INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 04,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 878
IMPROVING THE QUALITY OF EDUCATION AND PERSONAL DEVELOPMENT
OPPORTUNITIES FOR STUDENTS THROUGH THE USE OF INTERACTIVE
METHODS IN BIOLOGY
Imamova Madina
TPMI basic doctoral student
Abstract:
This article provides an in-depth analysis of the impact of using interactive
methods in teaching biology on improving the quality of education and on the personal
development of students. These methods encourage students not only to actively participate
in the lesson, but also to test their knowledge in practice. This approach develops creative and
critical thinking in students, increasing their skills in effective cooperation and teamwork.
Interactive methods also form students' independent thinking, decision-making and
communication skills, which greatly contributes to their personal development. The article
also provides detailed information on various forms of interactive methods and how they can
be effectively used in biology lessons.
Key words:
interactive methods, biology, improving the quality of education, personal
development, student activation, innovative pedagogical methods
Main part.
The introduction of innovative approaches and methods in the education system
of Uzbekistan is greatly contributing to improving the quality of education and the personal
development of students. Today, innovative approaches in education, especially the use of
interactive methods, play an important role in improving the quality of education and
ensuring the personal development of students.
One of the important tasks of teachers who act pedagogically in the system of teaching
Biological Sciences is considered to be to gain students ' interest in mastering the basics of
science, to ensure their perfection in the development of independent and creative thinking
skills. Innovation technologies play an important role in solving these problems. Lessons
using innovation technologies are rich in information, visual, interactive, providing a fertile
use of time, obtaining knowledge of each student's own tempiramint, and in the teacher, the
opportunity arises to carry out differentiated and individualized education with students, as
well as provide the basis for controlling and evaluating their results in teaching.[1;840]
It goes without saying that new pedagogical, innovative, interactive technologies in teaching
various subjects, including education based on the organization of problem situations, are
increasingly proving to be much more effective than traditional education [2;95;5].
We consider it appropriate to use a number of interactive methods in teaching Biological
Sciences – “Asisment”, “keys stadi”, “mental attack”, “Insert” and “organizer”, as well as
“Energizer” methods[3]
In general schools, the provision of keys assignments to students in the lessons of a person
and his health in Biological Sciences(in the 8th grade) is also considered important in the
development of the knowledge received by students in primary education and the
organization of non-traditional classes.
Keys question: why exactly the following letters were used in the Golovin-Sivtsev table?
Answer for the teacher: because these letters are the same in width and height, and they are
not used when making words[4;843].
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 04,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 879
1. Interactive methods and their role in education
Interactive methods are pedagogical techniques that ensure the active participation of
students. In biology, these methods help students consolidate their knowledge, develop
thinking skills, and teach them to solve problems. Interactive methods strengthen two-way
communication between the teacher and students, and also encourage students to work
together. Interactive methods ensure the active participation of students, which increases their
interest in the lessons. The main goal of interactive methods is to turn the student from a
passive listener into an active participant. These methods include games, presentations, group
discussions, problem solving, and other forms.
2. Advantages of using interactive methods in biology
There are many advantages to using interactive methods in biology. Here are some of the
most important ones:
Creative and analytical thinking: Interactive methods develop students' creative approach to
understanding biological processes. Students strive to create new ideas in biology.
Improving teamwork and communication skills: Through a team approach to learning
biology, students communicate, help each other, and develop group work skills.
Independent thinking and decision-making: Interactive methods allow students to learn to
make decisions independently, which in turn improves their critical thinking skills.
Developing emotional intelligence: Interactive methods also help students develop
emotionally as they learn to manage their emotions when working in teams, in discussions,
and helping others.
Deep learning: Students learn important concepts of biology through their own experiments
and research.
Developing critical thinking: Students analyze the material they have learned and develop
new ideas.
Self-development: Students learn to freely express their thoughts, debate with each other, and
justify their opinions.
3. Interactive methods: application of the mapping method
Basic rules for applying the mapping method
Centering the Key Word: A key topic or word (e.g., "Nervous System") is placed in the
center of the map. This is the main concept, from which all the branches (components)
emerge.
Creating networks: Networks are placed around the main word, describing the main
components of the topic (for example, the central and peripheral parts). Each network
emerges from the main word in a interconnected manner.
Numbering components: Each network and its components are numbered in the map
structure. This shows the reader in what order each element should be studied. For example:
Nervous system
Central department
Peripheral department
1.Spinal cord
1. 31 pairs of sensory nerves that emerge from the spinal cord
2. Brain
2. 31 pairs of motor nerves that emerge from the spinal cord
3. 12 pairs of nerves that emerge from the brain
4. Nerve ganglia around the spinal cord
5. Nerve ganglia located in the internal organs
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 04,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 880
From this, it is necessary to write down the components of the brain by dividing it into
sectors, just as it is necessary to write down the spinal cord in the same way. Thus, it is
recommended to study the system not as a whole map, but divided into short and logical
sectors. This approach is effective in mastering complex topics and helps students remember
information more easily and quickly. This method creates an opportunity for students to
divide topics into small parts and strengthen each part. The percentage of students
remembering any difficult, superficial topics increases.
Write the words in the main and networks in colored pens: Writing the main word and its
networks in colored pens helps to separate each section. This helps to visually remember and
understand the topic better. For example: Main word: Nervous system (in red), networks (in
green), components (in blue). The map should not be too complicated. Only the most
important and necessary elements should be included. Excess information can be confusing
for the reader. The connections between the network and components can be shown on the
map using lines. This helps the reader to visually understand what connections exist.
4. Impact on student personal development
Interactive methods have a huge impact on the personal development of students. Through
these techniques, students develop their own personal skills:
Critical thinking: students learn to analyze the material they learn, to think critically. They
learn not only to remember biological processes, but also to analyze them and express their
thoughts.develop skills:
Adaptation to changes: interactive methods help students quickly adapt to changes and solve
new problems. This is an important component of personal development.
Emotional development: as students interact, they learn to control their emotions and
relationships while interacting with others. This increases their emotional intelligence.
Self-awareness: in the framework of the science of Biology, with the help of interactive
methods, students realize their abilities, strengths and weaknesses. It helps in self-
development and self-control.
5.Necessary skills and training for the teacher
In order to effectively use interactive methods, the teacher must have the following skills:
Knowledge of innovative pedagogical methods: it is necessary that the teacher is well versed
in and adapts to modern pedagogical approaches when applying interactive methods.
Motivating students: the teacher should encourage students to engage in classes and
encourage them to participate actively.
Use of technology: teachers are required to be able to use modern educational technologies,
such as online educational platforms, interactive educational resources.
6.Difficulties that arise when using interactive methods
There may be some difficulties in applying interactive techniques:
Teacher readiness level: teachers must undergo special training to effectively apply these
techniques.
Different levels of student knowledge: some students may be passive, which reduces the
effectiveness of the course.
Lack of time: interactive methods often take longer, which can make it difficult to fulfill the
plans of the lesson in time.
In conclusion, the use of interactive methods in biology is important not only in improving
the quality of education, but also in ensuring the personal development of students. These
techniques will not only help students to master biological knowledge in depth, but will also
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 04,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 881
motivate them to develop their analytical thinking, creative approach and teamwork skills.
For the successful application of interactive methods, teachers need to be perfectly aware of
innovative pedagogical approaches and encourage students to actively participate.
Techniques such as mapping make it easier to master subjects visually and allow students to
learn more efficiently. At the same time, the training of teachers and the active participation
of students is an important factor in ensuring the success of the educational process. As a
result, interactive methods achieve high efficiency in education and the personality of
students
References:
1. M.N.Atakulova., "Effectiveness in using interdisciplinary techniques in teaching
biology" Oriental Renaissance: Innovative, educational, natural and social sciences SJIF
2023 = 6.131 / ASI Factor = 1.7 (E)ISSN:2181-1784 www.oriens.uz 3 (11), November,
2023
2. Sohova Nodira Isomitdinovna “Studies in the educational method of relations of Furqat
life and creativity” Jizzakh-2023 95 b
3. Bekpolatugli, Kulmamatov Bunyod. "THE WORLD OF PLANTS AND ITS
PROTECTION IN UZBEKISTAN."Frontline Social Sciences and History Journal 3.05
(2023): 71-75.
4. M.N.Atakulova., “Effectiveness in using interdisciplinary techniques in teaching
biology” Oriental Renaissance: Innovative, educational, natural and social sciences SJIF
2023 = 6.131 / ASI Factor = 1.7 (E)ISSN:2181-1784 www.oriens.uz 3 (11), November,
2023
