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How To Become A Biomedical Engineer With A Biology Degree
Are you studying biology in college and wondering how your degree can help you land a job as a biomedical engineer? You’re not alone. Many students who want to become biomedical engineers have biology degrees, but don’t know where to start.
So what options do you have? Well, first things first: if you’re interested in becoming a biomedical engineer, you should definitely major in biology. Even though it might seem like there are limited opportunities for biology majors outside of research or teaching positions, there are actually plenty of other ways to use your degree.
For example, many people go on to work as research assistants or laboratory technicians after they graduate from college—and those jobs often require some sort of certification in science (like an associate’s degree). If that sounds like something that would interest you after graduation then consider getting certified beforehand so that when it comes time for an interview there will be no questions about whether or not your qualifications meet industry standards!
Another option is to find work as a medical technologist—a career that usually requires an associate’s degree (or sometimes even just a certificate). Medical technologists perform laboratory tests on blood samples taken from patients at hospitals.
How To Become A Biomedical Engineer With A Biology Degree
Biomedical engineering is a combination of biology and engineering. Biomedical engineers use their knowledge of biology to design products that will help people improve their health, such as artificial limbs and pacemakers. They also focus on reducing the risk of disease in areas such as food safety, environmental protection, and bioterrorism prevention.
If you have a passion for both biology and engineering, this could be the perfect career option for you!
How is biomedical engineering performed?
Biomedical engineers use the principles of biology and engineering to create devices that improve the quality of human life. They use their knowledge of biology, chemistry and physics to design and develop new and improved medical equipment, such as prostheses, artificial organs and surgical instruments.
What types of jobs can a biology degree holder obtain in this field?
Since a degree in biomedical engineering is a step above a biology degree, you can expect to earn more money and have more opportunities for advancement. The Bureau of Labor Statistics reports that the average salary for someone with this degree is $95,000 per year. This doesn’t mean that you’ll automatically be making six figures when you start out—but it does mean that with time and experience, your salary will increase as well.
A few examples of jobs available to graduates include:
- Medical research assistant (median annual salary $55,000)
- Pharmaceutical research assistant (median annual salary $33,000)
- Medical device sales representative ($72,000 per year)
- Medical device tester ($36,700 per year)
- Medical device designer ($55-90k)
What kind of degree do I need to become a biomedical engineer?
Your degree should be in a related field. If you’re interested in biomedical engineering, for example, you’ll need to earn a four-year bachelor’s degree or graduate with a master’s. Your coursework can include math and science classes that focus on biology, chemistry, physics and computer science. Biomedical engineers also learn about mechanics as well as how cells work together in the body to perform functions like breathing or digesting food.
In order to get into this field—and stay there once you’re hired—you’ll want some skills beyond just knowing how things work at the cellular level:
What are my chances of acceptance into the program if I am not an engineer already?
While it’s not required that you have an engineering degree to get into a biomedical engineering program, it is strongly recommended. You’ll need to take several math and science courses in order for your application to be competitive. It can be daunting if you’ve never taken these classes before—and even more so if you don’t know how they relate to your biology degree.
However, if you’re determined enough, there are ways around this obstacle! If you’re already enrolled in a biology degree program, take as many of these courses as possible: calculus II or higher (or its equivalent), physics II or higher (or its equivalent), analytical chemistry II or higher (or its equivalent), organic chemistry I & II or biochemistry I & II (or their equivalents). These will help prepare you academically for the rigors of an engineering program while providing valuable experience working through complicated problems and conducting scientific research at a level above what’s required by most other majors at UC Berkeley.
Where can I get more information about becoming a biomedical engineer with a biology degree?
While there are no specific educational requirements for a career as a biomedical engineer, having a degree in biology will provide you with enough background to be able to continue on to a Master’s degree program in Biomedical Engineering. This is a competitive field, but there are many opportunities for biologists to work in this area. Biomedical engineers work on projects that impact our everyday lives and help us live longer healthier lives by developing new technologies and new ways of diagnosing health conditions.
A biology degree will provide you with enough background to be able to continue on to a Master’s degree program in Biomedical Engineering.
If you’ve decided to pursue a career in the biomedical engineering field, it’s important that you know what you’re getting into. The field is growing quickly and provides many exciting opportunities for those with a strong interest in biology and engineering. However, there are also some downsides to the job that aren’t always obvious when considering this career path.
It’s important to note that biomedical engineers do not just design medical devices or implement them on their own; they also test them before release, monitor devices after they are released and improve them based on user feedback and new developments in technology. These are all tasks that require good communication skills as well as technical expertise in both fields (biology and engineering).
