Research projects

In this project, the prototype of the VR training (developed in the PWO SPRINT EDU XR) is optimized and expanded. This VR training is aimed at secondary school students (vocational orientation) learning to operate complex woodworking machines.                                     

It is well-known that the use of XR leads to better student outcomes and that the technology can better support the learning process. Thanks to XR, students can safely practice situations that would otherwise be difficult or impossible due to financial or safety reasons.         

XR Factor aims to survey Flemish secondary schools with dual finality and/or labor market finality that have diverse XR expertise. To obtain a comprehensive overview, we also engage in conversations with external stakeholders involved in XR implementations in schools.            

Generative AI is currently experiencing a significant surge. AI enthusiasts see endless opportunities, while doomsayers predict the downfall of creative professions and disruption in education. This research focuses on the role of AI applications in the creative sector.          

This research explores two interconnected paths related to Artificial Intelligence (AI): interpreting results to provide better/individual guidance for students and investigating which AI applications could be beneficial for education.                                             

For cities, keeping the energy bill affordable is a challenge. Howest is assisting Kortrijk city in this regard. Through pilot projects in Kortrijk Weide and Transfo Zwevegem, the Smart Technology Energy lab is developing a data architecture for smart control of energy systems.