Biomedical Field: Job Description on a Daily Basis
If you are interested in pursuing a rewarding, exciting, and innovative career in the world of biology and medicine, becoming a biomedical engineer might be the smartest decision that you ever make.
Biomedical engineers are responsible for creating, analyzing, and innovating new solutions to problems that arise in the fields of biology and medicine, with a focus on helping to improve the medical world in general – literally creating new solutions to pressing medical emergencies on a daily basis.
Obviously, there’s a lot more to this career path than just that, and hopefully by the time you’re done with this quick guide you’ll have a better understanding for what a engineer is responsible for as well as whether or not it is a smart career decision for you going forward.
Ready to jump right in?
What exactly is a biomedical engineer, anyway?
As mentioned above, a biomedical engineer is going to be responsible for blending the worlds of biology and medicine together to create, analyze, and better understand (and improve) current medical solutions that are currently on the market today.
A lot of what a bme is responsible for includes the design of new artificial solutions (including organs and technology) responsible for taking over the duties of organs and bodily systems that are failing, adjusting, analyzing, and improving medical equipment, and helping to train doctors and other medical professionals in the best ways to leverage the latest and greatest biomedical breakthroughs.
Some engineers are more focused on the clinical and patient side of the fence, trying to help doctors and other medical professionals better understand how to use cutting edge technology to solve medication problems.
Other biomedical engineers are more focused on the “supply side” of things, spending most of their time working with scientists, doctors, mechanical engineers, and a whole host of other experts to create the technology that will hopefully save lives sooner rather than later.
What are bme responsible for on a day to day basis?
It’s almost impossible to break down a bio-engineer’s day to day schedule, if only because there are so many different responsibilities that they will be tasked with.
However, if you decide to get into the world of bio-engineering, you can expect to have a lot of input on new medical technologies, designing and redeveloping medical systems, and creating the breakthroughs in the science and engineering worlds that could serve to eventually transform the face of the healthcare industry forever.
Though that certainly sounds like a bit of hyperbole, nothing could be further from the truth. Bio-engineers are literally on the “bleeding edge” as far as medicine, technology, and biology are concerned – and they are literally shaping how we go about helping in healing the human body on a daily basis.
What kind of path will prospective biomedical engineers want to follow to get into this field?
If you are serious about becoming a professional engineer, there are a number of different things you are going to need to tackle along the career path.
First and foremost, you are going to need to have a bachelor’s degree in bme from a first-rate college or university. You may be able to move into the bme field from a lateral field of study as well, but you won’t have the same kind of rock solid foundation that students of bme would have.
Secondly, you’ll want to at least consider having a minor in mathematics, biology, chemistry, or a number of other belated fields. This supporting education will only help to improve your odds of becoming a valuable member of the biomedical engineer community, and will also help you to secure more lucrative job prospects later down the line.
It’s not a terrible idea to pursue your master’s degree in a number of different related fields as well, though it’s not 100% necessary if you want to jumpstart your career right now.
How lucrative and rewarding of a career path is the bme field?
Certainly one of the most lucrative postgraduate career fields there are (like most other careers in the world of science, medicine, and technology), you can expect to pull down a six-figure salary almost immediately out of school, and the later than one or two years after working in this career field.
On top of that, you’ll know that your work, your research, and your ideas are helping to improve the health care world in general. You are going to be responsible for helping to save (potentially) millions of lives in the future.
Does it get any more rewarding than that?