Main topics:

• New numerical methods and computational modeling in:
    Biomechanics
    Biofluids
    Biomaterials
    Biosensors


• Imaging, instrumentation and sensors for model generation and identification
  
  
• Experimental methods for models validation
  
  
• Information Technology applications to computational bioengineering
  
  
• Subject-specific and population-based modeling methods
  
  
• Predictive models in:
    Body, organ, tissue, and cell biomechanics
    Metabolism and adaptation
    Neurosciences and cognitive / perceptual behavior
    Biomolecular and subcellular engineering
    Multiscale modeling theory and practice


• Applications to diagnosis, prognosis, treatment, monitoring and rehabilitation
  
  
• Data management and modeling tools
  
  
• Probabilistic and optimization methods in bioengineering
  
  
• Analysis and design of advanced biomedical devices
  
  
• Identification of new methods for integrating fabrication technologies with analysis of implants
  
  
• Multiscale modeling and integrative research
  
  
• Software developments
  
  
• Design of implants and advanced orthopedics
  
  
• Multiphysics modeling
  
  
• Advanced models for cardiovascular applications