Projects
Research and development of a low-cost, portable visual field testing platform using a smartphone and virtual reality headset for the early detection of glaucoma KU Leuven
Glaucoma is the leading cause of irreversible blindness worldwide, affecting about 64 million people. A large proportion of glaucoma cases worldwide are undiagnosed or sub-optimally managed. More than half of people living with the disease, in low-income countries, are unaware of the condition until it progresses to an advanced stage, resulting in visual impairment. Since adequate treatment significantly slows or halts progression of the ...
Kino2omics integration platform bridging the Genotype and Phenotype gap in medical research. University of Antwerp
Data platform Oncology – Limburg Clinical Research Center (LCRC) Hasselt University
The Study Workstation: A software platform for active and integrated research data management. KU Leuven
Scientific support center for youth and youth research platform JOP (2021-2025) KU Leuven
The Youth Research Platform was originally founded in 2003. The Youth Research Platform is an interdisciplinary and interuniversitary cooperation between the research groups of Social Welfare (University of Ghent), the department of Sociology (University of Brussels) and the Research Line Youth Criminology and Juvenile Justice (Leuven Institute of Criminology, KU Leuven).
We unlock Flemish youth research, both by constructing an online ...
Interoperable electron Microscopy Platform for advanced RESearch and Services (IMPRESS). University of Antwerp
Culture of spectacle. An interdisciplinary platform for historical research into film, theatre, dans and music performances. University of Antwerp
TumorScope: Leveraging VUB and UZ Brussels expertise towards a digital health research platform. Vrije Universiteit Brussel
Hybrid laser-based additive - subtractive research platform KU Leuven
The state-of-the-art hybrid laser based additive and subtractive research platform will consist out of 2 complementary modular research machines. Each machine will combine an additive manufacturing technique, also called 3D printing, with laser beam (micro) machining as a subtractive approach. The applied additive manufacturing techniques are selective laser melting (SLM) and laser metal deposition (LMD) within the platform.