One pervasive trend is to quantify more and more aspects of the world and our lives through data. Datafication is radically influencing the way people, companies, societies, and governments exist and operate. This creates new opportunities as well as new hazards. The INSY department aims to enable man and machine to deal with the increasing volume and complexity of data, in close cooperation with their environment.
Together with the software technology department, INSY is responsible for the Computer Science bachelor programme and the two master tracks, Software Technology (ST) and Data Science & Technology (DST). The department also contributes to the Computer Science specializations Cybersecurity, Bioinformatics, and EIT Innovation of the master in Digital Media Technology.
The department integrates fundamental research, engineering and design in the interlocking fields of data processing, interpretation, visualization and interaction using model- and knowledge-based methods and algorithms. The research is inspired by challenges from the domains of consumer electronics and entertainment, cultural heritage, social media, medical and health sciences, security and privacy, and safety and incident management. The department underpins the EEMCS thematic research lines Data Science, Safety & Security, and Health & Wellbeing.
07 juli 2019
Frans Oliehoek over het nut van AI voor videogames
Eerst schaken, toen Go, nu videogames: waarom het nuttig is om kunstmatige intelligentie spelletjes te leren spelen.
30 juni 2019
Odette Scharenborg on Dutch national television in Nieuwsuur
Recently, TU Eindhoven presented their plans to open their positions for scientific staff temporarily only for women. Odette Scharenborg reacted on Dutch national television in Nieuwsuur (at 26.40) on the plans of TU/e.
18 juni 2019
Vera Popovich has been awarded a prestigious RSF Grant
Dr. Vera Popovich, assistant professor in the Department of Materials Science and Engineering (MSE) has been awarded a prestigious 1.7 million euro grant to design microstructures and tailor mechanical properties in 3D (powder bed) printed metal components.