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HOW DO PLANTS GROW AT HOME? (STEAM PROJECT:
AUTOMATIC IRRIGATION SYSTEM AND GROWTH GRAPH)
Usmonova Zulfiya Ilkhomovna
Pedagogical Institutiation Department
Teacher of Primary EducBukhara State
https://orcid.org/0009-0004-1531-750X
Ilkhomjonova Sarvinoz O'tkir kizi
Bukhara State Pedagogical Institute
2nd year student of Primary Education
http://sarvinozilxomjonova444@gmail.com
Abstract: This article aims to guide primary school students in the practical
study of plant growth and development processes based on the STEAM (Science,
Technology, Engineering, Arts, Mathematics) approach. It details a project
involving the creation of an automatic irrigation system using simple household
materials and monitoring plant growth dynamics through mathematical graphs. The
article emphasizes the importance of integrating theoretical knowledge with
practice, developing critical and creative thinking, fostering teamwork, and
problem-solving skills. Additionally, project-based teaching methods and their role
in enhancing the scientific potential of young children are discussed.
Keywords: STEAM, natural sciences, plant growth, automatic irrigation,
graphs, practical application, project-based learning, interdisciplinary integration,
innovative lesson, creative thinking.
Introduction:
Today, the main goal of the education system is to train competitive
personnel who possess modern knowledge, skills, and competencies, are capable of
critical and creative thinking, and can solve problems. For young students, STEAM
(Science, Technology, Engineering, Arts, Mathematics) technologies play a crucial
role in achieving this goal. STEAM technologies – this is a learning methodology
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based on an interdisciplinary approach, which guides students to learn not only
theoretical knowledge but also through practical skills. Through this approach,
students develop their professional activities and gain the ability to scientifically
analyze real-life problems and find practical solutions.
Teaching natural sciences in primary grades with a STEAM approach
increases children's interest in the environment, forms scientific literacy in them, and
teaches them to find creative solutions to problems encountered in daily life. The
project "Little Researchers: How do plants grow at home?" serves exactly these
purposes. This project helps children practically learn about the life cycle of plants,
the necessary conditions for their growth, and the importance of caring for them.
During the project, they acquire knowledge about the basics of engineering and
technology by building a simple automatic irrigation system, and also develop their
mathematical skills by creating growth graphs.
The Importance of the STEAM Approach and Its Manifestation in This
Project
The STEAM approach offers several important advantages in education:
* Ensures interdisciplinary integration: In the plant project, botany
(Science), the irrigation system (Technology and Engineering), drawing the growth
process (Art) and calculating/graphing data (Mathematics) form a cohesive whole.
* Encourages creative thinking: Children can think of ways to build an
automatic irrigation system from simple materials, decorate it, and discover new
ways to visualize plant growth.
* Develops teamwork and communication skills: Implementing the project
in groups teaches children to work together, exchange ideas, and solve problems
collaboratively.
* Serves as an important stage in career selection and professional training:
Even in primary grades, such practical projects awaken children's interest in
scientific and engineering fields, laying the groundwork for their future career
choices.
Development Through Innovative Lesson Plans
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Innovative lesson plans – this is teaching methods that, unlike traditional
education, encourage students to learn actively, experiment, and solve problems
independently. The project "How do plants grow at home?" is organized based on
the following STEAM elements:
* Project-based learning: Students (learners) work in groups to find
solutions to real problems. In this project, their problem is to effectively water the
plant and observe its growth.
* Scientific experiments: Reinforcing learned topics on an experimental
basis. Children observe how plants grow under different conditions (for example,
less water, more light) and conduct experiments.
* Art and design elements: Developing visual and aesthetic thinking,
creating innovative products. They will have the opportunity to decorate the
irrigation system, document the plant growth process through drawings, and
aesthetically decorate their mini-gardens.
Impact on Professional Activity Formation
Lessons taught through STEAM technologies play an important role in
preparing the student (learner) for their future career. Although this is a primary
school project, it forms the following important skills:
* Problem-solving skills are formed: It teaches how to solve small problems
that arise when creating an automatic irrigation system (for example, water not
flowing correctly, the system clogging).
* Technology mastery is facilitated: Children become familiar with simple
mechanical and sensor (humidity sensing) principles, which lays the groundwork for
them to master more complex technologies in the future.
* The student becomes an active participant in social and economic life:
They learn to feel ecological responsibility by caring for the environment, saving
resources, and understanding nature.
Innovative lesson plans based on STEAM technologies are invaluable not
only for imparting knowledge but also for preparing students for modern
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professional activities and developing their creative and engineering thinking.
Therefore, every teacher should strive to use this approach in their work.
Implementation Methods and Methodological Recommendations
To effectively implement this "Little Researchers" project, it is advisable to
follow the following methodological recommendations:
* Plan lessons based on STEAM: It is necessary to integrate scientific
(botany), technological (automatic irrigation element), engineering (system
construction), artistic (visual representations, design), and mathematical
(measurement, graphing) aspects in each topic.
* Give project-based assignments: Children can independently or in groups
develop their projects and implement them in practice.
* Stage 1: Planning (Engineering, Art): Selecting the plant type, pot size,
materials for the irrigation system (for example, plastic bottle, string, needle,
syringe) and measuring tools. Planning how to record plant growth (drawing, table).
* Stage 2: Building (Engineering, Technology): Constructing an automatic
irrigation system (for example, applying the capillary effect by passing a cotton
string from a water container to the pot or making a small drip irrigation device).
* Stage 3: Observation and Data Collection (Science, Mathematics):
Measuring the plant's height daily/weekly and entering the data into a table.
Recording changes such as the number and color of leaves.
* Stage 4: Analysis and Visualization (Mathematics, Art): Creating graphs
(bar or line) based on the collected data. Documenting the plant growth process
through pictures or short videos.
* Stage 5: Presentation (Art, Communication): Presenting project results
to classmates. Explaining what they learned and what conclusions they reached.
* Use STEM laboratories and digital platforms: Simple measuring tools can
be used, as well as simple electronic tables on a computer (for example, Google
Sheets) to create growth graphs. If possible, creating "time-lapse" videos on a phone
camera to observe plant growth also develops technological skills.
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* Organize career-oriented activities: Provide brief information about
gardening, agronomy or engineering professions, explaining their importance in
daily life.
* Innovative approaches to assessing mastery: Assessment should determine
knowledge and skills not only through tests but also based on projects, presentations,
and portfolios. Children's work during the project, change journal, drawings, and
presentations can serve as a basis for assessment.
Orientation towards Scientific Research and Innovative Developments
In developing children's professional activities, STEAM technologies
awaken their interest in scientific research. Through innovative lessons, learners:
* Acquire research skills. This is demonstrated in this project by collecting
data on plant growth, analyzing it, and drawing conclusions.
* Strive to develop innovative products. The automatic irrigation system is
such a "mini-innovative product".
* Are able to create startup ideas and implement them in real life. Ideas such
as improving the simple irrigation system or adapting it for other plants may arise.
This, in turn, leads to not only individual professional development but also the
popularization of science and technology in society.
Global Trends in Education and STEAM
Modern education worldwide is closely linked to areas such as digitalization,
artificial intelligence, environmental issues, and robotics. Therefore:
* The STEAM approach is considered one of the main strategic directions
in international education systems.
* In developed countries such as Finland, South Korea, the USA, and Japan,
STEAM-based teaching methodology has been an integral part of general curricula.
* This approach is achieving success in interesting students not only in
science but also in creativity, critical thinking, and advanced technologies. The plant
project encourages children to find solutions to global problems such as
environmental protection and rational use of water resources, along with biology.
Current State of STEAM Approach in Uzbekistan
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In recent years, large-scale reforms have been carried out in Uzbekistan to
improve the quality of education, professional development, and training of
competitive specialists. These include:
* The establishment of STEAM schools and innovation centers.
* Strengthening the principle of interdisciplinary integration in curricula.
* Launching “Youth Technoparks,” startup projects, and scientific
Olympiads to increase the scientific potential of young people. This enables students
to be equipped with practical knowledge and skills close to real life. Such STEAM
projects in primary grades form the basis of the above reforms.
Proposals and Future Tasks
To effectively prepare students for professional activities, the following
proposals can be put forward:
* Establishing STEAM laboratories in every educational institution, even if
they consist of simple materials.
* Retraining and improving the qualifications of pedagogical staff to suit the
STEAM methodology.
* Integrating curricula with modern technologies, for example, teaching
how to use simple mobile applications to observe plant growth.
* Involving students in international STEAM projects – through foreign
online courses or summer schools.
* Increasing career guidance activities in cooperation with parents, the
public, and employers.
Conclusion
As modern society develops rapidly, raising a flexible, independent-
thinking, and technologically literate young generation is becoming the most
pressing issue. Innovative lesson plans based on STEAM technologies are one of the
most effective tools in this regard. "Little Researchers: How do plants grow at
home?" projects like this STEAM-based approach prepare primary school students
not only with theoretical knowledge but also with practice, problem-solving, and
professional development – a key to sustainable progress in education. Therefore,
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teachers, methodologists, and leaders of educational institutions need to pay serious
attention to this process and fully support the STEAM approach. This is an important
investment for the future of our children.
REFERENCES
1. Abdullayeva, N. (2022). Zamonaviy ta’limda STEAM texnologiyalarining
o‘rni. Toshkent: O‘zR Oliy va o‘rta maxsus ta’lim vazirligi nashriyoti.
2. Azizova, D. (2020). “STEAM yondashuvi asosida ta’lim jarayonini tashkil
etish”. // Pedagogik mahorat jurnali, №4, 56–61-bet.
3.
Usmonova, Z. I. (2022, June). Methodology for Forming Computational Skills in
Primary School Students. In
" ONLINE-CONFERENCES" PLATFORM
(pp. 41-
43).
4. Muxamedovich, K. F., & Ilxomovna, U. Z. (2023). INTERFAOL USULLAR
ORQALI
BOSHLANG‘ICH
SINF
O‘QUVCHILARIDA
HISOBLASH
MALAKASINI
SHAKLLANTIRISH
METODIK
MUAMMO
SIFATIDA.
PEDAGOGS jurnali
,
1
(1), 740-740.
5. Muxamedovich, K. F., & Ilxomovna, U. Z. (2023). Methodology for Forming
Calculation Skills in Pupils of Primary Class Through Interactive Methods.
Journal
of Pedagogical Inventions and Practices
,
17
, 22-27.
6. Ilhomovna, U. Z. (2023). USE OF INTERACTIVE METHODS IN FORMING
CALCULATION SKILLS OF 3RD CLASS STUDENTS BASED ON THE
REQUIREMENTS OF THE NATIONAL PROGRAM.
International Journal of
Advance Scientific Research
,
3
(10), 61-65.
7. Muxamedovich, K. F., & Ilxomovna, U. Z. (2023). METHODS AND TOOLS
FOR FORMING CALCULATION SKILLS IN STUDENTS THROUGH
INTERACTIVE
METHODS
IN
PRIMARY
CLASS
MATHEMATICS
EDUCATION
8. Ilhomovna, U. Z. (2024). The Importance of Using Didactic Games in the
Organization of Elementary Science Lessons.
Excellencia: International Multi-
disciplinary Journal of Education (2994-9521)
,
2
(4), 326-330.
MODERN EDUCATION AND DEVELOPMENT
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Часть–6_Июнь –2025
10
9.Ilhomovna, K. S. Y. U. Z. (2023). EDUCATIONAL SIGNIFICANCE OF
BOOKS FOR PRIMARY SCHOOL CHILDREN.
Confrencea
,
12
(12), 197-200.
10. Ilhomovna, J. A. B. U. Z. (2023). USING PISA TASKS TO IMPROVE
STUDENTS'MATHEMATICAL LITERACY.
Confrencea
,
12
(12), 201-204.
11. ILXOMOVNA, U. Z. BОSHLANG ‘ICH SINFLARDA ОʻRGATILADIGAN
ОG‘ZAKI
HISОB
USULLARI,
ULARNING
NAZARIY-METОDIK
JIHATLARI.
KASB-HUNAR TA’LIMI МУНДАРИЖА
, 107.
12. Usmonova, Z. (2025). Boshlangʻich sinf tabiiy fan darslarida STEAM
yondashuvi va xalqaro baholash dasturlari.
MAKTABGACHA VA MAKTAB
TA’LIMI JURNALI
,
3
(4).
13. Usmonova, Z., & Ilxomjonova, S. (2024). TABIIY FANLARNING BOSHQA
FANLAR BILAN INTEGRATSIYASI.
Modern Science and Research
,
3
(12), 178-
184.
14. Ilhomovna, K. S. Y. U. Z. (2023). EDUCATIONAL SIGNIFICANCE OF
BOOKS FOR PRIMARY SCHOOL CHILDREN.
Confrencea
,
12
(12), 197-200.
15. Ilhomovna, J. A. B. U. Z. (2023). USING PISA TASKS TO IMPROVE
STUDENTS'MATHEMATICAL LITERACY.
Confrencea
,
12
(12), 201-204.
