Research projects

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.                                                          

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.                                     

The clinical (pediatric) ophthalmic practice is confronted daily with the limitations of available visual assessment and rehabilitation tools. Ophthalmologists consistently face challenges in obtaining reliable results from vision tests in children.                               

The MCT/STAR lab research group of Howest will subcontract with Be-Mobile to investigate and develop possible Android and iOS smartphone applications aimed at ergonomic use by pedestrians and cyclists (active road users).                                                           

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.                                             

Due to the increasing aging population and the associated societal challenges, focusing on healthy and active aging is gaining importance. Local governments can play a crucial role in this by implementing an age-friendly policy.