https://ijmri.de/index.php/jmsi
volume 4, issue 5, 2025
852
METHODOLOGICAL FOUNDATIONS FOR DEVELOPING RESEARCH SKILLS
AND SCIENTIFIC POTENTIAL OF LYCEUM STUDENTS THROUGH SUBJECT
CLUBS (ON THE EXAMPLE OF A BIOCHEMISTRY CLUB)
Khamraev Sobir
Lecturer,
National University of Uzbekistan
Abstract:
This article thoroughly explores the role, scientific-practical significance, and
organization of biology clubs operating in academic lyceums within the educational and
upbringing process, especially when implemented through innovative teaching technologies.
Research findings indicate that biology clubs serve as an effective tool in developing students’
skills in independent thinking, scientific research, observation, and analysis. During experimental
training sessions, the lessons conducted in biology clubs clearly demonstrated their impact on
increasing students’ interest in the subject, applying biological knowledge in practice, and
enhancing ecological thinking. In particular, the use of interactive methods, laboratory work,
field activities, and project-based approaches further intensified students’ interest in biology and
began to reveal their creative potential.
Keywords
: biology club, interactive methods, independent thinking, educational effectiveness,
pedagogical approach, innovative technologies.
Introduction.
Traditional teaching methods are instructional approaches that have been widely
used in schools over the years. In the context of teaching biology, these methods mainly include
classical formats such as lectures, question-and-answer sessions, textbook-based learning, and
laboratory activities. The primary advantage of traditional methods lies in their ability to
maintain classroom discipline, provide theoretical clarity on topics, and reinforce core concepts
[6].
In biology subject circles, traditional methods tend to be teacher-centered, which may limit
students’ independent thinking, analytical skills, and ability to express personal ideas. Moreover,
when the approach is restricted to theory alone, students’ practical skills may not develop
adequately. Traditional methods primarily focus on the transmission of knowledge from teacher
to student. In biology clubs, these methods manifest in the following ways: Although there are
various pedagogical approaches in the teaching of biology, traditional methods have historically
shaped instruction and remain relevant today. They serve as a fundamental methodological basis
in extracurricular science activities, particularly for consolidating theoretical knowledge and
internalizing key concepts of the subject [4].
Through science clubs, gifted and curious students studying in academic lyceums are identified,
and their engagement in scientific research is encouraged. Based on selected topics, students
carry out independent research activities, which not only prepare them for higher education but
also foster a responsible and conscious attitude toward science. In the course of this work,
methodological recommendations for the effective organization of biology clubs are developed.
These can serve as practical guidelines for teachers [2,1].
Moreover, the application of modern methodological approaches such as interactive methods,
experimental activities, fieldwork, and project-based learning in biology clubs has contributed to
the development of essential skills in students, including independent thinking, observation,
scientific hypothesis formulation, analytical thinking, and drawing conclusions. Based on the
https://ijmri.de/index.php/jmsi
volume 4, issue 5, 2025
853
statistical analysis presented above, it can be concluded that biology clubs serve as an effective
educational tool in the academic lyceum context. These clubs not only enhance students’ interest
in science but also significantly strengthen their preparedness for future higher education.
Results
. Therefore, improving the scientific and methodological framework of science clubs,
strengthening their material and technical resources, and supporting each talented student
remains one of the key priorities of modern educational policy [3]. Within the biology club
established at the academic lyceum, pilot experimental activities were conducted involving first-
and second-year students. The study was carried out over a period of three months. To assess the
effectiveness of the club sessions, the following results were obtained using diagnostic tests,
questionnaires, observational data, and interviews.
Increase in Students’ Knowledge Level
Stage 1:
▓▓▓▓▓▓▓▓░░░░░░░░ 52%
▓▓▓▓▓▓▓▓▓▓▓▓▓▓░░76%
Stage 2:
▓▓▓▓▓▓▓▓▓░░░░░░ 60%
▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓ 86%
These data indicate that as a result of participation in the science club, the knowledge level of
first-stage students increased by an average of 24%, and for second-stage students, it increased
by 26% [5].
Conclusion.
The results of the monitoring confirmed that science clubs have a positive impact
on students' academic performance. Based on this, scientific and practical recommendations
were made to improve the effectiveness of education. The monitoring yielded the following key
indicators:
The average rating in biology increased by 18.2% in the experimental group (while in the
control group, this increase was only 4.7%).
Based on survey data, 85% of students in the experimental group reported an increased
interest in biology (in the control group, this indicator was 41%).
The proportion of students interested in scientific research reached 73% (compared to 38%
before the experiment).
References:
1.
Bennett, B., Spenser, D., Bergmann, J., Cockrum, T., Musallam, R., Sams, A., Fisch, K., &
Overmyer, J. (2013). "The flipped classroom manifest" 2019-05-26 Wayback Machine
2.
Ehsan Faridi, Abolfazl Ghaderian, Fatemeh Honarasa, Arefeh Shafie. Next generation of
chemistry and biochemistry conference posters: Animation, augmented reality, visitor statistics,
and visitors' attention//Multimedia in biochemistry and molecular biology education. 2021 Jul;
49 (4). P. 619-624
3.
Gushchin Y.V. Interactive teaching methodsjnhigher education// Psychological journal of
the international University of nature, society and man “Dubna”, Dubna Psychological Journal. –
2012, № 2. -P. 1-18
4. Bayborodova L. V., Repina A. V. Organization of network interaction of educational
institutions in the implementation of innovative projects // Yaroslavl Pedagogical Bulletin. 2013.
No. 3. Volume II.
5. Taraseeva N. I., Baulina O. V., Dezhinova N. A. Scientific circles as a component of the
development of practical skills of students majoring in "Construction" // Open education. 2019.
No. 5. P. 14-22.
6. Khamroev Sobir Khusenovich, Kuziev Sherali Nasrulloevich, Yunusova Muslima
Kholmatovna, Dalimova Surayo Nugmanovna, Umarova Gulbakhor Bazarbanevna,
Mukhamadzhonova Guzal Mukhamadzhanovna, Khamdamova Nigora Azamzhon Kizi,
Dadakhonova Mukhlisa Bakhrom Kizi. The effectiveness of studying biochemistry, suggestions
and recommendations for undergraduate students in a biochemistry circle // Universum:
psychology and education. 2025. No. 2 (128). DOI: 10.32743/UniPsy.2025.128.2.19261. P. 21-
25
