In the current context, university education is increasingly defined by the acquisition of skills. New mechanisms and types of learning are constantly emerging that aim to form skills defined as integrated acquisitions. Digital tools applied in the implementation of energy projects are not just essential …

The H2LIFE project strengthens the Lifeport hydrogen ecosystem by increasing responsiveness of and interconnection between several layered learning communities. Future (y)our Energy is one of several domain-specific experiments within this project that have been proposed to integrate working, learning …

"For 40 years now, students at Technische Universität Berlin have been shaping their own learning through self-organized “project labs”. These interdisciplinary formats link academic knowledge with real-world sustainability challenges and foster skills essential for future professionals in the energy …

"This poster presents a cross-border initiative to develop a harmonised, industry-aligned education framework for entry-level offshore wind technicians. The collaboration connects vocational educators, industry representatives, and policymakers to co-create a suite of shared training modules based on …

"The School of Energy at the British Columbia Institute of Technology (BCIT) educates trades people, technicians, technologists and engineers for work in the energy sector and the wider industrial sector in the Province of British Columbia (BC), Canada. We see the future of energy education in providing …

This article presents the SEED PV Summer School, a blended international training that combined theory and hands-on learning in solar photovoltaics. The programme brought together VET and higher-education learners, teachers and industry partners from five SEED regions. Feedback confirmed that collaboration …

The transition to sustainable energy systems is both technological and social, requiring new forms of learning, collaboration, and governance. This poster examines how inclusive skills ecosystems can foster a just energy transition by drawing on insights from a bi-continental capacity-building network …

"In the first quarter of 2025, 42.5% of net electricity generated in the EU came from renewable energy sources. In June 2025, solar was the largest source of EU electricity for the first time, with multiple countries producing record amounts of solar power. At least 13 member states set new monthly solar …

The accelerating transition toward renewable energy is reshaping labour markets and placing unprecedented demands on education systems. While existing didactical approaches in energy education, such as project-based or simulation-based learning, strengthen technical skills, they often fall short in preparing …

The energy transition requires a workforce equipped with both hard and soft skills. However, current training often emphasizes technical competencies, resulting in skill mismatches, particularly among professionals transitioning from fossil fuel sectors. To support a just and inclusive transition, boundary …