Living Labs are vibrant, open innovation ecosystems where research and development take place in real-world settings instead of isolated laboratory environments. Through a structured co-creation process, they position citizens and end-users at the heart of innovation, ensuring that emerging solutions …

"The transition to a sustainable energy system demands not only technical innovation but also social engagement and collaborative governance. This paper presents a case study from Zoetermeer, a mid-sized city in the Netherlands, where the number of citizen-led energy initiatives grew from four to fourteen …

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 …

The Zero Waste project, implemented at a vocational training centre, fosters an innovative and inclusive learning initiative that unites all vocational areas and levels of education, from Basic Qualification Programmes to Higher Vocational Training, promoting both social and ecological sustainability.​ …

Innovations often get stranded between concept and implementation, Living Labs serve as vital testing grounds where ideas are translated into real-world impact. At the Celcius House in Amersfoort, students, researchers, companies, and municipalities collaborate to shape the sustainable and healthy neighborhoods …

Anthropogenic climate change demands innovative educational approaches that effectively bridge sustainability concepts with practical learning. Particularly this applies to the broad context of sustainable energy education. The CIRCLE project (Creative Impulses for Recycling, Crafting and Learning) conducted …

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 …

This paper explores how attitudes and values can be integrated as essential components of engineering education, where energy education is embedded within the curriculum. The study introduces a small-scale, design-based professional development track grounded in systemic design. Using the 3.2.1.SPRINT …

Educational Technology (EdTech) refers to digital tools designed to advance education by enhancing teaching and learning experiences and streamlining administrative tasks. These tools play an increasingly central role in education, transforming how students learn, teachers instruct, and institutions …

This paper presents a preliminary evaluation of three living labs within the Healthy and Sustainable Living Environment Utrecht Knowledge Consortium (GeLUK): KTC Zegveld, Hoefkwartier, and Utrecht Science Park (USP). These living labs play a central role in advancing energy transition and energy education …