Biomedical engineering is the application of engineering principles to understand, modify or control living systems such as human body. Biomedical engineering is also a field of engineering that blends the old engineering techniques with the biological science, combining it with medicine in order to improve quality of human life, the main focus in this area is the understanding of sophisticated living systems, through experimental and analytical methods and developing of devices, designs and technologies that help in advancing medical and biological know how in order to improve the efficiency and effectiveness in delivering clinical medicine.
This Biomedical engineering begins with a firm foundation in engineering. With all the engineering sections put together, ranging from biomedical, electrical, computer or mechanical, all these areas defines the area in which an engineer is specialized in, because what brings out the difference is the skills and experiences that one has, in performing engineering duties. Engineering education trains the student in the ways they can use scientific theories from mathematics, physics, chemistry and social sciences to invent products and services that can suite well with the society. Therefore, biomedical engineer makes use of the knowledge of life sciences and idiosyncratically satisfies society’s needs in the improvement of societal health and health care. In addition, biomedical engineers incorporate the knowledge of life science to the practical real life of biology, psychology and medicine. They use engineering principles to gain a greater understanding of human health needs. They also use current scientific knowledge to analyze disease processes and develop products and techniques to treat medical conditions.
The field of Biomedical Engineering is one of the fast growing fields with emphasis in implementing medical and engineering ideologies for the good of human health. The biomedical engineers are responsible for developing of devices and equipments, which are used in the hospitals and health care centers. These engineers can develop simple things like sphygmomanometer that is used for measuring the blood pressure or even a pace maker that regulate the heart beat of a person. The devices assist in giving solutions to medical problems; therefore, before we get into knowing exactly how much a biomedical engineer should earn, it will be better for us to look at the duties of a biomedical engineer.
Anyone specializing in biomedical engineering will have to learn how to apply principles and technical knowledge both from the technical and physical science combining it with the medical and biological problems, this assist the learner in developing a wide range of skills that can be applied in the development of software, instrumentation, imaging, and mathematical modeling and powerful-performance in the computational engineering. Those who take biomedical engineering as a career, have high chances of getting employment in industry, hospitals , and research facilities and in government regulatory agencies. They always take part in the interfacing duties, by using engineering skills and medical field, while in industry they can use their knowledge to build and design the devices, which can be used in the understanding of the human system and technology, is essential.