Research projects

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.         

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.          

Howest and Sport Flanders have developed expertise in the niche field of 'exergames' or 'interactive movement games' through the Sports Innovation Campus. Through this collaboration, we are establishing a space for research, education, and services on this theme. From Howest, our

Developing custom software is a costly and time-consuming process. Many organizations resort to using MS Office or the Google Suite, but the world of no-code offers far more possibilities than standard office applications.                                                          

Research indicates that socially active sports practices are empowering and contribute to a positive perception of young people in disadvantaged neighborhoods.                                                                                                                         

In this project, we are exploring the possibility of developing a virtual movement platform where movements are felt 'real' in real-time. There is a high dropout rate when individuals are asked to follow an exercise program alone or remotely after an initial start with a coach.