Open Educational Resources (OER) are increasingly recognized as key tools for promoting quality, inclusive, and equitable education. Their ease of access and the possibility of free adaptation to different contexts contribute to continuous improvement in teaching and learning. Drawing on data collected from teachers and students, this study looks at teachers’ perceptions of OER, how they influence collaboration and educational practices, and the impact of OER on students’ learning and motivation. The findings reveal both enabling and constraining factors and highlight how OER foster teacher collaboration and self-reflection on pedagogical practices. Moreover, the use of OER is associated with active and constructive teaching approaches, positively influencing student engagement. These results are triangulated with data from Likert-scale responses, indicating that students who engage with OER demonstrate significantly higher levels of motivation and deep learning compared to those who do not. Based on these findings, the study recommends implementing strategies to encourage broader integration of OER in classroom settings, alongside ongoing professional development to address existing barriers. In this context, institutional support and community-building initiatives emerge as critical levers to scale the adoption of OER. Finally, the importance of further investigation is emphasized to explore long-term impacts on teaching practices and student outcomes across diverse educational settings

The underrepresentation of women in science fields limits their potential in solving current global challenges. As a lighthouse to close this gender gap, role models are crucial for girls to build their science identity, even in their early years. Therefore, we describe a combined mentoring intervention taking place during scientific summer camps for girls. In these camps, young girls lived for a week undertaking an intensive program conducting cutting-edge research and in close contact with female mentors and other girls within a community of practice. They were mentored in small groups, but there were also chances for participating in talks, entrepreneurial workshops, and social activities all together. On the last day, the girls presented their research results, sharing their perceptions about the camp and their concerns regarding the role of women in science in an open-door final conference. By means of a mixed-method assessment conceptualization, the aim of this study is to provide evidence supporting the impact of non-formal education settings to effectively enhance girls’ science potential by using inspiring female scientists acting as mentors and role models. Furthermore, the study intends to shed light on what were regarded to be the key factors of the camp design that had such an impact on the participating girls. In particular, the findings demonstrate that the participating girls improved their attitudes towards STEM after the camp, highlighting how role models, in several roles, were key to empowering them in science through the building of a gender-responsive and inclusive community. Finally, the paper also discusses the key elements of the intervention based on the lessons learned and its transferability to different educational contexts in order to expand the beneficial effects of a gender-sensitive science education to build an inclusive future.

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Information about the paper titled "EMPOWERING GIRLS: AN EXPERIENCE FROM A SUMMER SCHOOL AS A PART OF AN INNOVATION EUROPEAN PROJECT" at IATED Digital Library