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INTRODUCTION OF MODULAR-SYSTEM TEACHING
TECHNOLOGIES IN MUSIC EDUCATION
Nurmatova Mayya Abdullayevna
Senior teacher of Urgench State Pedagogical Institute
Matnazarov Amirbek Mansurbek uglu
Urgench State Pedagogical Institute
Student of group 232 of the “Music Education” department
https://doi.org/10.5281/zenodo.15356803
Annotation
: This article analyzes the theoretical foundations and practical
aspects of introducing modular-systemic teaching technologies into the process
of music education. Mechanisms for increasing students' independence in
learning, creative thinking and interest in musical activity through a modular-
systemic approach are highlighted.
Keywords
: Modular-systemic teaching, music education, interactive
methods, musical competence, innovative education, didactic modules.
Introduction
.
In an era of increasing demands for systematic and effective organization of
educational content in modern pedagogical processes, modular-systemic
teaching technologies are widely recognized as an innovative method. In
particular, in the formation of professional competencies of future specialists in
the higher pedagogical education system, modular-based training courses are
didactically more effective and serve to develop independent thinking, creative
approach and reflective analysis skills. Music education is an aesthetic-
emotional process in content and form, and the introduction of modern
pedagogical technologies, in particular modular-systemic teaching, to increase
its effectiveness is one of the urgent tasks.
Modular-systemic teaching is the organization of the knowledge transfer
process on the basis of blocks (modules), each module systematically
incorporating specific goals, content blocks, learning tasks, control forms and
assessment criteria. The main advantage of this technology is that it allows
individualizing the student's educational activities, ensuring didactic flexibility,
strengthening the motivation for independent learning and developing a
creative approach. In particular, the modular-systemic approach in the process
of music education serves to create an educational environment aimed at
combining theoretical knowledge with practical skills, improving listening and
analysis, improving performance skills, and developing musical thinking.
Methodology
:
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The introduction of modular-systemic teaching technologies in music
education requires not only an update of the content of education, but also a
revision of the methodological foundations of the entire pedagogical process.
Today, while traditional teaching methods are being replaced by interactive,
innovative and person-oriented technologies, the modular-systemic approach
introduces a qualitatively new paradigm into the methodology of music
education.
In this study, the constructivist approach, the integration of a competency-
based education model and modern didactic technologies were used as the
methodological basis. According to the theory of constructivism, the student is
not just a recipient of knowledge, but is considered a person who actively
processes it and understands it based on his own experience. This approach
shows its relevance precisely in the processes of individual learning, problem
tasks and independent analysis inherent in the module system. Several methods
were used in the research process to conduct a qualitative and systematic
analysis. First of all, using the theoretical-analytical method, the historical
development of modular-system teaching technologies, didactic foundations and
possibilities of adaptation to music education were studied in depth. Through
this, modern pedagogical ideas and advanced foreign experiences were
analyzed, and aspects that are suitable for the Uzbek educational environment
were identified. Also, the impact of modular-based lessons on students'
competence in a real educational environment was studied based on empirical
observation and diagnostic methods. During the experimental work, changes in
student activity, an increase in the level of motivation, and the formation of a
creative approach were observed. The results of the observations were recorded
based on analytical tables and quality indicators.
A design-methodological approach was used in the formation of the
structure of the modules, and each module was designed as an independent
didactic unit. It included a target direction, a content block, interactive tasks,
assessment tools, and sections that create conditions for student reflection. This,
in turn, ensured that through each module the student had the opportunity to
develop musical thinking, improve practical performance skills, and form
analytical thinking.
These methodological foundations made it possible to successfully
implement a modular-systemic approach not only in theoretical knowledge, but
also in practice. As a result, it was proven that it is possible to educate creative,
active, independent-thinking, analytically oriented individuals through an
SOLUTION OF SOCIAL PROBLEMS IN
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educational process organized on the basis of modules in the music education
system.
Analysis and discussion:
The pilot study on the implementation of modular-systemic teaching
technologies in music education showed that this technology not only improves
the quality of the educational process, but also creates significant positive
changes in students' musical thinking, creative approach, and desire for
independent learning. The study was conducted with the participation of 64
third-year students studying in the music education department of higher
educational institutions in the 2024–2025 academic year. The group was
divided into two parts: 32 participated in classes based on the traditional
teaching method (control group), and the remaining 32 participated in classes
based on modular-systemic teaching (experimental group).
At the initial stage, tests were conducted between the two groups to
determine the level of knowledge. According to the results, the average score in
the control group was 56.2, and in the experimental group - 55.8 - that is, the
initial level was almost equal. However, after 8 weeks of training with the
introduction of modular-system technologies, an assessment was carried out
based on repeated tests, performance exercises, analytical tasks and questions
and answers. At this stage, the average result of the students in the experimental
group reached 83.5 points, while the control group achieved 68.9 points.
Statistically, these changes were analyzed using the t-student criterion and
proved the effectiveness of modular-system teaching with a reliability of p<0.01.
This change was especially evident in the indicators of musical listening analysis
(musical dictation), performance skills, compositional thinking and emotional
expression. In the experimental group, the rate of independent completion of
musical analysis tasks increased from 72% to 94%, and performance skills were
highly rated by evaluators, with an 87% increase.
The analysis showed that the modular-system approach allows the student
to approach the lesson individually, plan his/her own activities, control the pace
of mastery and evaluate the results. This, in turn, contributes to the formation of
the student's autonomy, reflective thinking and creative potential. The results of
the survey conducted with the students also confirmed the effectiveness of the
method. 91% of the students in the experimental group rated the modular
lessons as interesting, logically organized and motivating. 84% of them noted
that their independent thinking and musical level in music lessons increased
through this technology. The integration of modular-system teaching technology
SOLUTION OF SOCIAL PROBLEMS IN
MANAGEMENT AND ECONOMY
International scientific-online conference
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into music education not only increases the quality and efficiency of education,
but also serves as an important tool for developing the individual abilities of
students, encouraging them to independent musical thinking, and forming
competencies based on a personal approach. Statistical analysis confirms this
idea on a scientific basis.
Conclusion
:
Based on the above analysis, it was determined that the introduction of
modular-systemic teaching technologies into music education serves to organize
the educational process in an effective, systematic and innovative way. This
technology creates the basis for the gradual, goal-oriented formation of
students' musical knowledge, skills and competencies. Empirical experiments
have proven that the educational content organized on the basis of modules is
highly effective, especially in the formation of such competencies as creative
thinking, independent musical analysis, compositional approach and emotional
perception. The advantages of the modular-systemic approach are the
possibility of individualization in education, stimulation of student activity, wide
use of interactive methods and assessment of results based on clear criteria. It is
these aspects that increase students' motivation for musical activity and arouse
their deep interest in the professional direction.
In conclusion, the implementation of modular-system teaching technologies
in the music education system is a modern pedagogical approach that serves to
improve the quality and effectiveness of education, develop personal and
professional competencies of students. Through the gradual and systematic
introduction of this technology, it is possible to raise the musical-educational
process to a high pedagogical level.
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