This term basically refers to the biological systems engineering. Bioengineering typically involves branches such as biology, physics, mathematics and computers to devise concepts and ideas to solve complex real time problems and to implement the ideas for the biological systems development. Primarily the studies like molecular biology form the basis of the bioengineering. Applications of bioengineering ranges from cost effective analysis of the systems and the development of those trends to further enhance the effectiveness as desired. One such example is the application of bioengineering technology in human health. On similar grounds there are numerous branches related to bioengineering that can be effectively applied like biomimetics, a branch of bioengineering that is dedicated to the studies of the structures and their potential functions in the organism and later their enhancement to be as model organisms to design the potential materials and machines in engineering technology. Systems biology similarly aims at complex artificial systems and the ideas that are being used to facilitate the identification of structure, function and mode of analysis or operation of these complex Biosystems. Bioengineering works in accordance with the similar laws that are applicable in various other branches of engineering sciences for example chemical, electrical, mechanical, magnetism and electronics. Biological engineering can de distinguished from its core branch with respect to its application in biological world and mechanical systems e.g. functional genomics, classical design ideas, construction of novel design machines and so on. This branch forms its basis on the both the parameters while designing the Biosystems for any desired functional machine. These parameters ranges from forming ideas to form identify and characterize the fundamental units and its subsequent integration into a new novel product. Thus bioengineering deals not only with just pure sciences but also focuses on the application of such ideas into designing something unique to carry out the daily chores of the real biological world.
Last date updated on July, 2014