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- FLeD learning design tool: scaffolding flexible scenarios through the use of flipped learning patternsPublication . Albó, Laia; Noguera, Ingrid; Hernández-Leo, Davinia; Afonso, Ana Paula; Agostini, Daniele; N. Alkhasawneh, ShathaThis demo paper presents a web-based learning design tool that aims to support university teachers in designing flexible learning scenarios. Its purpose is to pedagogically guide teachers in the design and decision-making process of flexible learning. The tool uses flipped learning patterns as the basis for their designs, and a scaffolding system to facilitate the adaptability of the learning designs to diverse components (digital, inclusiveness and learning regulation). The tool offers automatic recommendations during the design, based on the pattern the user selected at the beginning of the process. Specifically, three patterns are offered to guide teachers in addressing educational needs during flexible and flipped learning by providing strategies to: promote feedback exchange, enhance students' self-regulation during prior preparation, and regulate and manage student collaboration. Moreover, the system offers a playful path to guide and engage teachers throughout the learning design process and community features for teachers to see and reuse other teachers' designs shared within the platform. The tool has been designed and developed in the context of a European project and tested by 20 lecturers in five countries.
- Aprendizagem móvel sem fronteiras no ensino superior: um estudo de caso exploratórioPublication . Noguera, Ingrid; Agostini, Daniele; Afonso, Ana PaulaMobile seamless learning (MSL) has emerged as a transformative pedagogical approach in higher education, offering opportunities for flexible, collaborative, and social learning. Although scholarly attention has increased, systematic implementation remains underexplored. This study examines the integration of MSL principles in a Master's-level distance learning course, drawing on the FRAME and 10-Dimensions MSL (10D-MSL) frameworks. A mixed-methods design combining quantitative and qualitative data was used to evaluate three dimensions: social interaction, learner flexibility, and teaching presence. Results show that the MSL-based course enhanced engagement, fostered creativity, and strengthened collaborative learning. Challenges also emerged, particularly in time management, workload, and balancing formal and informal contexts. Findings highlight the crucial role of mobile devices in enabling autonomous and context-based learning, as well as the dependence on thoughtful instructional design that is aligned with learner needs. Well-structured course design proved essential to overcoming technical and organisational barriers. This research contributes to the understanding of MSL in higher education and offers practical guidelines for educators seeking to implement mobile technologies effectively.