Didactic Foundations Of Individualization Technology In School Biology Education
DOI:
https://doi.org/10.37547/ijasr-06-05-05Keywords:
School biology education, individualization technology, differentiated instructionAbstract
The diversification of learners’ needs in contemporary schools has made the search for effective models of individualization one of the central tasks of didactics. This issue is especially important in biology education, where students differ not only in pace and achievement, but also in interest, prior knowledge, scientific language proficiency, and readiness for inquiry-based and laboratory work. The purpose of this study is to substantiate the didactic foundations of individualization technology in school biology education and to clarify the methodological conditions under which it can improve learning outcomes, learner agency, and conceptual understanding. The study employs theoretical analysis, comparative interpretation, and content synthesis of key international sources on differentiated and personalized learning, digital education, teacher preparation, and biology teaching. The results show that the didactic foundations of individualization in school biology rest on several interconnected principles: diagnostic orientation, variability of content and task complexity, scaffolded inquiry, multimodal representation of biological phenomena, flexible organization of classroom interaction, and continuous formative assessment supported by feedback. The analysis also demonstrates that digital tools become pedagogically meaningful only when they strengthen these foundations rather than replace teacher judgment. In biology education, individualization is particularly productive when abstract concepts are linked with visual models, experimentation, simulations, and context-based tasks. The study concludes that individualization technology in biology should be understood not as isolated differentiation techniques, but as a coherent didactic system that coordinates aims, content, methods, learning environments, and assessment according to the learner’s educational profile. Such a system can increase accessibility, engagement, and scientific literacy in school biology.
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