6 answers
Myrick
Student
Elk River, Minnesota
4
Questions
Asked
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How do I prepare myself for the career I'm interested in?
I want to be prepared for a career in engineering I'm interested in Biomedical Engineering but don't know how to prepare myself to become a Biomedical Engineer.
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6 answers
Robert Epstein
General Manager
83
Answers
Naples, Florida
Updated
Robert’s Answer
In addition to Jeff’s fine answer, consider chatting and asking people already in the field how to prepare. For example, you might visit a large local hospital. Set an appointment with the person in charge of their biomedical engineering department and have a chat about the range of opportunities in the biomed field. They can discuss not only the repair side of our field, but also things they desire from the designers of their equipment. Perhaps you can get a brief tour of their facilities.
Also, see if your school or other educational sources near you offer classes in:
* Anatomy & Physiology (the basics)
* Robotics (a wave of the future in biomedical instrument design)
* Market Research techniques (how to determine what the user really wants in medical equipment)
* Statistics and Probabilities (determine the likelihood that a design feature will be successful)
* Artificial Intelligence (especially knowing its inherent limitations and assumptions in equipment design and use)
* Industrial Design (how to create user-friendly designs)
Best of luck, Myrick!
Also, see if your school or other educational sources near you offer classes in:
* Anatomy & Physiology (the basics)
* Robotics (a wave of the future in biomedical instrument design)
* Market Research techniques (how to determine what the user really wants in medical equipment)
* Statistics and Probabilities (determine the likelihood that a design feature will be successful)
* Artificial Intelligence (especially knowing its inherent limitations and assumptions in equipment design and use)
* Industrial Design (how to create user-friendly designs)
Best of luck, Myrick!
Sheila Schultz
Engineering Leader
56
Answers
Brighton, Michigan
Updated
Sheila’s Answer
It is great to hear of your interest in biomedical engineering. A great foundation for this career is math and science classes. I started my education as a biomedical engineering student, and decided I liked mechanical engineering so pivoted and focused there.
One thing to note, there are various concentration areas for a biomedical engineer – electrical, mechanical, controls/sw, etc. So, you could direct your studies to your area(s) of interest.
Another thing to mention; when I was a Automotive System Safety leader, we had team members with biomedical engineering background. It may not be a traditional space to think of for a biomedical engineer - people often think of medical related companies. I mention this as there may be a broad spectrum of companies who could benefit from a biomedical engineer.
I appreciate your interest in this area and wish you the very best as you explore your future career.
One thing to note, there are various concentration areas for a biomedical engineer – electrical, mechanical, controls/sw, etc. So, you could direct your studies to your area(s) of interest.
Another thing to mention; when I was a Automotive System Safety leader, we had team members with biomedical engineering background. It may not be a traditional space to think of for a biomedical engineer - people often think of medical related companies. I mention this as there may be a broad spectrum of companies who could benefit from a biomedical engineer.
I appreciate your interest in this area and wish you the very best as you explore your future career.
Christopher Bassett
Telecommunications Engineer
5
Answers
Detroit, Michigan
Updated
Christopher’s Answer
Hello Myrick,
Jeff and Robert stated much of what I was going to mention. The fact that you already know what you want to do are preparing now will put you ahead of those who are undecided. In addition to taking classes and speaking with people who work in the field as previously mentioned you can look for professional organizations that might have also have student membership programs. Some colleges may have programs for high school students as well.
Wish you the Best!
Jeff and Robert stated much of what I was going to mention. The fact that you already know what you want to do are preparing now will put you ahead of those who are undecided. In addition to taking classes and speaking with people who work in the field as previously mentioned you can look for professional organizations that might have also have student membership programs. Some colleges may have programs for high school students as well.
Wish you the Best!
Jeff Nguyen
Technical Recruiter + Mentor
17
Answers
Seattle, Washington
Updated
Jeff’s Answer
Hi Myrick,
Most careers that umbrella from BioMedical Engineering are usually housed in the tech, biotech, research, healthcare, or even pharmaceuticals. Almost all careers in these fields traditionally require a college degree! Some schools offer a BME Major, so I'd start there.
If you're in high school right now, you can prepare yourself to become a BME by taking as much sciences and math classes as you can so you can sooner complete the pre requisites required in college to complete a BME program. I'd also take the time to complete any AP/IB or Dual College Credit programs if offered at your high school.
The idea here is to take the basic courses that are required in the college program, to give you wiggle room when selecting your classes later on. The foundational knowledge gained here will compound and serve you well when you're a bit older.
Most careers that umbrella from BioMedical Engineering are usually housed in the tech, biotech, research, healthcare, or even pharmaceuticals. Almost all careers in these fields traditionally require a college degree! Some schools offer a BME Major, so I'd start there.
If you're in high school right now, you can prepare yourself to become a BME by taking as much sciences and math classes as you can so you can sooner complete the pre requisites required in college to complete a BME program. I'd also take the time to complete any AP/IB or Dual College Credit programs if offered at your high school.
The idea here is to take the basic courses that are required in the college program, to give you wiggle room when selecting your classes later on. The foundational knowledge gained here will compound and serve you well when you're a bit older.
Aisha Taylor
Mortgage Closing Specialist
464
Answers
Detroit, Michigan
Updated
Aisha’s Answer
Hello Myrick,
Here's a streamlined guide to gear you up for a successful career in biomedical engineering. It involves academic readiness, practical exposure, and personal growth:
1. **Education:** Earn a bachelor's degree in biomedical engineering or a similar discipline like biological engineering, biomedical sciences, or mechanical engineering with an emphasis on biomedical applications. Opt for a well-known university or college offering a robust biomedical engineering program with relevant courses and practical lab work.
2. **Acquire Necessary Skills:** Build solid mathematical, scientific, and analytical abilities, along with proficiency in computer-aided design (CAD) software and popular programming languages in biomedical engineering like MATLAB and Python. Strengthen your communication and teamwork skills, as working with cross-disciplinary teams is often a key part of biomedical engineering projects.
3. **Get Hands-on Experience:** Pursue internships, co-op programs, or research opportunities for practical experience in biomedical engineering. Seek out internships or research roles at hospitals, biomedical firms, research labs, or academic institutions to apply your skills and knowledge in real-world scenarios.
4. **Network:** Engage with professionals, researchers, and organizations in biomedical engineering through networking events, career fairs, and professional bodies such as the Biomedical Engineering Society (BMES). Foster relationships with mentors, colleagues, and industry professionals for guidance, advice, and career growth opportunities.
5. **Keep Up-to-date:** Stay abreast of the latest developments, trends, and technologies in biomedical engineering by reading scientific journals, attending conferences, and participating in professional development activities. Subscribe to industry publications, join online forums or discussion groups, and follow leading figures in the field to stay informed and involved.
6. **Think About Graduate Studies:** Depending on your career aspirations, consider undertaking graduate studies or advanced degrees in biomedical engineering or a related discipline. A master's or doctoral degree can offer specialized knowledge, research experience, and advanced training that can boost your career prospects and leadership opportunities in the field.
7. **Obtain Licensure or Certification:** Depending on your region and specialization, consider getting professional licensure or certification in biomedical engineering or related fields. Licensure requirements differ by region and may require passing exams and fulfilling specific educational and experience requirements.
8. **Keep Learning:** Commit to ongoing learning and professional development by seeking opportunities to broaden your skills, knowledge, and expertise in biomedical engineering. Utilize workshops, seminars, online courses, and other educational resources to stay competitive and adaptable in a rapidly changing field.
By adhering to these steps and being proactive in your career preparation, you can set yourself up for success in biomedical engineering and embark on a rewarding and influential career in healthcare innovation and technology.
Here's a streamlined guide to gear you up for a successful career in biomedical engineering. It involves academic readiness, practical exposure, and personal growth:
1. **Education:** Earn a bachelor's degree in biomedical engineering or a similar discipline like biological engineering, biomedical sciences, or mechanical engineering with an emphasis on biomedical applications. Opt for a well-known university or college offering a robust biomedical engineering program with relevant courses and practical lab work.
2. **Acquire Necessary Skills:** Build solid mathematical, scientific, and analytical abilities, along with proficiency in computer-aided design (CAD) software and popular programming languages in biomedical engineering like MATLAB and Python. Strengthen your communication and teamwork skills, as working with cross-disciplinary teams is often a key part of biomedical engineering projects.
3. **Get Hands-on Experience:** Pursue internships, co-op programs, or research opportunities for practical experience in biomedical engineering. Seek out internships or research roles at hospitals, biomedical firms, research labs, or academic institutions to apply your skills and knowledge in real-world scenarios.
4. **Network:** Engage with professionals, researchers, and organizations in biomedical engineering through networking events, career fairs, and professional bodies such as the Biomedical Engineering Society (BMES). Foster relationships with mentors, colleagues, and industry professionals for guidance, advice, and career growth opportunities.
5. **Keep Up-to-date:** Stay abreast of the latest developments, trends, and technologies in biomedical engineering by reading scientific journals, attending conferences, and participating in professional development activities. Subscribe to industry publications, join online forums or discussion groups, and follow leading figures in the field to stay informed and involved.
6. **Think About Graduate Studies:** Depending on your career aspirations, consider undertaking graduate studies or advanced degrees in biomedical engineering or a related discipline. A master's or doctoral degree can offer specialized knowledge, research experience, and advanced training that can boost your career prospects and leadership opportunities in the field.
7. **Obtain Licensure or Certification:** Depending on your region and specialization, consider getting professional licensure or certification in biomedical engineering or related fields. Licensure requirements differ by region and may require passing exams and fulfilling specific educational and experience requirements.
8. **Keep Learning:** Commit to ongoing learning and professional development by seeking opportunities to broaden your skills, knowledge, and expertise in biomedical engineering. Utilize workshops, seminars, online courses, and other educational resources to stay competitive and adaptable in a rapidly changing field.
By adhering to these steps and being proactive in your career preparation, you can set yourself up for success in biomedical engineering and embark on a rewarding and influential career in healthcare innovation and technology.
Darnell Colquhoun
Consultant
5
Answers
New York, New York
Updated
Darnell’s Answer
To begin, I would immerse myself in the study of present-day trends in biomedical science and any technological advancements that are occurring. Following this, I would make a point to connect with professionals currently working in the field, seeking their insights on these developments.