International Journal of Pedagogics
81
https://theusajournals.com/index.php/ijp
VOLUME
Vol.05 Issue03 2025
PAGE NO.
81-84
10.37547/ijp/Volume05Issue03-23
Pedagogical and Psychological Aspects of Using the
Integration of Chemistry with Exact and Natural Sciences
in Education
Yakubova Madina Fakhriddinovna
Basic Doctoral Student Of The Belarusian-Uzbek Joint Interdisciplinary Institute Of Applied Technical Qualifications, Uzbekistan
Received:
28 January 2025;
Accepted:
27 February 2025;
Published:
15 March 2025
Abstract:
This article examines the relationship of chemistry with several humanities and social sciences, the
advantages of integrated teaching methods, conclusions from the research works of scientists from the CIS
countries, the evolutionary development as a result of innovative training of future teachers and how a lesson can
help reduce stress, how to connect chemistry with art through restoration.
Keywords:
Psychological aspects, pedagogical aspects, interdisciplinary approach, periodic table, emotional
abilities, innovations, neurochemistry, pharmacology, toxicology, evolutionary psychology, cognitive abilities.
Introduction:
Integrated lessons are an important part
of the interdisciplinary communication system. Each of
these lessons is taught by two or more science
teachers. The material of such lessons shows the unity
of the processes taking place in the world around us,
and allows students to see the interrelationship of
various disciplines.
The pedagogical and psychological aspects of using
humanities (history, philology, art and culture,
philosophy) disciplines in chemistry teaching are
important, as this approach enriches students'
knowledge not only scientifically, but also socially,
culturally and personally. Humanities (history,
literature, philosophy, art, psychology, etc.) introduce
new approaches to the process of teaching chemistry
and increase the interest of students. The following are
the pedagogical and psychological aspects of this
approach:
Pedagogical aspects.
1. Developing an interdisciplinary approach: The
humanities encourage an interdisciplinary approach to
chemistry teaching. This gives students the opportunity
to understand their chemistry knowledge in a
historical, cultural and social context. For example,
students' knowledge is deepened by providing
information about the history of chemistry, chemical
discoveries and their impact on society[1].
2. Make lessons interesting and viable: Thanks to the
humanities, chemistry lessons can be interesting and
viable. For example, images of chemical phenomena or
substances in literary works, stories about the
contribution of historical figures to chemistry. This will
attract the attention of students and increase their
interest in the lesson.
3. Historical and cultural context inclusion: students'
knowledge is expanded by explaining the historical and
cultural significance of chemical discoveries. For
example, the periodic table of Mendeleev or data on
the development of chemistry in ancient times. This
gives students an idea of the role of chemistry in the
history of mankind.
4. Discussion of social and ethical issues: Increasing
students' social responsibility by discussing the social
and ethical aspects of chemistry (for example, chemical
weapons, substances harmful to the environment). He
teaches students to think critically and make moral
decisions.
5. Development of language and communication skills:
With the help of humanities, students' language and
communication skills can be developed. For example,
writing essays on chemistry topics, conducting
discussions, or analyzing scientific articles. This
increases their ability to express their knowledge and
communicate[2].
International Journal of Pedagogics
82
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International Journal of Pedagogics (ISSN: 2771-2281)
Psychological aspects.
1. Increasing Students' motivation: Increasing interest
in chemistry lessons through the humanities increases
students' motivation. This will increase their interest
and engagement in the lesson. For example, combining
chemistry and art, stories about the chemistry of color
or the use of substances in the visual arts.
2. Promoting personal development: The humanities
contribute to the personal development of students. In
chemistry lessons, you can form your personal values
by discussing philosophical approaches, ethical issues,
and social issues. This helps them grow into socially and
morally mature people.
3. Development of emotional and creative abilities:
Humanities help to develop students' emotional and
creative abilities. For example, writing poetry on
chemistry topics, creating works of art, or artistically
describing chemical processes. This increases their
ability to think creatively[3].
4. Encourage critical thinking: Students' ability to think
critically can be improved through the humanities. For
example, discussing the social consequences of
chemical discoveries or environmental issues. This
increases their ability to analyze complex problems and
find solutions.
5.
Stress
reduction
and
improved
learning
environment: With the help of humanities, chemistry
lessons can be made less rigorous and exciting. This
reduces student stress and creates a comfortable
learning environment for them.
Practical examples.
1. Chemistry and History: the historical significance of
chemical discoveries (for example, the discovery of
explosives or medicines).
2. Chemistry and art: chemistry of color, the use of
substances in the visual arts.
3. Chemistry and Philosophy: the nature of scientific
knowledge and the ethical aspects of chemical
discoveries.
The use of humanities in chemistry teaching is an
important tool for expanding students' knowledge,
increasing their interest, and promoting personal
development. This approach helps students to become
mature people not only scientifically, but also socially,
culturally and morally[4].
The integration of chemical and philological sciences is
a very interesting and extensive topic. The merging of
these two areas opens up different possibilities and
new approaches. For example: new terminologies and
concepts are being created in the field of chemistry,
and philology helps to correctly translate, define, and
communicate these terminologies to the general
public. Chemistry and philology can be taught together
in academic programs. This helps students to develop
not only scientific knowledge, but also the skills of their
correct expression and presentation. When writing
scientific literature and articles, philologists ensure the
correct use of scientific terminology, clear and
meaningful expression. Thanks to these opportunities,
the integration of chemical and philological sciences
not only expands scientific knowledge, but can also be
useful from a cultural and social point of view[5].
The connection of chemistry with art and cultural
studies is actually an all-encompassing topic. Exploring
these two areas together can provide different
opportunities and new perspectives. For example,
Chemical Pigments and dyes: The colors used in works
of art are made based on chemicals. Thanks to
advanced chemical technologies, new colors and
materials are created, which are used to create works
of art.
Conservation and restoration: In cultural studies,
chemistry plays an important role in the process of
preserving and restoring artifacts. For example, ancient
inscriptions, ceramics, and paintings can be restored
and preserved using chemicals and methods[6].
Scientific visualization: The visualization of scientific
research and results in chemistry is carried out through
art and design. Here is an art to show chemical
structures and reactions in a beautiful and precise way,
and graphics are used. Thanks to these areas, the
relationship between chemistry and art, as well as
cultural studies, becomes richer and more perfect.
The relationship between chemistry and philosophical
sciences occupies an important place in scientific, legal,
spiritual and metaphysical issues. The integration of
these two fields involved various issues, some
examples include:
Scientific Methodologies: Chemistry and philosophy
develop and apply different methodologies in science
research. While philosophy analyzes the basic
principles of science, chemistry explores and programs
these principles from a practical point of view.[7]
Concepts and symbols: Metaphors and symbols are
used in chemistry and philosophical sciences. Elements
and reactions in chemistry have philosophical
significance and can provide a broader understanding
of the nature of the world and man. Through these
connections, chemistry and philosophy complement
each other, contributing to a broader and deeper
understanding of science and spirituality.
The pedagogical and psychological aspects of using the
integration of social sciences in chemistry teaching
International Journal of Pedagogics
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International Journal of Pedagogics (ISSN: 2771-2281)
contribute to the expansion of students' knowledge,
skills and worldview. This approach increases students'
motivation by empowering them to better understand
and apply science in practice through community-
related chemistry teaching.
Pedagogical aspects:
a) Increasing student interest: The relationship
between chemistry and social sciences allows students
to connect science with life processes. For example, the
integration of chemistry and geography, as well as
historical sciences, can be effective on the topics of
ecology and environmental protection.
b) Develop systematic and analytical thinking: by
combining chemistry and economic knowledge,
students can better understand production processes,
the impact of chemical products on the economy, and
concepts of sustainable development.
c) the use of interactive teaching methods: when
teaching chemistry in combination with social sciences,
deeper learning of subjects is ensured through project
work, role-playing games, problem-based learning and
discussions.
Psychological aspects:
a) individual approach to learning subjects
The level of understanding of science is enhanced
through interdisciplinary integration, taking into
account the psychological characteristics of each
student. For example, students with a strong interest in
social sciences also begin to study chemistry better[8].
b) formation of critical and creative thinking: by
discussing the impact of chemical processes on social
life, students develop critical thinking and analytical
skills.
c) Emotional and intellectual development: the
integration of chemistry and social sciences encourages
students to be socially responsible. For example, by
carrying out project work to solve environmental
problems, they develop their emotional and
intellectual abilities[9].
Integrating chemistry with the science of sociology: The
integration of chemistry and sociology offers
multifaceted and interesting opportunities. By
understanding the relationship between these two
areas, it is possible to better understand and solve
various problems in society. Let's look at some
directions.:
Public Health and Ecology: Chemical sciences help
explain the relationship between humans and the
environment through environmental and public health
research. Sociology, on the other hand, studies the
social consequences of these studies and their impact
on people's lives[10].
Industry and Manufacturing: Analyzes the impact of the
chemical industry and manufacturing on society and
the workforce in combination with sociology. For
example, issues of working conditions, health and
safety in industry can be studied using chemistry and
sociology.
Technology and Innovation: Chemistry and sociology
analyze the social consequences of innovation and
technology. Information is being collected on how
innovations and technologies affect people's lives and
social structures[11].
Chemistry and Sociology help students improve their
understanding of science and social issues through
collaborative learning. The interconnected teaching of
these subjects makes it possible to expand people's
understanding. Thanks to these fields of science,
chemistry and sociology complement each other,
helping us to better understand and solve various
problems in society.
Integration of chemistry with psychology.
The integration of chemistry and psychology can
further enrich our understanding of the human mind
and behavior. The connection between these two areas
stems from different aspects. For example,
neurochemistry, pharmacology, Toxicology, and
evolutionary psychology. Psychology and chemistry
combine to understand the process of human
evolutionary development. This field studies how the
human mind and behavior have changed over the
course of evolution and how they have been influenced
by chemical factors. Through these fields, chemistry
and psychology create mutually rich and perfect
concepts that help us better understand the human
mind and psyche.
Teaching chemistry in combination with social sciences
makes the educational process more meaningful and
effective. This integration helps students better
understand science, apply it in real life, and develop
research skills.
Psychological and pedagogical foundations of
integration.
Perhaps human nature is essentially integral, and this
integration in man is primitive: at the level of the
material shell (interacting chemical, physiological,
spiritual processes); and at the level of understanding
personality; and at the level of thinking
–
logical,
figurative, associative. Therefore, integration is a
natural way of knowing oneself and the world around
us, expressed in a combination of aesthetic, cognitive,
historical, genetic, socio-functional aspects.
International Journal of Pedagogics
84
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International Journal of Pedagogics (ISSN: 2771-2281)
REFERENCES
Incheon Declaration / Education 2030: Towards
Inclusive and Equitable Quality education and Lifelong
learning for all (Word Education Forum, May 19-22,
2015, Incheon, Republic of Korea).
Decree of the President of the Republic of Uzbekistan
dated June 5, 2018 No. PP-
3775 “on additional
measures to improve the quality of education in higher
education institutions and ensure their active
participation in the large-scale reforms being carried
out in the country" https://lex.uz/docs/3765586
Decree of the President of the Republic of Uzbekistan
dated April 29, 2019 No. PF-
5712 “On approval of the
Concept for the development of the public education
system of the Republic of Uzbekistan until 2030”.
https://lex.uz/docs/4312785
Decree of the President of the Republic of Uzbekistan
dated February 27, 2020 No. pp-
4623 “on measures for
the further development of the field of teacher
education". https://lex.uz/docs/4749364
Decree of the President of the Republic of Uzbekistan
dated January 28, 2022 No. PF-60 new development
strategy
of
Uzbekistan
for
2022-2026.
https://lex.uz/docs/5841063Шаталов
М.А.,
Кузнецова
Н.Е.
«Обучение
хими.:
Решение
интегративных учебных проблем, 8
-
9 класс.
Методическое пособие». Издательство: «Дрофа»,
«Вентана
-
граф» и «Астрель». 2006. с
-256.
Шаталов М.А., Кузнецова Н.Е. «Химия. 8–9 классы.
Достижение
метапредметных
результатов
обучения.
Решение
интегративных
учебных
проблем. Методическое пособие» Издательство:
«Дрофа», «Вентана
-
граф» и «Астрель». 2012. с
-256.
ISBN: 978-5-360-03514-5
Ятайкина А.А. Об интегрированном подходе в
обучении. Учитель математики средней школы №
81 г. Новосибирска. Журнал Школьные технологии.
6/2001
Католиков А.А. Моя семья... М.: Педагогика, 1990. С.
7-8.
Loredana MARCU. Science education: The need for an
interdisciplinary approach. Analele Universităţii din
Oradea, Fascicula Biologie. Tom. XIV, 2007, pp.53-56
Roland Barthel, Roman Seidl. Interdisciplinary
Collaboration between Natural and Social Sciences ±
Status and Trends Exemplified in Groundwater
Research. Interdisciplinary Collaboration between
Natural
and
Social
Sciences.
PLOSONE|DOI:10.1371/journal.pone.0170754
January27, 2017
