Digital Literate - Digital and Media Literacy for Education
Description
It equips teachers, school leaders, and students with the tools needed to combat disinformation and navigate an increasingly complex digital world.
Key features include a comprehensive training program comprising a MOOC, educational support materials, and structured piloting of Learning Unit Plans (LUPs). The project actively promotes continuous professional development for educators and aligns with the Digital Education Action Plan, which emphasizes digital transformation in schools.
The project also integrates STEM elements, as activities include critical analysis of technological topics, such as environmental impacts of electric cars and the fundamentals of artificial intelligence (AI). Students engage in hands-on STEM projects, such as creating AI applications and analyzing climate change through scientific data. This blend of digital literacy and STEM highlights the interdisciplinary nature of the project and its broader contribution to modern education.
Basic information
Coordinator
Programme
Erasmus+ (programme-erasmus-plus)
Project Acronym
Target groups
primary school students, researchers, teachers, trainee teachers
Topic
Information technology, Technology, Education, Other
Start year
2023
End year
2025
Contact person
Ona Vysniauske, ona.vysniauske@evaf.vu.lt
The Digital Literate project provides valuable insights into how digital and media literacy can be effectively integrated into educational practices, particularly through research conducted during the piloting phase and subsequent analysis of outcomes. One of the key areas of focus was the role of digital literacy in addressing contemporary challenges such as disinformation and AI-generated content. For instance, a survey conducted with students during the piloting process revealed that 72.5% were aware of AI-generated content, while 68.4% identified fake news as a significant issue. Furthermore, 54.8% of participants reported confidence in their ability to recognize fake content, demonstrating the program's potential to enhance critical media literacy skills.
The research phase also explored the effectiveness of Learning Unit Plans (LUPs) in integrating digital and media literacy into diverse subject areas. These LUPs, implemented across partner schools, included innovative teaching methods such as flipped classrooms, collaborative learning, and project-based approaches. The results highlighted that these methodologies fostered critical thinking, media evaluation skills, and interdisciplinary learning. For example, lessons on climate change encouraged students to analyze scientifically verified information and assess media credibility, while activities on AI engaged students in coding and discussing the ethical implications of technology.
Reports generated during the project emphasize the importance of interdisciplinary approaches, linking digital literacy with STEM education. The integration of topics such as environmental impacts of electric cars and the mechanics of AI offered a unique perspective on how media literacy can be contextualized within science and technology frameworks. The outcomes of these research efforts are captured in the Good Practice Catalogue, which documents successful practices and strategies, serving as a resource for educators and researchers alike.
By combining data-driven insights with practical applications, the Digital Literate project contributes to the academic discourse on digital and media literacy and highlights its relevance in fostering informed, responsible, and critically aware citizens in a rapidly evolving digital landscape.
Papers
The Digital Literate project provides a rich set of activities and teaching materials designed to enhance educators’ ability to integrate digital and media literacy into their classrooms effectively. A central feature of the project is the piloting of Learning Unit Plans (LUPs), which were developed to engage students in critical discussions and hands-on activities. For example, lessons on electric cars encouraged students to explore the environmental implications of this technology by analyzing data, assessing media credibility, and debating the advantages and disadvantages of electric vehicles. Similarly, activities on artificial intelligence introduced students to the basics of AI, including its applications, ethical considerations, and potential for generating synthetic media and fake news. These lessons combined theoretical learning with practical tasks, such as coding AI applications and designing digital outputs, which helped students connect abstract concepts with real-world applications.
The teaching materials provided as part of the project were specifically tailored to support innovative methods like flipped classrooms, collaborative learning, and project-based approaches. Teachers were equipped with digital tools, including templates for creating posters, presentations, and reports, which facilitated student engagement and creativity. For instance, in one activity, students created and presented media analysis posters, which were later displayed publicly to raise awareness about misinformation. Another activity involved role-playing scenarios, where students adopted different perspectives, such as journalists covering sensitive topics, to better understand media framing and bias.
The project also emphasized the professional development of educators by offering a comprehensive training path. This included workshops, a MOOC, and capacity-building programs designed to enhance teachers’ digital literacy and pedagogical repertoire. Educators learned techniques to critically evaluate media, identify disinformation, and integrate digital topics into various subject areas. The piloting phase further allowed teachers to test these methodologies in their classrooms, providing valuable feedback for refining the resources.
Additionally, the outcomes of these activities have been consolidated into a Good Practice Catalogue, which offers a detailed guide on effective strategies and methods for teaching digital and media literacy. This resource ensures that teachers across various disciplines can replicate successful practices, such as using STEM contexts to teach critical media skills, as seen in lessons analyzing climate change and AI ethics. By aligning these activities with the broader goals of the Digital Education Action Plan, the Digital Literate project equips teachers with the tools needed to foster critical thinking, digital proficiency, and interdisciplinary learning in their students.