 8.8 40 36 177 40.4 35.6 44.3 N Sl 50 52 49 26 6.9 5.1 5.9 6.5 40 51 162 40.4 50.5 40.5 LKHHT Ifi tailt kl ehuong frinh hfinh dfng hpc cfla cfi nhto bao gim nhfn taflc dupc yfiu cfiu cfla ehuong frinh dfio Uo, xfic lta myc tifiu hpc Up, nfi dung cic cdng vifc hpc Up cfc bifn phfip tavc hifn vifc hoc lfp cfie ngudn lyc hpc Up 31 40 % 31.6 39.2 Ting cfng N 102 • N 98 Ting cfng % LKHHT Ifi tailt kl chuong frtah djy hpc bao gim nhfc tafle dupc yfiu N ciu efla chuong frinh dfio Uo xfic Ifp mye tifiu hpc Up, nfi dung cfc cdng vifc hoc Up, cfc bifn phfip * y c hifn vifc bpc tfp, cfie nguin lyc % 8.2 npc tfp 100 100 99 IOI 100 100 400 iool TAPCHlTHtfrBIGlA0DMC-S(Jl28-4/2016 lfl? Ill OUAN I Y GIAO DUC Bin$ Nhgn thuc da SVvi sg cdn Uiiit da LKHHT cd tilii df dflng dfin dii vdi vifc LKHHT Kit qui bfing cho thfy, cd 40.5H SV SV cho rfing LKHHT Ifi tfiilt kl ehuong ttinh Micdf Mm Mm Mm Mm Ti, hfinh dpng hpc efla ci nhto bao gim nhto taflc dupc yfiu d u cua ehuong trinh dio tjo, xfc Ito mye tifiu hpc tfp, npi dung cfc = Hoto toto khdng N 0 'Hoin I ctag vifc hpe tto, eic bifn phip taye Wfn cta tailt 0 _0J_ % vifc hpc tto, efc nguin lye hpc tfp Dfiy Ifi N khfii mfm dtag vl LKHHT Cd 59.5% SV = Khdng cta tailt JL % 3.1 2J chua wlu day dfl,frpnvfn vi chua dtog ve khii mfm LKHHT N 10 10 31 ZZ Nhfn Uiic da SV vi sg cdn = ft eta tfiilt 6.1 9.8 10.1 7.1 % thiit da LKHHT N 43 35 44 41 163 Trong cfc mttc dp nhtotadevfi sy eto = Khfi cta tailt ;|.H|lllll tailt cfla LKHHT, ed 48.8% SV nhto taly % 43.9 34.3 44.4 40.6 40.8 KN LKHHT Ii rdt cdn Ihiit eWim tf If N 46 56 40 53 195 cao nhit, ed 40.8% SV cho LKHHT U khd = Rit cta tailt 46.9 54.9 40.4 52.5 48.8 % cdn Ihiet cd 7.8% SV eho ring LKHHT Ting cdng N 98 102 99 101 400 Ifi it cdn thiet, 2.5% SV cho ring LKHHT % 100 100 100 100 100 Ifi khdng cdn thiil Cd 0.3% SV cho ring LKHHT li hdn todn khdng cdn lhi& Dilm trung btah 4.35 4.43 4.19 4.44 4.35 Dilm trung binh cfc mttc dd nhtotaflRvl Mttc y nghTa (sig.) (ANOVA) 0.075 sy cln thilt efla LKHHT efla SV Ii 4.35 Mttc y nghla (sig.) (Gamma) 0.891 i)itliii(iii Da si SV cd nhtotaflredtog dfin vl Bdng Nhfn thtic da SVve vai tic daLKHHT sy rit clntfiiltcfla LKHHT Tuy nWfin vta cdn mdt si it SV ehua ed nhto tade dtag SV din vl vl sy ein thilt dii vdi KN nfiy lioi Mdcdf Mm Nfim Mm Mm Micil Kilm djnh (ANOVA) tflng cfp gifla cfie nfim eho taly vdi mde j nghTa (sig.= 0 0.075), cd the khtag djnh khdng cd sy = Hoto toto khdng N 2 khfic bift cd y nghla vl mft taing kfi gifla quanfrpng % 0 0.5 dilm trung binh efic mttc df nhtataflrectta N II SV gitta efic nfim hpc vl sy ein tailt dii = Khdng quan frpng % 2.9 5.1 2.8 vdi LKHHT N Kilm djnh Oamma cho thiy vdi mde j = It quan frpng 30 •: nghla(sig =0.891) ed tai kit luta nfim hpc % 8.2 8.8 8.1 7.5 khdng cd liin quin din vife nhfntatteetta N 45 35 46 49 175 SV vfi clnttiiltcfla LKHHT Nhtotaflccfla = Khfi quan frpng % 45.9 34.3 46.5 48.5 43.8 SV ve sy ein ttiilt cfla LKHHT d efc nfim N 43 hpc lfi hiong duong (Btog 2) 55 38 46 182 = Rit quan trpng Z3 Nhfn thic daSVi4 vai tri da 43.9 53.9 38.4 45.5 45.5 % LKHHT Tdng cfng N 98 102 99 IOI -too,) Trong cfie mure df nhta taflc vl vai % 100 100 100 100 100 'I frd efla LKHHT, ed 45.5% SV nhta thiy KN LKHHT Ifi rdt quan tipng Cd 43 8% Difim trung bhih 4.32 4.39 4.14 4.39 4JI SV cho ttog LKHHT khd quan tipng Cd Mflc y nghta (sig.) (ANOVAl 0.074 7.5% eho lfi it quan tipng Cd 8% SV Mflc y nghTa (sig.) (Gamma) 0.838 d cho rfing LKHHT Ifi khdng quan tipng Cd 0.5% SV eho rtog LKHHT Ifi hoan loan khdng quan tipng Dilmfrungbinh efc mdc dd nhto Kilm djnh (ANOVA) tdng cfp gifla cfc nJoj tauceuaSVvevaifrdcflaLKtiHTIfi4 | cho thiy vdi mdc j ngWa (sig.= 0.074), ed thi khiiig| djnh khdng ed sy khto bift cd j nghla vl mft thing LKHHT T^y nhien mft si it SV chua ed nhto kfi gitta diem trung binh efc mde dd nhta "iflc cui j |**LKH1 taue dung dto vfi vaifrdcfla KN nfiy SV vl vai trd ctta LKHHT gitta cfc nfim hpc IOI TAP CHl THtfT BI GIAO DMC - 5(5128 - 4/2016 OUAN LY GIAO DUC III Vn S Bang Mic Ta(sig.)(/dK VA) 0.148 iMUcHngJila (sig.) (Gammal 0.559 Bdng Muc dp Ihu&ng xuyin LKHHT SV Mm Mm Mm Mm Ting cfng 1 1" Khdng bao gid N 0 0 I % 0 0 = Hiim N 10 2 17 % 10.2 2 4.3 = Thinh taotog N 44 46 42 33 165 % 44.9 45.1 42.4 32.7 41.3 - Thudng xuyta N 39 51 52 58 200 % 39.8 50 52.5 57.4 50 = Rit taudng xuyta N 3 18 % 5.1 2.9 6.9 4.5 Ting cfng N 98 102 99 101 400 % 100 100 100 100 100 Difim bung btah 3.40 3.54 3.57 3.68 3.55 Mflc y nghla (sig.) (ANOVA) 0.021 Mdc y nghia (sig.) (Gamma) 0.004 Mlicdf Trong cfc taiK df quan tfim cfla SV dm LKHHT cd 42% SV itta quan tim, 37.8% SV quan tan din LKHHT Cd J % it quan tim din LKHHT 3.8% SV khong quan tan din LKHTTT Cd 0.3% SV horn toin tiidng quan Idm din LKHHT Diem tiung binh eic mttc df quan tfim efla SV den LKHHT U 4.13 Da so SV cd thii df quan tfim din LKHH Tiiy nWta vta edn mpt s i it SV cd tfifii dd chua quan tfim din LKHHT Kitai djnh (ANOVA) tdng cfp gitta efc nam eho tfiiy vdi mttc j ngWa (sig.= 0.148X cd tfil khtag djnh khdng ed sy khfc bift ed y ngMa vl mft tfiing kfi gitta dilm trung bmh cfc mde dd quan tfim efla SV gifla efc nam hpc dta LKHHT fBtog 4) Kiem djnh Gamma cho thay vdi mdc y nghla (sig =0.559) cd tai kit luto nam hpc khdng ed lifin quan din mdc d^ quan tfim cfla SV dii vdi LKHHT Sy quan tfim cfla SV din LKHHT d cfc nfim hpc Ifi tinmg duong ZS Mie df thu&ng xuyin LKHHT Qua bing cho tfily, cd 50% SV thu&ng xuyen LKHHT Mttc df thinh thoing cWim 41.3% Si SV rat thu&ng xuyen LKHHT li 4.5% Tl If SV hiim LKHHT cWim 4.3% Khdng cd SV nio *W/ig bao gi& LKHHT Dilm trung binh eto mdc dd taudng xuyfin LKHHT cfla S V Ii3.55 CW cd 54.5 % SV taudng xuyfin vi rlt taudng xuyen LKHHT Si SV ehua taudng xi^fin LKHHT eWim «If cao tin 45.5% Kilm djnh (ANOVA) tttng cfp gitta cfc nfim cho tfiiy vdi mflrc j nghTa (sig.= 0.021), ed thi khing djnh ed sy khfc Wft cd y nghla vl mft tiling kfi gitta dilm trung btah cfc mttc df taudng xayia LKHHT ctta SV gitta efc nfim hpc Kit qufi kilm djnh tttng cfp gitta efc nhdm cho taly chi ed sy khfc bift cd y ngMa gitta nhdm SV nfim vi SV nam Kilm djnh Gamma cho tfi^ vdi mdc y ngMa (sig =0.004), cd tai kit luto nfim hpc ed Uta quan den mdc dd taudng xuyfin LKHHT Dva vto ti If % cho tfiiy, Nfim hoc > i ô ô* ã/ SV Unt&ngxuyln If^kl h o S Kiem djnh Gamma cho thiy vdi mflc y ngWa (sig =0.838), cd tai kit luto nfim bpc khdng cd lifin quan din nhto tauc efla SV vl vai hd efla LKHHT ^ ^ « S V d efic nfim hpc khfc nhung nhto tafle vl vai trd efla LKHHT lfi tuong duong (Bfing 3) KNLomr Z Mic Of quan tim da SVvi LKHHT "^ ' ^ '"^" '^ ^ '^" «""" '^" Trong s i cfc KN dupe SV dfinh gifi, KN xfc TAP CHl THtfTBIGlAO Dgc-Sd 128-4/2016 109 Ill OUAN I Y GIAO DUC Bing Muc dp Uigc Mfn dcKNUai quan din KN LKHHT giSa cfc nhdm cho tfiiy ^ sy khfic bift cd j nghia giOi Stt KN nhdm SV nfim I vdri nhta SV nfim vfi gifla nhdm SV 13 N 136 202 49 KN nhto tauc dupc yfiu cfiu nfim vdi nhdm SV nfim 3.71 cua chuong trinh dfio X90 34 50.5 12.3 % 34 Kilm djnh Gamma cho 85 219 89 taly: Vdi mttc y nghBi (sig KN xfc djnh dupc myc tifiu N 3.97 hpc tto % 0.3 1.5 21.3 54.8 22.3 =a000),ed tai kit lufn nim hpe cd lifin quan din Wfu qid 89 KN xfc djnh nfi dung cfie N 230 71 3.9 ctta vifc LKHHT cfla SV cdng vifc hpc tfp % 0.3 2.3 22.3 57.5 17.8 Cfie nfim hpc khfic thi 13 KN lya chpn cfie bifin phfip N 154 188 45 Wfu qufi vife LKHHT cua 3.66 thyc Wfn vifc hpc Up% 3.3 38.5 47 11.3 SV khic Nfim hpc cfing 23 cao tai hifu qufi cfla vi^ 163 KN Ifp thdi gian bilu hpc N 155 57 3.6 LKHHT etog tdt tfp % 0.5 5.8 40.8 30.8 14.3 Kit lufn N 25 165 160 47 Da si SV trudng D«i KN vilt kl hojch hpc tfp 3.56 hoc c i n Tho cd sy quan tfim % 0.8 6.3 41.3 40 11.8 din KNLKHHT, xem KN KN taye hifn kl hojch hpe N 22 137 188 51 LKHHT li cln tailt va quan tfp % 0.5 5.5 34.3 47 12.8 3.66 frpng, phin Idn SV chua hiiu KN taeo dOi, dfinh gii, rflt N 20 107 197 72 dung khii mfm LKHHT, Kuih nghidm vfi difiu chtah 3.78 chua taudng xuyfin LKHHT, % 26.8 49.3 18 |kl hojch hpc Up cfie KN LKHHT d mde frung Ttag dilm TB binh vi hifu qui cfla vifc 3.73 LKHHT cW d mflc trung djnh myc tifiu hpc tfp dupc SV dfinh gifi eao nhit u, , .Kit / qui " " —» binh khto sfit th|ic vdi dilmfrungbinh 3.97; ky ntog vilt kl hojeh ^ , < '''""• ^^ ^^ '^*° ^^ ^^ hpc Up dupe SV dfinh gifi d mdc taip nhit vdi dilm ^ \ ^^f^ ^^0 taly, KN LKHHT efla SV Tnrdng 1.1-1 , r r^.j Dji hpe Cto Tho ehua eao Vi vfy, SV cln phfii chii frung binb r5.55 Dilm frung binh ehung dupe SV dinh gifi Ifi 3.73 - tuong dng vdi Bing Mic df Mfu qud da vifc LKHHT cuaSV mflc "khfi" (Btag 6) SV Z7 Mic df hifu qui da vile Ting Mdtdf M m M m M m Nim LKHHT da SV cfng Si SV LKHHT cd hifu qufi d mttc «id N 14 45.8% Si S V LKHHT ed Wfu qufi d mdc 1= Hifu qufi kfim Irung b'mh chilm 40% Si SV LKHHT ed % 0 0.5 Wfu qufi d muc lot Ifi 8% SV LKHHT cd = Hifu qufi ylu N 10 23 Wfu qufi d mflc>^tt chilm 5.8% Cuii ctog 10.2 4.9 7.1 % 5.1 140 l%SV LKHHT edhifu quidmdcWm eWfimO.5% (Bing 7) N 45 50 37 28 160 = Hifu qufi frung binh Vfy, da si SV LKHHT cd hifu qui d % 45.9 49 37.4 27.7 40 mdefrungbinh vi d mure khd Cd rit it SV N 37 40 46 60 183 LKHHT cd hif u qui d mde lot Vta ed mdt = Hifu qufi khfi % 37.8 39.2 46.5 59.4 45.8 si SV LKHHT d mdc yiu vi kem Dilm N tnmg binh chung d mflc frung binh (3.55- = Hifu qufi tit 32 12 tuong tag mdefrungbinh khi) % 6.1 4.9 9.1 11.9 i Kiem djnh (ANOVA) tung cfp gitta Tdng cfng N 98 102 99 IOI 400 cfc nfim cho tfiiy: Vdi mttc j nghla (sig = % 100 100 100 100 100 0.000, ta cd tbl khtog djnh ed sy khfic bift 3.4 3.4 3.58 3.82 3.55 cd y neHa ve mft taing kfi gitta dilm frung Difim trung btah binh vfi Wfu qufi vifc LKHHT efla SV gitta Mflc y ngha (sig.) (ANOVA) 0.000 efc nam hpc Kit qufi kilm djnh tttng cfp Mflc y nghla (sig.) (Gamma) 0.000 M Thing Khi Kfim Y I B btah Tit Dilm TB H' r Si lit TAP CHl THtfT Bl GlAO DMC - S6128 - 4/2016 OUAN LY GIAO DUC III