QUOTE(Critical_Fallacy @ Dec 26 2013, 03:08 PM)
I don't know what they learn, but I do know Biomedical technology has a long and productive tradition of developing medical devices, and innovative approaches to solve critical problems in medicine, biology, and environmental sciences. Hence, biomedical engineering is a rapidly developing field, which exemplifies multidisciplinary approaches such as biotechnology, microsystems technology and telematics.
Biomedical engineers develop devices and systems which ultimately contribute to the identification, treatment, abatement and monitoring of diseases and to the compensation of disabilities (prosthetics). The use of modern diagnostic methods enables the early and safe identification of numerous diseases and improving therapeutic outcomes. Using engineering methods to address medical problems will foster additional breakthroughs in clinical treatment and management.
Have I missed anything, LoveMeNot?
Easy..just have the look at one example of courses offered for the mentioned programmeBiomedical engineers develop devices and systems which ultimately contribute to the identification, treatment, abatement and monitoring of diseases and to the compensation of disabilities (prosthetics). The use of modern diagnostic methods enables the early and safe identification of numerous diseases and improving therapeutic outcomes. Using engineering methods to address medical problems will foster additional breakthroughs in clinical treatment and management.
Have I missed anything, LoveMeNot?
Biomedical Engineering syllabus by NUS
Dec 26 2013, 03:27 PM

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