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Biomedical Engineering Specialties
Within the overall field of biomedical engineering, there are several different disciplines that use the engineering system of dealing with problems in a medical setting. These different specializations encompass a variety of real world applications and make up a wide range of potential career opportunities. Most students that have decided to make biomedical engineering their field of choice will often follow a specialized route when they begin to study at the masters or doctorate level.
Biomechanics is one one specialization that is considered to be part of biomedical engineering. In this discipline, most people choose to work in situations that involve the betterment of human life, but there are also projects that look at the role biomechanics can play in improving the life of plants and animals. In general, these specialists use the understood laws of mechanics in everyday situations, such as studying the muscle movements of athletes as a way of creating protective gear that can reduce the number of injuries. Another aspect of this discipline would be to study the natural adaptations of animals to discover ways that natural design could be incorporated into medical products.
With many biomedical engineering disciplines, the lack of a unified certification process can lead to people in the same fields having very different sets of knowledge. However, the clinical engineering discipline is one of the few that is overseen by the ACCE Healthcare Technology Foundation. A person that has completed the strict process will earn the title of clinical engineer and will largely be employed in consultation roles for the technological aspects of hospitals or new products that are entering the market. In this manner, the clinical engineers are the missing link between the biomedical engineers that create the new products and services and the health industry professionals that will ultimately use the advanced technology.
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