ASTR@CTIVE

The ASTR@CTIVE project didn’t simply ask whether we should teach Physics and Astronomy in our classrooms—it focused on how to teach them in an inclusive and engaging way. It helped students develop 21st-century skills through play and experiential learning, and supported teachers in connecting different subjects to achieve high-quality educational outcomes. A needs analysis across 8 countries revealed that students aged 8–14 struggled to answer basic questions about space, while Astronomy was often missing from the school curriculum. There was also a lack of innovative tools, digital resources, and adequately trained educators. ASTR@CTIVE introduced a new methodology that combined Physics, Astronomy, and Sports through activities in nature, digital environments, and outdoor learning. It prepared students and teachers for the challenges of the future, built collaborative networks, and proved that learning can be interdisciplinary, participatory, and inspired by the stars—those same stars that have always made us dream, question, and search for answers about the world around us and beyond.

The ASTR@CTIVE Project Aimed at: -Leverage sports, nature, outdoor and digital learning to inspire students and enhance their interest in Physics and the Universe. -Encourage all children, including those from disadvantaged backgrounds, to play, explore, and learn, discovering the value of scientific inquiry through hands-on experiences. -Promote and teach Astronomy and STEM subjects in a modern, dynamic, and engaging way, by combining non-formal education and physical activity. -Create flexible learning pathways and digital content, supporting innovative teaching methods and enhancing teachers’ professional skills. -Strengthen collaborative learning with a focus on well-being, helping students observe, investigate, and experiment with natural phenomena in an inclusive environment. -Use Astronomy as an experiential and captivating learning tool that is accessible and meaningful to all students. -Increase participation, ensure equal access, and promote Science, Astronomy, and Sports as interconnected fields that spark curiosity and motivation. -Empower transnational cooperation to support a more inclusive and future-oriented school education across Europe.

During the 28-month timeframe, we led the implementation of the following activities: * 2 face-to-face Work Package meetings and 2 virtual ones, * 3 students' ASTROcamps in Romania, Portugal and Greece with over 100 students-guests and hosts- participating in each, *1 Staff Training session, * 8 Local trainings, * Facebook page,YouTube channel, leaflet, promotional videos, Brochure, logo, focus groups, * 8 Dissemination events to promote the results and inspire students, teachers and public, * eTwinning, * 10 newsletters, * 1500 teachers trained in 8 countries, Broad collaboration among schools, local authorities, universities, planetariums, NGOs, and science and sports clubs contributed to realizing a school that is truly open to society. Activities carried out across eight countries significantly enhanced the English language skills of both teachers and students and improved overall communication. They also strengthened digital literacy, social and organizational skills, and teamwork. A central focus was placed on student well-being and the inclusion of disadvantaged children. Ultimately, these efforts boosted students’ motivation and increased their willingness to engage with Physics and Astronomy.

Astr@ctive project developed concrete outputs and results. * ASTROguide for teachers (WP2) as book and ebook in all partners Languages and English. * ASTROtool with audiovisual material, lesson plans, Non Formal Education tools and games (48 videos) (WP3). * MOODLE Platform and Modules in 7 partners’ languages and English for self-learning, eLearning and distance learning (WP4). INTANGIBLE RESULTS: -Improved school climate. -Made students self-confident in their ability to understand Physics. -Increased the level of knowledge in the key-competences. -Students with difficulties felt belonging to the school community. -Piloted a need-based digital training program. -Strengthened the profile of teachers of different subjects. -Produced materials that ease teachers' learning process. -Empowered European collaboration between School Communities, Universities and Companies. -Formed a Network of European schools/associations. -Changed attitudes and curriculum in teaching Physics and Astronomy. -Offered inclusive education and made it possible for all students and teachers. It laid the foundation for sustainable, cross-border educational innovation in STEAM through Astronomy and Sports.