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THE IMPACT OF THE LIBRARY ENVIRONMENT ON STEM EDUCATION:
METHODOLOGICAL FOUNDATIONS FOR THE EFFECTIVE USE OF
RESOURCES
Au ho s: 1Pola uly S., 2Yedilbaye Ye., 3Ku banbeko B., 4Abdu ashido S.A.
A ilia ion: 1PhD., Khoja Akhme Yassawi In e na ional Kazakh-Tu kish Uni e si y
(Kazakhs an,Tu kis an), 2 Lec u e ., Khoja Akhme Yassawi In e na ional Kazakh-
Tu kish Uni e si y (Kazakhs an,Tu kis an), 3PhD., Khoja Akhme Yassawi In e na ional
Kazakh-Tu kish Uni e si y (Kazakhs an,Tu kis an), 4Physics Teache a Sh. Niyazo
Gene al Seconda y School (Kazakhs an,Tu kis an)
DOI: h ps://doi.o g/10.5281/zenodo.17324378
ABSTRACT
This a icle aims o explo e he impac o he lib a y en i onmen on he quali y o STEM
(science, echnology, enginee ing, ma hema ics) educa ion and o p opose me hodological
ounda ions o he e ec i e use o esou ces. The s udy analyzes he ans o ma ion o he
mode n lib a y’s adi ional ole, emphasizing i s po en ial no only as a eposi o y o
in o ma ion esou ces bu also as an in e ac i e lea ning and esea ch space. The ele ance
o he esea ch lies in he need o ully u ilize he po en ial o lib a y esou ces o enhance
STEM educa ion. By applying li e a u e e iew, analy ical, and sys ema iza ion me hods, he
au ho s sugges ways o e ec i ely in eg a e he lib a y en i onmen in o he educa ional
p ocess. The indings e eal ha he e ec i eness o an educa ional en i onmen buil on
he basis o he Resou ce-Me hodological Sys em (RMS) depends on he ha monious
in e ac ion o i s ou main componen s: esou ces, esea ch oppo uni ies, me hodological
suppo , and socio-cul u al en i onmen . The a icle p oposes me hodological mechanisms
o de eloping s uden s’ p ac ical skills, esea ch compe ence, and p o essional socializa ion
h ough he use o lib a y esou ces.
Keywo ds: STEM educa ion, lib a y en i onmen , esou ce-me hodological sys em, esou ce
u iliza ion, inno a i e me hods, esea ch compe ence.
INTRODUCTION
In he mode n educa ion sys em, he impo ance o science, echnology,
enginee ing, and ma hema ics (STEM) ields is s eadily inc easing. These disciplines
play a decisi e ole in p epa ing u u e specialis s, os e ing inno a i e hinking, and
ensu ing sus ainable economic de elopmen . Howe e , he e ec i e
implemen a ion o STEM educa ion equi es going beyond adi ional eaching
me hods and u ilizing mode n esou ces and en i onmen s. In his ega d, he ole
o he lib a y en i onmen has become mo e dis inc i e.
Today, he lib a y is no only a cen e o he accumula ion o in o ma ion
esou ces bu also a space ha p omo es in e ac i e lea ning, esea ch, and
c ea i i y. In he con ex o STEM educa ion, lib a ies p o ide esou ces such as digi al
collec ions, e-books, specialized so wa e, 3D p in e s, obo ics ki s, and labo a o y
ins umen s, he eby enabling he p ac ical applica ion o heo e ical knowledge. G.
“RAQAMLI TRANSFORMATSIYA DAVRIDA
PEDAGOGIK TA’LIMNI RIVOJLANTIRISH
ISTIQBOLLARI”
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To iko a and colleagues examined he psychological e ec i eness o he STEAM
app oach h ough he use o 2D and 3D modeling. Thei indings demons a ed ha
isual modeling enhances s uden s’ cogni i e ac i i y and c ea i e hinking.
Mo eo e , 3D modeling imp o es esea ch skills and inc eases he e iciency o he
lea ning p ocess [1]. Simila ly, Ä. Eske mesuly and colleagues in es iga ed he use o
3D modeling and obo ics in eaching. Thei s udy e ealed ha hese me hods
con ibu e o he de elopmen o s uden s’ esea ch skills, c i ical hinking, and
c ea i i y. In addi ion, by s eng hening in e disciplina y connec ions and inc easing
in e es in p ojec -based lea ning, his app oach has p o en i s signi icance in he
educa ional p ocess [2]. Fu he mo e, in hei s udy, Sal ano a and colleagues
conside ed he de elopmen and implemen a ion o an au oma ed in o ma ion
sys em o uni e si y lib a ies. The au ho s highligh ed he ad an ages o he sys em
in op imizing in o ma ion esou ce managemen , acili a ing access o da a, and
p o iding high-quali y se ices o use s. The sys em con ibu es o he digi al
ans o ma ion o lib a ies and suppo s lea ne s’ scien i ic and esea ch po en ial [3].
The pu pose o his s udy is o de e mine he impac o he lib a y en i onmen
on he quali y o STEM educa ion and o p opose me hodological ounda ions o he
e ec i e use o esou ces. The esea ch analyzes op imal app oaches, oppo uni ies,
and challenges o in eg a ing lib a y esou ces in o he educa ional p ocess, while
also p o iding ecommenda ions o enhancing eaching and lea ning ou comes.
The ele ance o he s udy a ises om he ac ha he po en ial o lib a y
esou ces in imp o ing STEM educa ion has no ye been ully explo ed. The
heo e ical signi icance lies in de eloping a me hodology o e ec i e esou ce
u iliza ion, whe eas he p ac ical alue is e lec ed in designing ecommenda ions
ha can di ec ly suppo he educa ional p ocess.
LITERATURE REVIEW
In mode n educa ion, he numbe o s udies explo ing he ole o he lib a y
en i onmen in STEM has signi ican ly inc eased o e he pas i e yea s. Sh i elband,
Spah , Jakubowski, LaCon e, and Holland examined he concep o “STEM- eadiness”
in public lib a ies. The au ho s analyzed he po en ial o lib a ies in suppo ing STEM
educa ion, ocusing on hei esou ce base, s a p epa edness, and communi y
engagemen . The indings highligh ed ha lib a ies a e e ol ing beyond being me e
sou ces o in o ma ion o becoming impo an en i onmen s o implemen ing
STEM ini ia i es [4].
Acco dingly, he ans o ma ion o lib a y se ices has also in luenced hei
educa ional models. Fo ins ance, Lalwani and Allee desc ibed he adap a ion o
enginee ing lib a ies o he changing educa ional ecosys em. They examined issues
o mode nizing lib a y se ices, in oducing s uc u al changes, de eloping human
capaci y, and managing esou ces mo e e ec i ely. Th ough case s udies, he
esea ch p esen ed con empo a y app oaches o mee ing he new in o ma ional
needs o enginee ing s uden s and acul y. The s udy emphasized he necessi y o
enginee ing lib a ies o in eg a e digi al esou ces, da a li e acy skills, and
in e disciplina y suppo in he u u e [5].
Simila ly, he in eg a ion o in o ma ion li e acy has gained signi ican
impo ance. Add essing his issue in g ea e dep h, Se ik, Nu galiye a, and Ye lano a
explo ed me hodological aspec s o inco po a ing a ious obo ics echnologies in o
Kazakhs an’s STEM educa ion sys em. Using p ojec -based lea ning app oaches, he
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au ho s ocused on de eloping lea ne s’ esea ch, echnical, and c ea i e skills. Thei
indings demons a ed ha he e ec i e use o obo ic ools enhances s uden s’
scien i ic hinking, s eng hens in e disciplina y unde s anding, and imp o es hei
abili y o sol e p ac ical p oblems. Mo eo e , his app oach con ibu es o de eloping
he p o essional compe ence o u u e eache s and imp o ing he o e all quali y o
STEM educa ion [6].
Fu he mo e, he me hodology o using digi al esou ces has also been he
subjec o esea ch. Con inuing in his di ec ion, E. Rusydiyah, E. Pu wa i, and A.
P abowo analyzed he signi icance o digi al li e acy as a lea ning esou ce in he
aining o u u e eache s in Indonesia. Thei s udy showed ha mas e ing digi al
skills expands eache s’ pedagogical compe ence and enhances hei abili y o
e ec i ely apply mode n echnologies. The au ho s emphasized ha de eloping
digi al li e acy inc eases s uden s’ capaci y o sel -di ec ed lea ning and enables
hem o adop inno a i e me hods [7].
Howe e , se e al challenges emain in in eg a ing lib a y esou ces. In his
ega d, Ba yshe and colleagues examined he ans o ma ion o uni e si y lib a ies
in he digi al e a. They desc ibed he shi om adi ional se ices o elec onic
esou ces and emo e access, while also no ing he need o s a o adap o new
compe encies. Ne e heless, inancial and in as uc u al cons ain s we e ound o
hinde he e ec i e implemen a ion o hese changes [8]. Simila ly, Ka o, Kisangi i,
and Kaijage e iewed he de elopmen o uni e si y digi al lib a y esou ces. Thei
s udy e ealed ha he ansi ion om adi ional lib a ies o digi al ecosys ems
imp o es accessibili y and accele a es eaching and esea ch p ocesses. Ye ,
limi a ions in in as uc u e, unding, and s a aining emain he main ba ie s [9].
In addi ion, Aliyyah and colleagues analyzed he e ec i eness o digi al lib a ies o
educa o s in he con ex o Indus y 4.0. The indings showed ha digi al lib a ies a e
highly alued as ools o en iching lea ning con en and os e ing s uden
au onomy. A he same ime, he lack o echnical suppo , insu icien digi al li e acy,
and pla o m ins abili y we e iden i ied as pe sis en challenges [10].
In conclusion, he li e a u e e iew demons a es ha he lib a y en i onmen
in STEM educa ion is no me ely a sou ce o esou ces bu also a signi ican ac o in
ans o ming he lea ning p ocess. On his basis, i can be concluded ha achie ing
e ec i eness depends no on he esou ces hemsel es bu on he me hodological
mechanisms o hei u iliza ion, s a p epa edness, and alignmen wi h educa ional
p og ams.
RESEARCH METHODOLOGY
The me hodological basis o he esea ch is o med by he p inciples o a
sys ems app oach, which allows o he analysis o he lib a y en i onmen as a
complex and in eg a ed sys em wi hin he STEM educa ional p ocess. To sol e he
gi en p oblem and achie e he esea ch objec i es, he ollowing se o me hods was
used:
Sys ema ic li e a u e e iew and analysis.
This me hod was aimed a de ining
he e olu ion o he lib a y en i onmen in mode n STEM educa ion, i s ole and
po en ial, as well as he heo e ical ounda ions o he Resou ce-Me hodological
Sys em (RMS) concep . The analysis o domes ic and in e na ional li e a u e (jou nals,
monog aphs, con e ence p oceedings) con i med he ele ance o he esea ch
subjec and p o ided a heo e ical basis o de eloping p ac ical ecommenda ions.
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Compa a i e analysis me hod.
This me hod was used o compa a i ely s udy
he expe ience o in eg a ing he lib a y en i onmen in o STEM educa ion in
di e en socio-cul u al con ex s (e.g., Kazakhs an, Russia, USA, Indonesia). I helped
iden i y he mos e ec i e app oaches, ends, and common challenges in
de eloping me hodological ecommenda ions.
Sys ema iza ion me hod.
Theo e ical and p ac ical da a ob ained du ing he
esea ch ( ypes o lib a y esou ces, me hods o hei use, mechanisms o
pedagogical impac ) we e sys ema ized. This se ed as he basis o p esen ing he
impac o he lib a y en i onmen on he quali y o STEM educa ion holis ically,
wi hin he amewo k o ou main componen s ( esou ces, esea ch oppo uni ies,
me hodological suppo , socio-cul u al en i onmen ), and o cons uc ing he RMS
model.
Syn hesis me hod.
Based on he gene aliza ion and syn hesis o esul s
ob ained om he me hods men ioned abo e, he me hodological ounda ions o
e ec i ely in eg a ing he lib a y en i onmen in o he educa ional p ocess we e
p oposed. The combined use o hese me hods ensu ed he heo e ical dep h and
p ac ical o ien a ion o he esea ch.
RESULTS
The esul s o he s udy e ealed ha he e ec i eness o he mode n
educa ional en i onmen , es ablished based on he Educa ional-Me hodical
Complex (RMS), in comp ehensi ely p epa ing u u e specialis s is g ounded in he
ha monious in e ac ion o he ollowing ou in e ela ed ac o s:
➢
Acquisi ion o p ac ical skills:
Inno a i e esou ces such as 3D p in e s, obo ics
ki s, and VR headse s p o ide oppo uni ies o ein o ce heo e ical knowledge
h ough hands-on p ac ice, making he lea ning p ocess mo e sophis ica ed
and engaging.
➢
De elopmen o esea ch compe encies:
The ans o ma ion o he lib a y in o
a "labo a o y-lib a y" c ea es an ideal en i onmen o p ojec de elopmen
and collabo a i e wo k. This is u he suppo ed by specially designed
me hodological ma e ials (guidelines, ins uc ional esou ces), which acili a e
he sys ema ic o ganiza ion o s uden s’ independen esea ch ac i i ies.
Facili a ion o p o essional socializa ion:
The socio-cul u al componen o he
educa ional en i onmen , implemen ed h ough dedica ed e en s and open
communica ion spaces, p omo es he eme gence o p o essional communi ies
among u u e specialis s, enhances hei communica ion skills, and suppo s ca ee
de elopmen .
Figu e 1. The Impac o he Lib a y En i onmen on STEM Educa ion
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Thus, he s udy ully demons a es ha he in eg a ion o esou ces, esea ch
oppo uni ies, me hodological suppo , and he socio-cul u al en i onmen as a
uni ied sys em ele a es he lea ning p ocess o a quali a i ely new le el. The
p oposed app oach ans o ms he lea ne om a passi e ecipien o knowledge
in o an ac i e a chi ec o hei own educa ional ajec o y, ul ima ely p epa ing
compe en and well- ounded specialis s capable o mee ing he e ol ing demands
o he labo ma ke .
CONCLUSION
The esul s o he s udy indica e ha he impac o he lib a y en i onmen on
STEM educa ion goes beyond i s ole as a me e in o ma ion sou ce, demons a ing
i s po en ial o become a cen al componen o an inno a i e educa ional ecosys em.
Acco ding o he me hodology p oposed by he educa ional-me hodical complex
(RMS), a mode n lib a y is en isioned as a comp ehensi e space ha unc ions as a
"labo a o y-lib a y," o e ing esou ces such as 3D p in e s, obo ics ki s, and VR
echnologies, while also p o iding me hodological suppo and socio-cul u al
in eg a ion. Enhancing he quali y o STEM educa ion depends no only on he le el
o echnological equipmen bu also on he me hodological mechanisms o
in eg a ing hese esou ces in o he lea ning p ocess, as well as on he p epa edness
o ins uc o s and he p o essional ne wo king o u u e specialis s. De eloping he
lib a y in his di ec ion ensu es a holis ic lea ning p ocess, ans o ming s uden s
om passi e ecipien s o knowledge in o ac i e c ea o s. As a esul , i enables he
aining o well- ounded specialis s who a e lexible in esponding o changing
ma ke demands, possess c i ical hinking skills, and a e capable o gene a ing
c ea i e solu ions. Thus, he ad ancemen o he lib a y en i onmen ep esen s one
o he mos p omising a enues o he u he de elopmen o STEM educa ion.
Acknowledgmen
This esea ch was unded by he Science Commi ee o he Minis y o Science
and Highe Educa ion o he Republic o Kazakhs an (G an No. АР26105437).
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