Who is a Biomedical Engineer? A biomedical engineer is that expert who matches techniques and tools derived from biological science, engineering and medical sciences to invent useful medical equipment. Simply put, in Biomedical Engineering, experts create new healthcare materials, employing information gathered from different scientific and technical fields.
Roles of Biomedical Engineers
On a constant basis, biomedical engineers have to:
- Carry out extensive innovative researches on health issues and possible solutions.
- Create biomedical equipment like artificial human organs and body parts.
- Build machines that are used to conduct medical diagnosis.
- Propound methods and procedures, write research reports, and make suggestions based on the outcome of their findings.
- Assemble, amend and conduct maintenance checks for biomedical materials.
- Determine the usability, effectiveness, and efficiency of biomedical materials.
The roles of biomedical engineers are quite elaborate, especially in terms of their importance to modern medical practices. Despite being biology and engineering experts, they equally, create computer programs that assist in operating machines in laboratories. A fraction is known to constantly create drug therapies while others are dedicated to understanding how the brain works.
What Form of Education Do I Need to Become a Biomedical Engineer? Already, there is a growing number of tertiary institutions that offer bachelor’s degree programs in biomedical engineering. As expected the programs pay attention to fields like physiology, fluid mechanics, biomaterials, computer programming and engineering design.
Fields such as chemical engineering, mechanical engineering, and electrical engineering can serve as foundations if you are considering a career in biomedical engineering. This is because you are likely to take a good number of courses in biological sciences during a bachelor’s degree in such fields. However, it is important to have developed a keen interest in senior secondary subjects such as physics, technical drawing, biology, mathematics, and chemistry. An intermediate knowledge of software programming is a good addition.
As a biomedical engineering student, you will have to take internships with pharmaceutical companies, medical equipment producers, hospitals, among others. This field training is assigned to help you practice whatever you must have learned during the program.
Is a Career in Biomedical Engineering Lucrative?
Although the number is expected to increase, biomedical engineers are currently engaged in over 22,000 jobs and their top employers are Universities (teaching hospitals), Life sciences/ Research Institutes, Healthcare facility companies and medical equipment manufacturers.
Biomedical engineers typically work collaboratively with engineers and scientists. Job specifications and durations in the field is project specific. What this means is that as a biomedical engineer, you may need to stay with patients after the application of your products, in a bid to ensure that the products suit and works fine for them.
Areas of Specialization in Biomedical Engineering
- Clinical Engineering: makes use of technology to improve healthcare services.
- Bioinstrumentation: Adapts knowledge from computer science and electronic engineering to create diagnostic instruments and treatment tools.
- Systems Physiology: determines how living organisms react to environmental changes with the assistance of technical tools.
- Biomaterials: Conducts researches on natural and artificial resources that are used for medical or implantation purposes.
- Rehabilitation Engineering: Deals with the production of devices which help patients to readjust and get used to physical changes as they recover from medical problems.
Qualities of Biomedical Engineers
A biomedical engineer needs to have innate skills such as Communication skills, Creativity, Calculative skills and Problem-solving skills.
How much Does a Biomedical Engineer Earn?
Experienced and top biomedical engineers usually earn as much as $135,000 annually, while an average professional in the field still rakes in about $52,000 within the same period. This means that the median annual income of Biomedical Engineers is about $86,000.
Apart from levels of experience and expertise, your earnings as a biomedical engineer equally depend on the sector or organization you work with. Schools and Universities are at the bottom of this ranking, while Research and development, as well as Life sciences, lead the pack.
Job Prospects for Biomedical Engineers
There is an expected employment growth rate of 7 percent in Biomedical Engineering before 2027. This boils down to the fact that there is a constant increment in the application of new technologies to solve medical problems. For instance, the need biomedical devices like knee and hand replacements are on the increase. Patients, especially those with physical disabilities, continue to become aware of the biomedical solutions to their medical issues.
- Mechanical Engineers
- Chemical Engineers
- Agricultural Engineers
Where to Study Biomedical Engineering
The following are the ideal insitutions to grab standard and accredited degrees in Biomedical Engineering.
- Pennsylvania State University
- University of Alabama, Birmingham.
- The University of Texas-Austin.
- Illinois Institute of Technology, Chicago.
Ps: We can assist in securing fantastic offers and straightforward admissions to these schools.
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