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How medical does a biomedical-engineer get?

So I’ve always been interested in the medical field, the brain function to be specific. But I also find it interesting to create new things. I’m still confused on what job I might be going for but I want it to mostly relate to the brain. As in mental characteristics that pass through genetics or the reading the reaction people have when someone says something that disturbers or excites them. I would also prefer if there was a four year max in schooling.

Thank you comment icon As a retired Police Officer hailing from a family of medical professionals, you're in a unique position to give back to the community. Why not consider volunteering part-time in an Emergency Room? It could be a great starting point. Remember, the best advice I can offer is to take it one step at a time. Sean Alexander

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Subject: Career question for you

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Robert’s Answer

You might consider these two (of many) areas where biomedical engineers get involved with brain applications: lasers and technology/brain interactions. I have helped create surgical laser instrumentation that is used for microscopic brain surgery. It’s fascinating work that calls for both technical and medical knowledge. I have also been personally involved in using technology for controlling thinking and physiological effects. With binaural beat devices I’m able to induce sound frequencies in a unique way to create a 1-hour programmed nap-and-wake-up cycle for “recharging my batteries” in the middle of a busy day. Binaural technology can also help in behavior modification, to help break bad habits, reduce anxiety, etc. And yes, it can be taught in a 4-year curriculum. But once you get into it, you’ll spend a lot of free time digging into it further. Good luck!
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Kari’s Answer

Fantastic question! Essentially, the scope of a biomedical engineering degree is as broad or as narrow as you want it to be in terms of medical involvement. This versatile degree opens doors to a myriad of job roles. You could be a manufacturing engineer, where your main task is to solve issues and ensure the top-notch quality of medical devices, which may not involve much medical focus.

Alternatively, you could be a project manager, guiding teams in the creation of new medical devices. While this role involves some interaction with doctors and patients, the primary focus is team leadership.

Another exciting path is becoming a Design, Systems, or Human Factors Engineer. These roles involve designing solutions for medical issues and often require interaction with patients and doctors to understand their needs and receive feedback on design concepts.

You might also consider being a Clinical Field Engineer, working directly in the clinical environment, often alongside physicians. And these are just a few of the many possibilities!

Take, for example, a Human Factors engineer. They are typically well-versed in Human-Centered Design, a field deeply rooted in psychology. Their work revolves around understanding how and why patients use products. If you're interested in understanding people's reactions, this could be a fascinating area to explore.

Regardless of the role, these jobs can be within companies focusing on medical applications for various body parts, from the brain to the heart.

So, the takeaway here is that you have the freedom to shape your career path according to your interests. For now, concentrate on your degree, and as you gain experience through internships and jobs post-graduation, you can start shaping your future in the field. How exciting is that!
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