Biomedical science courses and Biomedical Engineering programs have been a hot interest for many students nowadays. It mainly combines both medicine and engineering concepts in order to be applied to develop and enhance purposes of healthcare in general.
It is worth to mention that biomedical engineering include a number of interdisciplinary areas, some of which are discussed in the article.
It studies the mechanical perspective regarding the function or the structures of bio-systems. For example, body dynamics, tissues and implants.
In order to analyze the data collected from biological systems we need to develop specialized software and hardware tools to achieve a better understanding of these systems, where computational and numerical methods are applied. An example to that is the specialized simulation tools developed to model the human ear to help medical doctors diagnose patients without using invasive applications.
Here engineering concepts and methods are applied to understand and improve neural systems.
In my opinion, this is one of the most interesting areas as it includes the engineering techniques applied to manufacture health devices as hearing-aids, pacemakers, artificial limbs and much more fascinating electronic devices.
Different types of models are designed to simulate the function of many organs such as the heart and the ears. Some models work in a trial to understand speech cues and music effects on hearing stimuli.
This is one of the biggest aspects in this field. It allows us to investigate things that are not visible because of the location or size. An application to that is the magnetic resonance imaging known as MRI technology. It usually involves working on complex and large equipment.
It is now clear that biomedical engineering has multiple interdisciplinary areas of research and applications. Clearly, studying biomedical engineering require knowledge in biology sciences as well as engineering sciences with a preferable focus on electronics and communications field.
Career Paths for Biomedical Engineers
Since the biomedical field is very wide as we previously discussed in the article, a variety of opportunities in multiple fields are available. Industrial and manufacturing jobs are one option, another option can be developing new tools and software to help doctors diagnose their patients.
Artificial limbs and organs have been a demanding field due to the rapid development in technology we witness every second.
Scientific research and development is one of the most interesting fields to work at, especially if you are passionate about conducting laboratory research. It is always an amazing feeling to make a new discovery or a break through that would make human beings lives better.
Future Aspects of Biomedical Engineering
A couple of decades ago the field of biomedical engineering did not exist. However, according to recent statistics, it is one of the booming fields now, in terms of available funds and support from many governments. Furthermore, new technologies enable more possibilities to the field. Biomedical engineering is considered to be one of the top jobs that pays most in all of the health care field that we know of today.