Organisations
Bio-Imaging lab University of Antwerp
Biomechanics Vrije Universiteit Brussel
1. Podiatric biomechanics: The biomechanical analysis of the lower extremities during locomotion, the foot in particular, is essential for the scientific understanding of the biomechanical function of the lower body. This is very important for medical disciplines as orthopaedics and podiatry because a correct diagnosis and treatment of biomechanical disfunctions of the lower extremities rely heavily on a good understanding of the different ...
Biophysics and Biomedical Physics University of Antwerp
Cardiovascular Imaging and Dynamics KU Leuven
Cardiovascular Imaging and Dynamics
Imaging of the cardiovascular system by various imaging modalities: echo, magnetic resonance, nuclear (SPECT and PET) and CT
Innovation in imaging through novel echocardiographic technologies
study of cardiac mechanics, deformation and hemodynamics in normal and pathologic situations in humans (normal and disease) and animals
Animal models for research of normal and pahthologic ...
Center of Molecular and Materials Modelling Hasselt University
Research activities in the group of "Theoretical Chemistry and Molecular Modelling" aim at linking domains of relevance in physical chemistry, chemical physics, and material research, such as:
- polymer physics and surfaces;
- electron structure theory of neutral and ionized molecules (anions, cations), clusters or radicals;
- advanced ionization spectroscopy (photoelectron spectroscopies [XPS, UPS, Synchrotron], Electron ...
Chief Academic Administrator Ghent University
Computational Mathematics University of Antwerp
Computer Science Technology, Geel Campus KU Leuven
This unit unites a broad experience in both hardware (design and testing of both PCB and integrated circuit implementations) and software (real-time processing and analysis of large multimodal datasets).
DECISION & CONTROL Flanders Make
Mass production is giving way to customised production.
Production environments must be able to produce in a highly modular fashion,at the lowest possible operational cost and without any machine downtime.
Customers expect zero-defect products and total flexibility. Moreover, systems are becoming increasingly autonomous. Examples include fruit-picking robots,autonomous vehicles in logistics, unmanned patrol boats, and many ...