The creation of bioelectronics classroom promotes the presence of engineers in the field of medicine.

-The determination of a greater variety of parameters in the patient by more or less invasive procedures, the miniaturization of the transducers and the reliability and precision of the measurements has a huge impact on the quality of life of the patient

Bilbao, December of 2011- the creation of the classroom of bioelectronics, pioneering initiative in the Basque country and the result of the framework partnership agreement between the University School of Industrial technical engineering (EUITI) of Bilbao and the Academy of medical sciences known as engineering and health, comes to cover deficit ” exists in the scientific and medical community of the Basque country for the Biomé engineeringIt dica. Both institutions have coordinated their efforts to offer the first class training in subjects such as the physical fundamentals mathematicians for the study of the bioelectronics, a bioelectric signal treatment course and a course of practices of bioelectronics and biomedical instrumentation.

Underlines the director of the classroom, Manuel Sánchez Moronta, that the bioelectronics represents a part of the technological knowledge of instrumentation. It is used in the study and development of electronic equipment for diagnosis, treatment and research in areas related to the biology and health ”. In regards to its practical applications, the specialist considers that fields such as electrocardiography, electroencephalography, the electrodermografía or the spirometry or analysis of the respiratory system are benefited by the advances of the bioelectronic ”.

Qualifies Sánchez Moronta to the determination of a greater variety of parameters in the patient by more or less invasive procedures, the miniaturization of the transducers and the reliability and precision of the measurements has a huge impact on the quality of life of the patient ”.

As guarantee from the direction of the classroom, is an interaction between engineering and medicine needed to achieve progress in the field of technological instrumentation. So far ”, recalls the President of the Academy of medical sciences of Bilbao, Juan Goiria, as well as working for years with biosignals in Physiology, engineering has been parked here for years, creating a shortfall of professionals. The biolectrónica integrates fields such as medicine, electronics and software engineering ”.

The bioelectronics classroom offers training in bioelectronics and its applications in the design, analysis and implementation of systems of biomedical instrumentation, as well as project management of end of career in the field of the bioelectronics and biomedical instrumentation and collaboration with companies and institutions in the development of projects of r & d in biomedical engineering.

Biomedical Engineering is the discipline that applies the principles and methods of engineering understanding, defining and solving problems in biology and medicine. The beginnings of biomedical engineering studies are located in United States in 1961 in response to advances in medical technology and in recent years he has developed numerous lines of application.