Abstract:This paper endeavors to propose a clear framework to show how the Lebanese traditional schools will be transformed to digital schools to benefit from digital technology. Digitalization is prompting education at a very fast pace. Educational institutions are in vital need of technology implementations to stay digitally relevant to Netgeneration learners. Though many schools have digital initiatives and plans, the implementation of these up to a well-studied framework is something many institutions still lack. T… Show more
“…The study encompassed a cohort of 29 teachers from private and public schools across Romania (5), the Netherlands (8), Greece (8), Iceland (5), and Cyprus (3). This diverse group of educators contributed their insights to the research endeavor.…”
Section: Samplementioning
confidence: 99%
“…Sustainable educational institutions, characterized by a commitment to fostering environmental stewardship, have a vital role in shaping the future. The integration of digital tools within these institutions is undeniable, offering diverse opportunities for interactive learning, efficient resource management, and global connectivity with the labor market [4,5]. However, as the digital landscape expands, so too do its environmental ramifications, necessitating a holistic examination of the implications of digitalization on ecological well-being.…”
The purpose of this paper is to explore teachers’ awareness, experiences, and perceptions regarding the environmental impact of digitalization in school education across five European countries. Using an existential phenomenological approach, the study uncovers the lived experiences of 29 teachers, who participated in group semi-structured interviews. The findings highlight that teachers share a strong awareness of contemporary environmental challenges, such as climate change and pollution, and that environmental education is integrated into most school curricula, especially topics like recycling, composting, and pollution. Teachers express a genuine concern for educating students about global warming and its consequences, recognizing that today’s students will shape the future. Despite acknowledging the benefits of technology in education, teachers are not fully informed about the environmental impact of digitalization. The paper reveals teachers’ concerns about the energy consumption, carbon emissions, and electronic waste associated with digital technologies. Teachers propose strategies to address the environmental impact of digitalization, including prolonging device lifespans, responsible e-waste recycling, and promoting energy-efficient practices. They emphasize the need for proper teacher training in incorporating digitalization’s environmental impact into the curriculum. The study underscores the importance of engaging students through research activities, discussions, multimedia resources, and hands-on experiences to raise awareness about digitalization’s ecological footprint. Implications of a more informed and proactive approach to addressing the ecological footprint of digital technologies in school education are discussed.
“…The study encompassed a cohort of 29 teachers from private and public schools across Romania (5), the Netherlands (8), Greece (8), Iceland (5), and Cyprus (3). This diverse group of educators contributed their insights to the research endeavor.…”
Section: Samplementioning
confidence: 99%
“…Sustainable educational institutions, characterized by a commitment to fostering environmental stewardship, have a vital role in shaping the future. The integration of digital tools within these institutions is undeniable, offering diverse opportunities for interactive learning, efficient resource management, and global connectivity with the labor market [4,5]. However, as the digital landscape expands, so too do its environmental ramifications, necessitating a holistic examination of the implications of digitalization on ecological well-being.…”
The purpose of this paper is to explore teachers’ awareness, experiences, and perceptions regarding the environmental impact of digitalization in school education across five European countries. Using an existential phenomenological approach, the study uncovers the lived experiences of 29 teachers, who participated in group semi-structured interviews. The findings highlight that teachers share a strong awareness of contemporary environmental challenges, such as climate change and pollution, and that environmental education is integrated into most school curricula, especially topics like recycling, composting, and pollution. Teachers express a genuine concern for educating students about global warming and its consequences, recognizing that today’s students will shape the future. Despite acknowledging the benefits of technology in education, teachers are not fully informed about the environmental impact of digitalization. The paper reveals teachers’ concerns about the energy consumption, carbon emissions, and electronic waste associated with digital technologies. Teachers propose strategies to address the environmental impact of digitalization, including prolonging device lifespans, responsible e-waste recycling, and promoting energy-efficient practices. They emphasize the need for proper teacher training in incorporating digitalization’s environmental impact into the curriculum. The study underscores the importance of engaging students through research activities, discussions, multimedia resources, and hands-on experiences to raise awareness about digitalization’s ecological footprint. Implications of a more informed and proactive approach to addressing the ecological footprint of digital technologies in school education are discussed.
“…Our findings are presented in Table IX. The Technological Pedagogical Content Knowledge (TPACK) framework [57] OpenSciEd framework [58] IDI school model [60] TDC framework, TPACK framework, SAMR model [61] Pedagogical framework for STEM learning environments [62] D-LIFE framework [63] SAMR model [64] Digitalization framework for Schools revolution [45] Educational Digital Resources (EDRs) model [65] Principal e-leadership affect ICT transformation model [35], [66] DigComp framework [67] National e-Learning Center's (NELC's) Future eLearning Action Framework [50] Framework for Digitally Mature Schools (FDMS)…”
Section: Rq 3 What Are the Models Or Framework For Digital Transforma...mentioning
As the educational landscape changes rapidly, secondary schools increasingly adopt digital technologies to transform teaching and learning experiences. Recognizing the challenges and potential advantages that arise in the digital era, educators are actively undertaking digital transformation initiatives across various domains, with secondary schools being the key focus of this paper. To clarify the matter, four research questions were formulated in this systematic literature review: 1) What is the state-of-the-art for digital transformation research in secondary schools? 2) What are the essential indicators for conducting digital transformation in secondary schools, as identified by researchers? 3) What are the models or frameworks for digital transformation in secondary schools? 4) How to implement digital transformation in secondary schools? A formal protocol was followed to conduct automatic and manual searches of relevant articles published between 2012 to 2023 using the PSALSAR method. As a result, 65 papers were selected for review. This study highlighted six key factors successfully implemented in digital transformation: leadership, digital competency, professional development, technology access, school evaluation, and school competency. Furthermore, the study discussed current research trends, methods, and strategies to develop standard models and frameworks related to digital transformation in secondary schools. Challenges and potential areas for further development were investigated to facilitate a successful digital transformation.
“…According to several studies, the digitalization of education involves a multifaceted approach which includes replacing traditional teaching approaches with virtual teaching and learning skills. This requires high-quality software in educational institutions, information systems that provide access to educational resources, the introduction of information technologies, online learning and developing learning and evaluating knowledge through digital pedagogy (Strokov, 2020;Anderson & Mattsson, 2020;Yehya, 2021).…”
Section: Empirical Specification Of Modelmentioning
Dasmariñas (DLSU-D), Cavite, Philippines. She is registered both as Psychologist and as Guidance Counselor. She obtained her doctorate degree in Counseling Psychology at DLSU-D. She is affiliated with local and international professional organizations in her field of expertise. Currently, she is serving her third term as President of the Asian Association of School HRMD Practitioners, Inc. (AASHPI). As a research advocate, she has presented and published articles in various areas like human resource management, psychology, education, service science, and experience design.
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