Bioengineering, the name itself reveals a lot about this novel branch of science. It is, as the name suggests biology combined with engineering. In other words, as Curtis Cripe would describe it, biological principles use the tools of engineering to create products that are tangible, economically viable, and usable.
The aspects of science that are used in this include the likes of biomechanics, biocatalysts, mass and heat transfer, fluid mechanics, bioreactor design, thermodynamics, kinetics, surface science, and polymer science. Within the framework of the already mentioned subjects, mathematics also plays a substantial role.
The scope of bioengineering
The companies that deal in biotech are being greatly helped by the contribution of bioengineers towards the development of technology. Dr. Curtis Cripe the founder of the NTL group is carrying out in-depth studies to understand the scope of this newly developed subject. It is he who discovered that the devices and diagnosis of diseases are constantly being developed by bioengineers. This development certainly contributes to the better functioning of hospitals and other health centers.
Technology has been a continual help in every industry, the health industry too benefitted from the apps and virtual health coaches to maintain one’s health, which were developed by bioengineers adeptly. The department of diagnosis as well has been affected positively by the ability to diagnose cardiac risks and colon cancer through bioengineering. The imaging of the brain using the latest technology and techniques is further making it convenient to diagnose the presence of Alzheimer’s disease in an individual.
The growing popularity of bioengineering
Bioengineering is gradually gaining impetus and becoming popular in several areas, namely, agriculture, biomedical engineering, and biology. It is important to understand that bioengineering and biomedical engineering are not the same things, emphasizes Dr. Curtis Cripe. Bioengineering focuses on natural sciences while biomedical engineering concentrates on the medical field.
Bioengineering as a profession
Anyone who wishes to take up bioengineering as a profession needs to be skilled, particularly in the skill of ‘problem-solving’. The other important ability required for anyone intending to take up this as a career is to be able to analyze. A master’s degree in any subject is the educational qualification required for the purpose. Always carrying a positive mindset and keeping indecisiveness away are the two things that need to be maintained by one wanting to pursue bioengineering.
According to Dr. Curtis Cripe, the field of science that strives to use the technologies of tomorrow to solve the problems of the present day is bioengineering. It is a discipline that activates creative thinking abilities. The individuals taking this up as a profession are expected to understand the way technology can be used to find out the methods of working the brain.
Thus, after thorough research and study of this combined discipline in the genre of science, it is can be safely established that the people who receive the maximum benefits of this are the doctors and the people belonging to the medical field.