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how to become a Biomedical Engineer
 
      
 

How to Become a Biomedical Engineer



Individuals who are highly interested in math and science may find that beginning a career as a Biomedical Engineer is a perfect fit for them. Biomedical Engineers are experienced in working with and solving a variety of problems that exist in Biology and medicine. This focused problem solving is behind many of the improvements to the quality of care a patient experiences when receiving health care services.

Biomedical Engineers are specialized professionals that use their education and background in not only engineering, but also medicine. These professionals are behind many of the progressive technologies we see that helps the advancement of the medical field.

Education Requirements to Become a Biomedical Engineer



Individuals who want to become a Biomedical Engineer need a combination of educational requirements as well as innate qualities and skills to secure a job in this profession. The minimum educational requirement for an entry level position in this field is a bachelor’s degree.

For individuals who know they want to become a Biomedical Engineer right out of high school, the path they can take to enter this field is to seek a degree in Biomedical Engineering provided by an accredited college or university. A high concentration in math and science courses such as Chemistry, Calculus, Biology and Physics is suggested.

For individuals who do not focus on Biomedical Engineering as an undergrad, they may opt to attend graduate school. These individuals should secure an undergraduate degree in another engineering focus then pursue applying for graduate degrees in Biological Engineering. In addition, these individuals can also seek on the job training in entry level to secure a job in this field.

Biomedical Engineer Job Description



An experienced Biomedical Engineer will study and invent systems or devices that will improve the quality of care for patients. Invented products can include artificial internal organs, artificial machines that replace some body parts as well as medical machines used to diagnose or facilitate treatment. Examples of these products include prosthesis, heart pacers and infant incubators.

A Biomedical Engineer's primary focus is to work on inefficiencies that exist within patient health care. They improve inefficiencies by designing, selecting resources and supplies to create prototype equipment. They then test the prototypes to perfect their science and finally pursue manufacturing for their highly needed inventions. This can include designing instruments, software or devices that will improve the quality of care provided to health care patients.

A Biological Engineer's duties can also include installing, troubleshooting, repairing and delivering technical support for biomedical devices. These biomedical devices will be located in health care offices that have purchased equipment. In addition, a Biomedical Engineer will also prepare and train clinicians and other health care personnel on how to use the equipment. Testing how efficient and safe biomedical equipment can also be attributed to Biological Engineers.

Biological Engineers are not only involved in the creation of important medical equipment and devices, they also assure that the equipment and devices are fully functioning and safe to use. For equipment located in offices, they will also meet with health care professionals on the proper use and maintenance.

Biomedical Engineer Salary and Career Path



According to figures from 2012, Biological Engineers can expect to earn a median annual salary of $86,960. Actual wages will depend on the industry an individual works in. For example, the top paying industry for Biomedical Engineers is in the Scientific Research and Development Services paying a median wage of approximately $94,150. While the postsecondary sector such as universities and colleges pay the lowest wages for this profession at approximately $63,440 annually.

In addition to a healthy income, another incentive to become a Biomedical Engineer includes the job prospects this profession is expected to undergo. Through the year 2022, this profession is expected to increase by 27 percent. This rate is considered faster than average and will add another 5,200 hundred jobs through 2022.

The comprehensive training and education a Biomedical Engineers undergoes makes it a unique profession for someone to go into. Biological Engineers are a much needed profession because of their important behind the scenes work that makes advancements in the medical field. Future Biomedical Engineers can assure themselves that their chosen career path not only guarantees a good salary, but can also expect that their knowledge and skills will better the medical field by focusing on enhancing patient care.
 
 
 
 
 
 

*Salary Information provided by the Bureau Of Labor Statistics
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