All About Biomechanical Engineering
What is Biomechanical Engineering?
Biomechanical engineering is a combination of the principles of mechanical engineering and concepts of biological knowledge. The goal of biomechanical engineers is to use these skills to improve the quality of the lives of other people. These engineers design and create devices and equipment that correlate to the human body. They create things such as artificial organs, limbs, valves, and devices to identify various types of medical conditions.
Biomechanical engineers are also referred to as biomedical engineers. However, biomechanical engineering involves mechanical engineering and biology, while biomedical engineering involves more computer science and biology.
To put it simply, biomechanical engineering can be defined as “the application of mechanics to biological systems,” according to Jack Dennerlein, an interim chair of the Department of Physical Therapy, Movement, and Rehabilitation Sciences at Northeastern’s Bouvé College of Health Sciences. This profession is significantly important in the human movement and rehabilitation science field because it uses technology that supports human movement science work.
How Does One Become a Biomechanical Engineer?
In order to become a biomechanical engineer, a person should have a degree in mechanical engineering or a related field, such as biomedical engineering. A person must also be familiar with biomechanics.
More About Biomechanical Engineering
Many Biomechanical Engineers work in groups/teams with scientists, healthcare workers, and other engineers. They can work in clinics, research facilities, and hospitals.
Biomechanical Engineers make approximately $91,600 per year. In the state of Massachusetts, the average biomechanical engineer makes $98,600 per year. The top ten percent of all biomechanical engineers make more than $125,000. In fact, the demand for this profession will actually increase by around 5% by 2032!
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