The transition to sustainable energy is a complex socio-technical challenge that demands professionals capable of navigating its profound human dimensions. Moving beyond technical proficiency, this paper asks how we can train sustainable energy engineers to become more empathic, reflexive practitioners …

The author offers an elective course for undergraduate students of Mechanical Engineering in his university about Energy Communities and self-sufficient island systems. In this course he has a different teaching approach that includes the direct application of a software for the creation of a new energy …

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 …

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 engineers who can reason about complex renewable energy systems, diagnose faults, and work collaboratively in dynamic environments. Problem-Based Learning (PBL) is widely recognized for supporting such competencies, yet many engineering courses lack authentic contexts that …

"The energy sector remains the largest source of greenhouse gas emissions in Germany, highlighting the urgent need for a transition toward climate-friendly and renewable technologies. At the same time, the energy and electrical engineering sectors face the most significant skills shortage among STEM …

"This expert article presents a comprehensive hydrogen training system that effectively bridges the gap between theoretical classroom knowledge and real-world industrial applications. The system integrates a PEM electrolyzer, hydrogen storage unit, fuel cell, and advanced PLC-based control platform to …

The transition to a low-carbon economy is driving demand for critical raw materials (CRMs), such as lithium, cobalt, and rare earth elements, that are essential for clean technologies. The EU's limited domestic capacity in mining and processing has created strong dependencies and supply risks due to …

The current scale of energy generation stands in marked contrast to its management. Wind turbines operate only when both wind conditions and energy demand are sufficient. In cases where wind is available but demand is lacking, the turbines remain idle. This study demonstrates that a transition to a continuous …

The global energy sector is undergoing rapid transformation while facing critical challenges such as a shortage of skilled professionals, outdated knowledge, and the urgent need for a just energy transition. In Argentina, where 86% of energy still derives from fossil fuels despite vast renewable potential, …