Usage of ICT Tools in Teaching Physical Science in Secondary Schools of Andhra Pradesh

Information and Communication Technology (ICT) has increasingly become an important component of contemporary school education, particularly in the teaching and learning of science. Physical Science, comprising concepts from physics and chemistry, contains several abstract, microscopic, mathematical and experimentally oriented ideas that can be difficult for secondary-school learners to understand through conventional teacher-centred instruction alone. ICT tools provide opportunities to represent such concepts through animations, simulations, virtual laboratories, multimedia presentations, digital assessment platforms, educational videos, interactive whiteboards, mobile applications and online learning resources. The present article critically examines the usage, pedagogical significance, opportunities and challenges associated with ICT-based teaching of Physical Science in secondary schools of Andhra Pradesh. The discussion is situated within the broader Indian digital-education ecosystem, including the National Education Policy (NEP) 2020, PM e-VIDYA and DIKSHA. The article adopts a qualitative analytical and review-based methodology, synthesising theoretical perspectives and relevant research on ICT integration, science education and digital pedagogy. Particular attention is given to the role of ICT in conceptual understanding, scientific inquiry, experimentation, learner engagement, differentiated learning, assessment and teacher professional development. The paper argues that the educational value of ICT does not arise merely from the presence of digital devices; rather, it depends on pedagogically appropriate integration, teacher competence, curriculum alignment, accessibility and sustained institutional support. In the Andhra Pradesh context, disparities in infrastructure, connectivity, digital competence, language accessibility and resource maintenance remain important concerns. The article proposes a teacher-centred, inquiry-oriented and evidence-based framework for ICT integration in Physical Science and concludes that ICT should function as an instructional enabler that complements, rather than replaces, teachers, laboratory experiences and meaningful human interaction.