Biomechanics

The world has gone too far and new technologies are introduced with the passage of time. While introducing new things human have also introduced a new discipline biomechanics. Biomechanics is the study of the structure, function and motion of the mechanical aspect of biological system, at any level from whole organisms to organ and cell organelles using the method of mechanics. Biomechanics in a way is related to engineering because it uses engineering science to analyze biological system. In many ways, it is an asset for humankind. As per everyone’s knowledge biomechanics implies physics and mathematically based forms to analyze limits and capabilities of biological system. It is also related to engineering through biomechanical engineering. The main aim of biomechanical engineering is to apply the knowledge of biology along with mechanics. It relates to both the study of human organs and the development of prosthetics. It is a new feat for the field of technology and furthermore advancement of this engineering technique may be able to make the lives of humans easier. As predicted, many people can get a new life with the help of biomechanical engineering and its development. The use of pacemakers in heart abnormalities and prosthetic limbs for physical abnormalities, this field has vast possibilities and can be of great use in the future. Even if biomechanics is an upcoming stream in the field of science, it has vast implications in fields of biology and mechanics. Biomechanics can be made more advanced with concepts prevalent in the field of mechanical engineering and both the fields can be interrelated in a way. Thus the combined knowledge of both the fields can be useful for further advancement of both the disciplines in the future and make it more useful for the human race.

-Nishma Bhattarai  ME 1st year