What is Bioengineering?
The principle engineering applications involving the fields of biology and medicine are known as bioengineering. The field addresses various challenges that exist within the biological scientific community and also encompasses all aspects of biomedical engineering and biotechnology. Basically, anything that involves technology and engineering as well as living systems is considered bioengineering. A number of different methodologies have been developed and implemented in an effort to achieve the best results in biological engineering. Each of these methods can be applied to medical equipment, diagnostic devices, bio-materials and other medical and biological needs. The varieties of methodologies have supported the development of different types of job fields for bioengineers. In the general field of life sciences, bioengineering is relevant with a number of disciplines. Molecular biology uses bioengineering to aid in the study of molecules in the sciences of chemistry and genetics. Bio
Bioengineering is an extremely exciting field. By integrating information, methods and tools of engineering with knowledge found in the sciences and mathematics, it promises challenging careers in a broad range of fields, including medical research and the design of medical instruments, to name just a few.
Biological engineering (a. k. a. biosystems engineering, bioengineering) is any type of engineering–for example, mechanical engineering–applied to living things. Examples: Aquaculture, Biosensors, Bio-based materials, Biomaterials, Industrial fermentation, Industrial enzymatic reactions, Production and purification of biopharmaceuticals, Advanced life support system, Artificial biospheres eg. Biosphere 2, Animal locomotion. Bioengineers are concerned with the application of engineering sciences, methods, and techniques to problems in medicine and biology. Bioengineering encompasses two closely related fields of interest: the application of engineering sciences to understand how animals and plants function; and the application of engineering technologies to design and develop new devices, including diagnostic or therapeutic instrumentation, or the formulation of synthetic biomaterials, the design of artificial tissues and organs, and the development of new drug delivery systems. Bioen
