The rapid energy transition highlights the urgent need for innovative education formats to equip future professionals with interdisciplinary skills. This paper presents lessons from the Erasmus+ Blended Intensive Programme (BIP) on Positive Energy Districts (PEDs), a collaborative education programme …

Hydrogen is emerging as a key element of Europe’s clean energy transition, creating an urgent need for specialised skills across the hydrogen value chain. The GreenSkillsforH2 project addressed this challenge by developing a comprehensive blueprint for upskilling and reskilling, implementing targeted …

Gaasperdam, located in Amsterdam’s southeastern region, is a diverse neighborhood with a population of approximately 30, 000 residents. The area is characterized by a mix of social housing and privately owned homes, with several residential high-rises built during the 1970s and 1980s. In terms of education, …

Digital Solutions for Congestion in Amsterdam’s Negen Straatjes; This report investigates how congestion in Amsterdam’s de Negen Straatjes can be reduced by redirecting tourist flows through social media. Over-tourism in this area negatively impacts residents’ quality of life, urban infrastructure, and …

This report outlines the results of a stakeholder analysis in the De Zwette case in Leeuwarden that was done as part of the JPI Urban Europe project Flexposts. Central concept in Flexposts is the PED or Positive Energy District that can be defined as an area with a net positive energy balance annually. …

Artificial intelligence (AI) is an emerging technology and offers opportunities for developing innovative products and services. Traditionally, innovation process models are tools to support innovation. However, existing innovation process models are criticized for being generic, rigid, and resource-intensive, …

A key component of the energy transition in the Netherlands is the heat transition: heating homes and buildings using sustainable energy sources. The ambition in the Dutch climate agreement (Government of the Netherlands, 2019) is to make 1.5 million homes sustainable by 2030. To achieve this goal, per …

Many sub-Saharan countries currently lack reliable electricity infrastructure, particularly in rural areas. Solar mini-grids can help remedy this situation. However, they require effective storage solutions, for which green hydrogen (GH₂) offers a possibility. Establishing green hydrogen as a storage …

As the world transitions toward sustainable energy systems, the integration of digital technologies in energy infrastructure has introduced new cybersecurity challenges. Smart grids, renewable energy networks, and data-driven management systems depend on secure digital communication to ensure stability …