If you want to go to college and you have plans to enroll in a bachelor of engineering, especially biomedical engineering course, your first question would be, “What is biomedical engineering?“. Biomedical engineering is an important field of engineering where concepts and principles of engineering are applied to biology and medicine. This field of bachelor of engineering plays an important role in our lives since skills in problem solving, designs, and medical sciences are combined to address concerns and problems in health services, monitoring, diagnosis, and treatment of diseases.
What is Biomedical Engineering? On Sub-disciplines:
Biomedical engineering has just been recognized recently but it already encompasses several sub-disciplines. A Biomedical Engineer’s job would be to design electronics or software that is needed in medicine to create new medical instrumentation. Since there are many sub-disciplines, a student must choose a field to specialize in or maybe a group of sub-disciplines that are related. The different sub-disciplines in biomedical engineering are:
- Tissue, cellular, and genetic engineering
- Bioinstrumentation
- Bionics
- Clinical Engineering
- Orthopedic Bioengineering
- System Physiology
- Biomechatronics
- Medical Imaging
- Neural Engineering
- Biomaterials
- Bionanotechnology
- Biomedical Electronics
- Rehabilitation Engineering
What is Biomedical Engineering? On Job Opportunities…
There are many students who want to pursue a bachelors of engineering in biomedical engineering since there are many job opportunities for graduates. The answer to the question, “what is biomedical engineering“, shows us that biomedical engineers are needed in industries, hospitals, academic institutions, and agencies of the government. They can design new instrumentation needed in the field of medicine or perform simulations that will lead to discovery of new drugs that can cure diseases.
When your discipline focuses on rehabilitation engineering, you can design more sophisticated and functional walkers, robots, therapeutic gadgets, and exercise equipment that would help improve the health of humans. Graduates of the bionanotechnology discipline can work on developing micromachines and nanotechnology where they solve problems at a molecular and cellular level to create nanotechnology that is essential in the medical field. Graduates of biomedical engineering schools that are now biomedical engineers can have other careers like as a business manager, physician, professors, patent attorney, research scientist, and as technical writers where they solve biomedical problems.
What is Biomedical Engineering? On Average Salary…
Since there is a high demand for medical equipment that is complex and functional, there is also an increase in the rate of employed biomedical engineers. In fact, there is research that the need for biomedical engineering jobs will expand by 72% by 2018. Graduates of bachelor of engineering (biomedical engineering) are paid with high salary aside from having a wide opportunity to be employed in any company or business establishment.
The Bureau of Labor Statistics released information in 2007 that the annual salary for biomedical engineering jobs can reach up to $79,610. While according to a Labor report in 2009, the average annual salary of a biomedical engineer is $78,860. An employee who finished his graduate degree in biomedical engineering will have $10,000 more a year compared to a bachelor of engineering undergraduate. If the engineer already has experience, the salary would range from $80,000 to $90,000.
If you are good in solving problems and want to help improve the health of people, becoming a biomedical engineer may be a perfect fit for you. If you enroll in one of the biomedical engineering schools, there you will learn more about What is Biomedical Engineering.