A conglomeration of biology and engineering has given birth to the hybrid concept of bioengineering. This uses both biology and engineering to solve environmental, health issues, and other similar things. Many such fascinating facts are worth knowing about strongly suggests Curtis Cripe an expert in the field.
Bioengineering is a rapidly growing discipline, gradually more and more people are getting interested in it, not only in knowing the subject but also in seeking a profession in the same. Statistics reveal that there is an upsurge in the field of bioengineering between the years 2016 and 2026 by a good 7%. The need for new solutions to health issues and the advancement of technology has led to this unprecedented popularity of the subject.
The second reason for the growing fame of bioengineering is the wide scope it has to offer.
Individuals are recruited in agriculture, healthcare as well as environmental sciences. Curtis Cripe, the founder, and director of Crossroads institute in the United States of America opines that, individuals employed in the health care department are constantly endeavoring to find new means of treatment for various illnesses. They are also consistently working towards making new medical devices as well.
The bioengineers have taken it upon themselves to look into the environment and that is how they are dedicated to eliminating the contamination of the environment. They also dedicate themselves to improving the efficiency of the production of energy.
Bioengineering is in reality an interdisciplinary science. The disciplines that contribute to this include biology, engineering, physics, chemistry, and mathematics. The involvement of biology is in terms of interaction between the environment and the living things. Curtis Cripe, the managing director of NTL group INC of the United States informs chemistry makes it easy to study the composition, properties, and structure of matter. The behavior of matter is also studied in this discipline, that is how physics is involved. With the help of mathematics problem solving is studied by the interaction between the quantities and their applications.
Bioengineering has helped in the development of several medical devices lately. They include the likes of pacemakers, artificial limbs and organs, insulin pumps, kidney dialysis machines, and implantable hearing aids. Alongside this, the treatment of diseases such as heart ailments and cancer is also being researched by studying stem cell and gene therapy.
Agriculture too benefits a great deal from bioengineering in many ways. It contributes to enhancing the efficiency of the production of food. They are endeavoring to create means of reducing the usage of fertilizer and water. The development of pest-resistant crops also benefited from the inclusion of bioengineering. The nutrition of food crops is attempted to be improved with the help of this discipline.
Experts in this field are continually dedicated to widening the scope of this subject further so that more and more areas of everyday life can avail the benefits of bioengineering. This is perhaps the reason for the growing popularity of this.