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Biomedical Engineering, Career and Education
Biomedical engineering, as any other types of technical branch, consists in the application of engineering and technology principles to medicine and biology. This branch is seeking to combine engineering and medicine by providing the medical system with more advanced tools in treating diagnosing or screening. Biomedical engineers are professionals who can combine the design and problem solving abilities that are present in engineering with medical and biological sciences.Biomedical engineering does not exist for a long time as a separate discipline. Its evolution was greatly possible to the new field transition from being an interdisciplinary approach to being considered a specialization on its own. Those interested in the area should however know that most of the work carried out by a biomedical engineer consists in doing research and developing new technology. An example of biomedical engineering applications is the biocompatible prosthesis, but it also includes different medical devices that are used in different areas of medicine and biology. Some of these are clinical equipment which may include micro-implants, MRIs, EEG, or biotechnologies such as regenerative tissue growth but also pharmaceutical drugs or biopharmaceuticals.
Those interested in pursuing a career as a biomedical engineer must know that they need knowledge and expertise of both biology and engineering. Most professionals have a master’s degree and some of them a PhD in engineering. Because there are more and more students willing to pursue this career, many engineering colleges or universities offer a Biomedical Engineering Program which includes course at undergraduate levels and up to the doctoral levels. Nevertheless, it is said that future biomedical engineers need as much biological knowledge as those who have a pre-med major in the preparation for medical school. Individuals pursuing a career in biomedical engineering will also need a thorough knowledge of mathematics and physics as science is needed in designing the instruments biomedical engineering may imply.