Specifics of the Use of Digital Educational Tools by School Teachers
Integration of Education,
Journal Year:
2025,
Volume and Issue:
29(1), P. 154 - 170
Published: March 21, 2025
Introduction.
The
use
of
digital
technologies
is
now
an
important
part
the
educational
process.
This
process
constantly
changing
due
to
various
factors
and
emergence
new
tools.
Such
changes
are
significant
in
context
quality
education
require
constant
monitoring.
purpose
this
study
investigate
characteristics
tools
tasks
that
teachers
solve
using
Materials
Methods.
A
total
594
between
ages
18
76
participated
study.
93
percent
respondents
were
women.
questionnaire
“Digital
Technologies
Educational
Process”
was
used
for
data
collection.
Results.
Electronic
gradebooks
or
diaries
a
popular
tool,
while
resources
communication
systems
with
students
parents
less
frequently.
E-textbooks
proved
be
unpopular
tool.
Educators
more
frequently
colleagues
students,
often
planning
extracurricular
activities
implementing
project-based
learning.
Comparative
analysis
shows
young
specialists
lesson
systems,
over
30
years
experience
attendance
tracking.
Primary
school
utilize
than
others.
larger
population
centers
tracking,
activity
planning,
communication.
Discussion
Conclusion.
results
indicate
high
level
integration
into
transition
from
routine
innovative
use.
can
both
clarify
expand
functions
existing
provide
targeted
professional
development
teachers.
Language: Английский
FORMATION OF FUTURE TEACHER READINESS FOR DIGITAL CONTENT DEVELOPMENT
E.M. Lyubimova
No information about this author
Современные проблемы науки и образования (Modern Problems of Science and Education),
Journal Year:
2024,
Volume and Issue:
№1 2024, P. 11 - 11
Published: Jan. 1, 2024
ФОРМИРОВАНИЕ
ГОТОВНОСТИ
БУДУЩЕГО
УЧИТЕЛЯ
К
РАЗРАБОТКЕ
ЦИФРОВОГО
ОБРАЗОВАТЕЛЬНОГО
КОНТЕНТАЛюбимова
Е
Language: Русский
Cognitive-stylistic and metacognitive characteristics of schoolchildren and students with different indicators of digital competence
Perspectives of science and education,
Journal Year:
2024,
Volume and Issue:
67(1), P. 507 - 523
Published: March 1, 2024
Introduction.
The
process
of
digital
transformation
modern
education
largely
depends
on
the
competence
students.
relevance
study
students
is
determined
by
broad
involvement
young
people
in
use
educational
technologies,
lack
a
holistic
view
cognitive
sphere
representatives
"digital
generation",
empirical
data
integrative
characteristics
with
different
levels
competence.
purpose
this
to
relationship
indicators
and
types
cognitive-style
metacognitive
schoolchildren
Materials
methods.
involved
secondary
schools
university
living
St.
Petersburg,
Moscow,
Yekaterinburg,
Novosibirsk
(total
sample:
N=631).
To
diagnose
competence,
method
"Digital
Competence
Index"
was
used
(G.U.
Soldatova,
T.A.
Nestik,
E.I.
Rasskazova,
E.Y.
Zotova).
sphere,
following
methods
were
used:
"Style
thinking"
(A.K.
Belousova),
"Method
diagnosing
stylistic
parameters
learning"
(A.
Salomon,
R.
Felder),
"Metacognitive
skills
structure
professional
activity"
(E.G.
Denisova).
Comparative
correlation
analyses
for
statistical
processing.
Results.
revealed
similarities
overall
level
(N=281)
(N=350),
higher
technical
school
(p
≤
0.002)
knowledge
field
practical
application
technologies:
working
information
0.004),
online
communication
0.002).
Internet
consumer
purposes
0.005).
Universal
specific
cognitive-stylistic
found.
include
thinking
styles
that
manifest
themselves
orientation
selection,
evaluation,
meaning
transfer
implementation
information.
features
subjects
high
are
revealed:
subgroup,
comparison
low
have
pronounced
preference
an
active
learning
style
strategy
(Uemp
=
1012;
p
0.0009),
generating
ideas
joint
solution
mental
tasks
1145.5;
0.01);
characterized
combination
visual
strategies,
activities
1613;
0.04).
Conclusion.
contributes
understanding
results
obtained
indicate
need
programs
development
universities
aimed
at
formation
skills,
their
conditions
activities.
Language: Английский
The levels of digital inequality: Features of the impact in the Ural federal district
Management Issues,
Journal Year:
2024,
Volume and Issue:
18(4), P. 80 - 93
Published: Aug. 30, 2024
Introduction.
Access
to
information,
digital
products
and
services
contributes
reducing
barriers
in
individual’s
interaction
with
state,
organizations,
other
individuals,
also
providing
opportunities
for
human
development.
The
author
assesses
the
inequality
level
of
constituent
entities
Ural
Federal
District.
Materials
methods.
Theoretically,
research
is
based
on
concept
three
levels
inequality,
according
which
can
be
manifested
at
access
Internet
information
communication
technologies;
users’
skills
competencies;
benefits
obtained
from
use
technologies
impacting
individual
life
chances.
materials
used
are:
statistical
data
Russian
society
development
monitoring,
literacy
population,
conducted
by
Analytical
Center
National
Agency
Financial
Research,
Association
Electronic
Communications,
Ministry
Digital
Development,
Communications
Mass
Federation
Research
University
“Higher
School
Economics”,
as
well
results
an
expert
survey
2023
state
civil
servants
Sverdlovsk
region
employees
“Electronic
government
operator”,
budgetary
institution
region.
Results.
article
reveals
specific
features
geographical
paradoxically
affects
level.
more
compactly
located
territories
Sverdlovsk,
Tyumen
Chelyabinsk
regions
provide
appropriate
infrastructure
better
broadband
access.
A
social
consequence
low
Yamalo-Nenets
Autonomous
Okrug
is,
part,
that
not
all
medical
organizations
connected
Integrated
Health
Information
System.
In
addition,
there
no
direct
correlation
between
On
contrary,
remoteness
inaccessibility
act
drivers
competencies
Khanty-Mansi
Yugra
residents,
who
are
efficient
using
e-commerce
public
services.
Discussions
conclusions.
“Bridging
Divide”
federal
program
implementation
will
increase
availability.
Conscious
focused
effort
required
improve
cyber
hygiene
population.
Language: Английский
Experience in the study of the phenomenon of reverse mentoring in the system of general education
Tatiana Sergeevna Dorokhova,
No information about this author
Yulia Nikolaevna Galaguzova,
No information about this author
Alyona I. Matveeva
No information about this author
et al.
Perspectives of science and education,
Journal Year:
2023,
Volume and Issue:
61(1), P. 624 - 640
Published: March 1, 2023
Introduction.
One
of
the
effective
means
developing
modern
education
is
reverse
mentoring.
For
its
successful
implementation,
it
necessary
to
understand
this
phenomenon
by
pedagogical
community,
in
particular,
teachers
educational
institutions.
The
purpose
work
determine
level
understanding
general
organizations
essential
and
content
characteristics
Materials
methods.
study
used
theoretical
(theoretical
analysis
literature,
generalization,
classification)
empirical
(analysis
regulatory
documents,
questionnaire
survey)
survey
involved
316
(mentors
mentored
people)
from
8
regions
Russia
(Nizhny
Novgorod,
Kurgan,
Chelyabinsk,
Tomsk,
Ulyanovsk,
Sverdlovsk
regions,
Republic
Bashkortostan
Yamalo-Nenets
Autonomous
District).
average
age
respondents
36.69
years
(ϭ=13.92),
teaching
experience
12.73
(ϭ=12.99);
7%
men,
93%
women.
included
21
questions.
obtained
data
were
processed
methods
mathematical
statistics
(descriptive
statistics,
Fisher's
criterion).
Research
results.
As
a
result
survey,
was
revealed
that
institutions
are
aware
importance
using
different
types
mentoring,
including
(41.5%);
believe
they
system
mentoring
(63%),
but
at
same
time
do
not
substantive
Thus,
only
25.9%
within
framework
young
teacher
teaches
more
experienced
one,
24.4%
an
older
age,
or
position
becomes
ward
employee
who
younger
these
parameters.
To
mentor,
identified
respondents,
particular
importance.
Conclusion.
Based
on
results,
methodological
foundations
definition
formulated
as
interaction
which
mentor
has
lower
status
(age,
length
service,
position)
than
person;
aimed
filling
deficit
tutored
professionally
significant
competencies,
based
trust,
equality
active
cooperation.
Language: Английский
The system of preparing future teachers for providing moral education of schoolchildren within the digital learning environment: A comparative analysis of undergraduates and academics’ evaluative opinions
Alla Matuszak,
No information about this author
Olga Pavlova,
No information about this author
Yulia Akhkamova
No information about this author
et al.
Science for Education Today,
Journal Year:
2023,
Volume and Issue:
13(4), P. 7 - 29
Published: Aug. 31, 2023
Introduction.
The
article
is
devoted
to
the
problem
of
preparing
future
teachers
for
providing
moral
education
school
students
within
digital
learning
environment.
purpose
study
compare
attitudes
academics,
who
are
developing
system
environment
with
students’
opinions
about
effectiveness
its
components.
Materials
and
Methods.
research
follows
systemic,
activity-based
personality-oriented
methodological
approaches.
systemic
approach
allows
preparation
schoolchildren
in
as
a
system.
makes
it
possible
identify
specific
types
activities
contributes
selecting
contents
according
interests
teachers.
In
order
achieve
study,
authors
used
theoretical
(analysis
scholarly
literature,
analysis
university
work
experience,
generalization)
empirical
(ranking,
survey,
interview)
methods.
Statistical
data
processing
was
conducted
by
means
Mann-Whitney
U-test.
sample
consisted
Education
undergraduates
(n
=
122),
newly-qualified
(the
graduates
university)
=10),
academics
(n=40).
Results.
results
demonstrate
that
has
characteristics
implemented
process
studying
disciplines,
placements,
independent
learning,
participation
extra-curricular
organized
university,
their
own
information
obtained
from
Internet,
experience
teaching
staff
at
schools.
supports
opinion
transferring
skills
between
environments
complicated
task.
Consequently,
targeted
required
on
prepare
educating
research,
revealed
most
effective
ways
teacher
training
today
personal
prospective
emphasized
consider
traditional
methods
preparation,
example,
be
more
than
obtaining
while
have
opposite
point
view.
proven
balance
real
significant
preparation.
Conclusions.
concludes
should
supplemented
electronic
which
comprises
practical
issues
preferences
largely
coincide,
can
contribute
education.
However,
overestimate
component
curriculum.
Language: Английский
Digitalization in the field of music education: analysis of students – future music teachers and music educators
Vladimir V. Dubrovsky,
No information about this author
Irina V. Efremova,
No information about this author
Larisa A. Pidzhoyan
No information about this author
et al.
Perspectives of science and education,
Journal Year:
2023,
Volume and Issue:
64(4), P. 73 - 89
Published: Sept. 1, 2023
Introduction.
Over
the
past
decade,
teacher-musicians
have
been
intensively
mastering
didactic
functions
of
digital
space
and
technologies.
However,
demonstration
successful
practices
for
use
resources
in
music
education
is
not
an
indicator
widespread
these
practices.
The
purpose
this
article
to
analyze
factors
influencing
application
musical
pedagogical
technologies
education.
Materials
methods.
78
respondents
took
part
survey
interviews:
4th-5th
year
students
teachers
Bunin
Yelets
State
University
(Russian
Federation),
additional
education,
directors,
teachers.
When
studying
respondents'
ideas
about
computer
level
teaching
experience
were
taken
into
account.
To
study
features
digitalization
a
questionnaire
was
developed,
consisting
3
blocks:
"Motivation
competence",
"Support",
"Material
technical
environment".
Kruskal-Wallis
test
used
as
method
mathematical
statistics.
Results.
most
developed
competence
narrow
professional
sense
among
higher
(63.7%
high
or
above
average
level),
(57.2%),
(32.4%)
(19%),
least
–
directors
(7.7%).
motivational
potential
highest
(90.9%
(52.4%),
(37.8%)
(26.6%).
Music-computer
are
educational
process
by
with
from
20
years
(48.4%).
Educational
institutional
support
transformation
focused
mainly
on
Availability
equipment
assessed
at
universities
(100%),
schools
(61.1%).
largest
deficit
observed
field
preschool
(low
1
5.4%,
below
84.6%).
Scientific
novelty.
empirically
studied
context
Practical
significance.
results
can
be
development
programs
disciplines
training
-computer
process.
Language: Английский