Do you like to think technically but also out-of-the-box? Do you follow the latest digital innovations closely? And above all, do you want to help companies and organisations convert this potential into added value? Welcome to the AI Business Professional major!

An AI Engineer develops AI software, using simple regressions, complex deep learning and state-of-the-art reinforcement learning models. But this program goes further than developing AI Models: you develop a full backend and API to convert the power of AI into an innovative solution and learn the ins and outs of deploying your solution in an agile manner. Unique courses like “AI For Healthcare” show how to apply your skills in a specific context.  

An AI Engineer develops AI software, using simple regressions, complex deep learning and / or state of the art reinforcement learning models. But this astute developer goes further than that: he or she develops a full back-end & API to convert the power of AI into an innovative solution.

Building on our successful AI @home, the IT bachelor Howest MCT worked together with the bachelor of Biomedical Laboratory Science and the Advanced Bachelor of

Our Bachelor of Applied Computer Sciences offers two English-taught semester programmes, one in Autumn and one in Spring.  As they are different in content, it is also possible to combine them into a full year of ACS.

Bioinformatics is a new and spectacular field which uses methods from informatics to store and process molecular biological information (DNA, proteins, functions). In bioinformatics, molecular biology is combined with informatics and programming. A bioinformatics scientist is capable of retrieving the necessary information from databases and of using these to make predictions. As a bioinformatician you will look for application possibilities of informatics within the (biological/biomedical) laboratory.

Bioinformatics is a new and spectacular field which uses methods from informatics to store and process molecular biological information (DNA, proteins, functions). In bioinformatics, molecular biology is combined with informatics and programming. A bioinformatics scientist is capable of retrieving the necessary information from databases and of using these to make predictions. As a bioinformatician you will look for application possibilities of informatics within the (biological/biomedical) laboratory.

This program is only available in Dutch!

Bioinformatics is a new and spectacular field which uses methods from informatics to store and process molecular biological information (DNA, proteins, functions). In bioinformatics, molecular biology is combined with informatics and programming. A bioinformatics scientist is capable of retrieving the necessary information from databases and using these to make predictions. He will play an important role in the development of new medicines in the field of cancer, Alzheimer, etc.