Michail Chalaris, PhD – Associate Professor, School of Chemistry, Democritus University of Thrace, Kavala, Greece
Anna Thysiadou, PhD – Assistant Professor, School of Chemistry, Democritus University of Thrace, Kavala, Greece

Series: Education in a Competitive and Globalizing World
BISAC: EDU029030; EDU048000; EDU039000
DOI: https://doi.org/10.52305/LPNL2623

Educational Innovation in Chemistry and Environmental Studies Through Digital Platforms and Inclusive Classrooms presents a timely and comprehensive exploration of how chemistry and environmental science education can be transformed to meet the needs of today’s learners. Bringing together original research, innovative teaching scenarios, and evidence-based applications of educational technology, the volume offers educators, teacher trainers, and researchers a rich set of tools for rethinking instructional practice. The book highlights creative and interactive teaching methods designed to increase student engagement and deepen conceptual understanding. It shows how asynchronous learning environments, when thoughtfully designed, can successfully simulate real classroom conditions, enabling students to build knowledge through active participation, inquiry, and collaboration. These environments cultivate communication, strengthen peer interaction, and support learning as a collective, socially grounded process. A central focus of the volume is the integration of digital platforms, educational software, and video-based experimentation into chemistry teaching. By incorporating technology tools, instructors can create learning environments that foster new forms of partnership—between teacher and students and among students themselves. Such environments not only enhance traditional instruction but also introduce new opportunities for exploration, experimentation, and critical thinking.

The teaching proposals presented throughout the book serve as catalysts for discussions on analytical and methodical lesson planning, particularly in the context of designing chemistry teaching simulations. They demonstrate how students can engage with chemical phenomena in ways that extend far beyond the printed page, learning through observation, guided inquiry, and interactive digital resources. By bridging theory, practice, and digital innovation, this volume offers a forward-looking perspective on science education. It is an essential resource for those seeking to understand and apply contemporary approaches to chemistry teaching—and to cultivate learning experiences that are meaningful, inclusive, and aligned with the demands of the modern educational landscape.