Research projects

The overall aim of the AI-PathFinder project is to investigate how Flemish food companies should be supported in developing their AI strategies, thereby accelerating the concrete adoption of AI.                                                                                      

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 Flemish education, there is often talk of working excellently and maximizing talent, but at the same time, the least attention is paid to those who have the most potential and, as a result, they are at risk of dropping out.                                                      

Companies realize that further digitization is necessary to continue innovating, growing, and making their processes more efficient. However, businesses are increasingly questioning how they can be supported in the energy transition without incurring significant costs.           

Many universities, laboratories, and businesses lack the knowledge, expertise, or resources to hire a full-time bioinformatician. The Bioinformatics Knowledge Center (BiKC) addresses this need through practical research and services.                                               

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).