Research areas
Biomedical Engineering
Director:
Dr. Javier Pérez Turiel
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The activities of the Biomedical Engineering area, within the Cartif Foundation, are aimed at placing at the disposal of healthcare workers the tools provided by the engineering as aid to the research, diagnosis, and treatment of illnesses; and for the improvement of the technological systems currently in use on the various healthcare areas.
Biomedical Engineering is the discipline that applies the engineering principles and methods to the understanding, definition, and solution of problems in biology and medicine. We view it as “Engineering for Health.” To that end, our activities are connected by the common concept of “Healthcare Technologies Integration,” combining the results of our lines of work so as to give solutions in the fields of application toward which we focus our activity.
The goals of the Biomedical Engineering area are:
The modeling of physiological systems intends to create models that allow the prediction of a system’s evolution, and that can give support to healthcare professionals.
The service robotics is a discipline whose objective is to use robots in non-industrial environments.
The information technologies act as support and fundamental element of the R&D+I Line, making easier the integration of Healthcare Technologies.
We focus first and foremost on two large groups of illnesses: Diabetes and all its complications, and all kinds of cardiac arrhythmia.
The therapy of upper limbs is used on neurorehabilitation for patients with paralyzed limbs as a result of lesions to the central or peripheral nervous system.
The hospital management systems have acquired a great importance in a time when the concept of “healthcare quality” continues to spread and the optimization of all the patient-related services is sought.