IMPROVING THE METHODOLOGY OF TEACHING NATURAL SCIENCES BASED ON INTERACTIVE TECHNOLOGIES (WITH FOCUS ON 7TH GRADE PHYSICS IN UZBEKISTAN)

Аннотация

The modern education system requires innovative teaching approaches, especially in the natural sciences. This article analyzes the integration of interactive technologies into the teaching of 7th-grade physics in Uzbekistan. It focuses on how simulation tools, digital platforms, and virtual labs improve student engagement, conceptual understanding, and scientific thinking. Case studies and curriculum analysis from Uzbekistan’s 7th-grade physics textbook are presented to show practical implementation. Recommendations are provided for further development and international collaboration. Keywords: interactive technologies, natural sciences, 7th grade physics, Uzbekistan education, virtual labs, PhET simulations, modern pedagogy Education is no longer confined to chalkboards and printed books. With digital transformation reaching classrooms in Uzbekistan, especially in natural sciences like physics, interactive learning has become an essential methodology. 7th-grade students, who are being introduced to foundational physics concepts, benefit greatly from technology-driven teaching metho Interactive Technologies in Uzbekistan’s Education System.Uzbekistan is undergoing large-scale educational reforms. As part of this, digital tools such as PhET Interactive Simulations, virtual labs, and interactive whiteboards are being used in physics classrooms.Teachers report increased motivation among students when using visual and dynamic learning environments. In many urban schools, the use of AR models and multimedia experiments is being piloted. Analysis of 7th Grade Physics Curriculum The 7th-grade physics textbook in Uzbekistan covers the following key topics: Kinematics (motion and speed) Forces and Newton’s laws 164 ACADEMIC RESEARCH IN MODERN SCIENCE International scientific-online conference Pressure in solids, liquids, and gases Thermal phenomena Simple machines and energy Example: Force and Its Effects Traditional explanation often fails to make the invisible nature of force understandable. However, using a PhET simulation on balanced and unbalanced forces, students can visually test how force vectors affect motion. This builds real-world understanding and supports active participation. Example: Pressure in Liquids Using digital labs and animations, students can observe how pressure increases with depth. In interactive lessons, this is demonstrated with virtual manometers and liquid tanks, helping students grasp Archimedes’ principle or Pascal’s law more clearly. Example: Heat Transfer Through simulations, students can control variables in thermal conduction and convection, making abstract concepts concrete and measurable. Pedagogical Strategies for Integration Flipped Learning: Digital content is given for homework; classroom time is for hands-on simulations. Problem-Based Learning (PBL): Real-life tasks like measuring pressure in everyday objects. Project Work: Students design and explain simple machines using interactive 3D tools. Challenges in Implementation Rural schools lack devices and internet access Not all teachers are trained in digital pedagogy Lack of local-language adapted simulations Proposed solutions: Offline versions of PhET and Uzbek-language guides Nationwide teacher training programs Government-supported device distribution Expanding Opportunities for International Collaboration As Uzbekistan aligns more closely with global education standards, partnerships with foreign universities and EdTech companies can support localization of digital resources, joint teacher exchanges, and research projects on interactive teaching outcomes. 📌 Benefits of Localized Educational Platforms 165 ACADEMIC RESEARCH IN MODERN SCIENCE International scientific-online conference 1. 🗣 Comprehensible Education in the Uzbek Language Content is presented in the native language and style, making it easier for students to understand the material. Scientific terms are correctly translated into Uzbek, helping to form scientific thinking based on national values. 2. 🎯 Adaptation to Local Educational Challenges These platforms are designed to address real challenges faced by Uzbek schools (such as lack of resources, heavy curricula, and limited lab access). For example, in lessons about energy sources, local examples like Uzbekistan’s power plants and gas fields are used. 3. 💡 Interactive and Visual Learning Tools Localized PhET simulations, quiz platforms, and video lessons increase student engagement. Even schools without lab equipment can visually demonstrate scientific experiments through these tools. 4. 📚 Alignment with National Values Lessons incorporate and promote values such as patriotism, respect for ancestors, and environmental responsibility. For instance, during water resource topics, the importance of preserving rivers like Amudarya and Syrdarya is highlighted. 5. 🗣 Encourages Independent Thinking Through tests, problem-based tasks, and alternative solutions, students are encouraged to be active learners. Questi