D-PBL: advancing project-based learning into the Digital Era

The project addressed key higher education needs: 1) bridging the digital competency gap, as many lecturers (and students!) lack experience using digital tools for collaborative, project-based work; 2) enhancing employability skills in students like problem-solving, critical thinking, and teamwork; 3) adapting educational spaces for active learning in general and digital Project-Based Learning (PBL) specifically, creating purpose-built D-PBL cells; 4) training educators in digital teaching methods; and 5) promoting inclusion by enabling disadvantaged students (and even lecturers) and those unable to participate in physical mobility. The D-PBL project responded by developing structured methodologies, training resources, and innovative learning environments to support digital PBL in HEIs.

The D-PBL project aimed to achieve several key objectives by integrating digital teaching-learning (EAD) with project-based learning (PBL) in a multinational context. Core achievements were: 1. Enhance Digital Competencies: Improve the digital skills of both students and lecturers, ensuring they are equipped to work effectively in a digital, globalized environment; 2. Real-World Application: Provide students with real-world business problems to solve, enhancing their technical and transversal skills, and preparing them for the job market; 3. International Collaboration: Foster international teamwork by creating multinational student groups that collaborate on projects using digital technologies, promoting virtual mobility and Exchange; 4. Innovative Teaching Methods: Train lecturers in blended digital and pedagogic competences, enabling them to adopt innovative teaching methodologies that integrate PBL and EAD; 5. Sustainable Educational Models: Develop and pilot a model that contributes to the European Higher Education Area (EHEA), focusing on employability, interdisciplinary teamwork, and virtual environments; 6. Inclusivity and Accessibility: Offer disadvantaged students and those already employed the opportunity to engage.

Initially, the project assessed lecturers' digital literacy through the EAD Digital Competencies Survey. Following this, the EAD Training Toolkit/Course for Teachers was developed, comprising user manuals in video and e-book formats on technical, pedagogical, and behavioral aspects, allowing to be delivered online (via Moodle), and deploying materials for in-situ training (because we started with zero-digital-competencies individuals). The project then designed and implemented the Architecture of Digital D-PBL Cells, creating collaborative digital learning spaces. A key phase involved piloting in two stages: first, training lecturers in digital pedagogies, and second, applying these skills in classroom settings with students working on real-world projects provided by companies (Metro do Porto, SA). Additionally, the project organized transnational meetings, including a kick-off and follow-up meeting, to ensure progress and alignment. Dissemination efforts included newsletters, multiplier events, social network and project site activities. The project concluded with the development of Guidelines for Digital Problem-Based Teaching-Learning, consolidating best practices and insights gained.

The concrete outputs and results of this project were: (1) EAD Digital Competencies Survey inspired on the European Commission's ISA program's DigCompEdu assessment system, but much lighter, and which recommends a training path in digital competencies for education according to the answers; (2) EAD Training Toolkit/Course for Teachers with comprehensive and well-structured content covering all aspects of distance learning, availability in multiple languages, increasing accessibility and adoption, a very user-friendly e-platform ensuring ease of use and providing inclusion of interactive and multimedia elements enhancing engagement; (3) Architecture of Digital D-PBL Cells were structured to support remote and local collaboration between students, company hosts, and academic advisors, meaning that the optimal D-PBL room was designed with specific attention to furniture, layout, decking, circulation, and the necessary technological infrastructure, including hardware, software, and computing accessories; (4) Guidelines for Digital Problem-based Teaching-Learning which successfully captured the essence of the project, providing a replicable and adaptable framework for integrating digital PBL in higher education. The structured analysis and practical recommendations ensured that institutions could navigate challenges while benefiting from innovative educational strategies.