4 answers
7
Questions
Asked
714 views
What educational preparation would you recommend for someone who wants to advance in this field?
I’m a senior at Brennan high school interested in biomedical engineering. Currently enrolled in robotics 2 and various science courses.
#biomedical-engineering #engineering #biomedical #college #science #engineer
Login to comment
4 answers
Updated
Tyler’s Answer
There are multiple ways you can enter and advance in the field of biomedical engineering. First, I would recommend getting a degree in engineering to enter this field. It does not have to be a biomedical engineering major. We accept most engineering disciplines that relate to our products, (i.e. mechanical, electrical, computer science, software and robotics to name a few). I would recommend getting a base knowledge in anatomy and physiology so that you can understand the human body.
In order to excel within a engineering major make sure you take calculus, physics, chemistry, biology and robotics are great entry level courses you can take in high school and will prepare you for any of the engineering disciplines. Once you are in college try to get a research position or a internship. This will help you prepare for what direction you would like to go. You could go into research or industry depending on what your interests are.
Take a calculus, physics, chemistry, anatomy, physiology, biology or robotics course
Try and get a research position or a internship
Try and maintain a high GPA within you major
Consider graduate school for more advanced studies.
In order to excel within a engineering major make sure you take calculus, physics, chemistry, biology and robotics are great entry level courses you can take in high school and will prepare you for any of the engineering disciplines. Once you are in college try to get a research position or a internship. This will help you prepare for what direction you would like to go. You could go into research or industry depending on what your interests are.
Tyler recommends the following next steps:
Updated
Omar’s Answer
Hi Matthew, Biomedical engineering is really fast growing advanced industry, speaking about Robotics you can read this article about future of robotics :https://www.bcg.com/publications/2019/advanced-robotics-factory-future.aspx
For the Biomedical engineering, I would suggest having a look into these resources:
https://www.shortcoursesportal.com/disciplines/30/bio-biomedical-engineering.html
Omar recommends the following next steps:
Thank you very much I appreciate the time you took to help me.
Matthew
You're welcome Matthew. we should hack the knowledge and share it with other passionate people.
Omar Yussry
Updated
Megan’s Answer
In addition to the other great suggestions above, I would consider how far you might want to go in the field. The reason I say this is that biomedical engineering is a very applied field, so it can be easier to come to it if you have a deep strength in one specific area that you then apply to biomedical engineering. To bring this to life: I did my undergraduate and PhD both in biomedical engineering. My colleagues in the PhD program that had undergraduate degrees in computer science, mechanical engineering, biology, etc. were very quickly able to jump into their research work. In contrast, while I knew about a lot of things, when it became clear I needed to do a lot of computer science, I had to learn that *almost* from scratch.
The way I'd say this applies to someone in high school / undergraduate interested in BME as a major, is to make sure you're developing a deep knowledge in one area in parallel to the broad set of classes you'll take for your major. For example, you've started on robotics - if you like this, keep it up! Alternatively you could go deep in one area within BME, such as imaging or tissue engineering. It should definitely be something that you enjoy, though, so pay attention to that as well! If you follow this advice, then when you're ready to start working in a lab to do research, which most BME majors do, you'll have something concrete to bring to the lab. An added bonus, is it will help you narrow down what area of BME you're interested in working in, since it is such a broad field. Having this deep knowledge can also make you a more attractive candidate for relevant research groups.
Consider if you are interested in biomedical engineering for an undergraduate or graduate program
Figure out what area you'd want to focus on within biomedical engineering (if it's robotics - find more applications of that, e.g., competitions, volunteer opportunities)
The way I'd say this applies to someone in high school / undergraduate interested in BME as a major, is to make sure you're developing a deep knowledge in one area in parallel to the broad set of classes you'll take for your major. For example, you've started on robotics - if you like this, keep it up! Alternatively you could go deep in one area within BME, such as imaging or tissue engineering. It should definitely be something that you enjoy, though, so pay attention to that as well! If you follow this advice, then when you're ready to start working in a lab to do research, which most BME majors do, you'll have something concrete to bring to the lab. An added bonus, is it will help you narrow down what area of BME you're interested in working in, since it is such a broad field. Having this deep knowledge can also make you a more attractive candidate for relevant research groups.
Megan recommends the following next steps:
James Constantine Frangos
Consultant Dietitian & Software Developer since 1972 => Nutrition Education => Health & Longevity.
3470
Answers
Updated
James Constantine’s Answer
Dear Matthew,
Guidance for Progressing in Biomedical Engineering Education
To thrive in the intricate realm of biomedical engineering, a solid educational base is indispensable. Here are a few key steps to bolster your educational journey if you're keen on progressing in biomedical engineering:
1. Acquire a Bachelor’s Degree in Biomedical Engineering: The most straightforward route to a biomedical engineering career is by obtaining a bachelor’s degree in biomedical engineering or a comparable field like bioengineering. This will equip you with the essential knowledge and abilities needed in this industry.
2. Attain Practical Experience: Besides formal education, securing practical experience through internships, co-op programs, or research initiatives can be priceless. This hands-on experience will enable you to apply theoretical concepts to practical scenarios and expand your professional connections.
3. Contemplate Higher Degrees: While a bachelor’s degree suffices for beginner roles, considering a master’s or Ph.D. in biomedical engineering can unlock more sophisticated career prospects, such as research roles or managerial positions.
4. Specialize in a Specific Subfield: Biomedical engineering encompasses numerous subfields, including medical imaging, biomaterials, biomechanics, and tissue engineering. Ponder specializing in a particular area to intensify your expertise and distinguish yourself in the job market.
5. Cultivate Robust Technical Skills: Biomedical engineers require robust technical abilities, including proficiency in mathematics, biology, chemistry, and physics. Enrolling in these subjects, along with computer programming and data analysis, can bolster your skills.
6. Refine Communication and Problem-Solving Abilities: Proficient communication and problem-solving abilities are crucial for success in biomedical engineering. Enroll in courses like technical writing, public speaking, and teamwork to hone these skills.
7. Keep Abreast of Industry Developments: The biomedical engineering field is perpetually evolving with fresh technologies and innovations. Stay abreast of the latest developments by participating in conferences, workshops, and seminars.
By adhering to these guidelines and consistently expanding your knowledge in biomedical engineering, you can pave the way for successful career progression.
Top 3 Credible References Used:
National Institute of Biomedical Imaging and Bioengineering (NIBIB): As a part of the National Institutes of Health (NIH), NIBIB offers valuable resources and information on biomedical imaging and bioengineering research.
American Institute for Medical and Biological Engineering (AIMBE): AIMBE is a professional body that champions excellence in medical and biological engineering. Their website provides insights into educational prospects and career growth in the field.
Biomedical Engineering Society (BMES): BMES is a professional society committed to promoting the field of biomedical engineering. Their website offers access to publications, conferences, and networking opportunities for both professionals and students.
May God bless you!
James Constantine.
Guidance for Progressing in Biomedical Engineering Education
To thrive in the intricate realm of biomedical engineering, a solid educational base is indispensable. Here are a few key steps to bolster your educational journey if you're keen on progressing in biomedical engineering:
1. Acquire a Bachelor’s Degree in Biomedical Engineering: The most straightforward route to a biomedical engineering career is by obtaining a bachelor’s degree in biomedical engineering or a comparable field like bioengineering. This will equip you with the essential knowledge and abilities needed in this industry.
2. Attain Practical Experience: Besides formal education, securing practical experience through internships, co-op programs, or research initiatives can be priceless. This hands-on experience will enable you to apply theoretical concepts to practical scenarios and expand your professional connections.
3. Contemplate Higher Degrees: While a bachelor’s degree suffices for beginner roles, considering a master’s or Ph.D. in biomedical engineering can unlock more sophisticated career prospects, such as research roles or managerial positions.
4. Specialize in a Specific Subfield: Biomedical engineering encompasses numerous subfields, including medical imaging, biomaterials, biomechanics, and tissue engineering. Ponder specializing in a particular area to intensify your expertise and distinguish yourself in the job market.
5. Cultivate Robust Technical Skills: Biomedical engineers require robust technical abilities, including proficiency in mathematics, biology, chemistry, and physics. Enrolling in these subjects, along with computer programming and data analysis, can bolster your skills.
6. Refine Communication and Problem-Solving Abilities: Proficient communication and problem-solving abilities are crucial for success in biomedical engineering. Enroll in courses like technical writing, public speaking, and teamwork to hone these skills.
7. Keep Abreast of Industry Developments: The biomedical engineering field is perpetually evolving with fresh technologies and innovations. Stay abreast of the latest developments by participating in conferences, workshops, and seminars.
By adhering to these guidelines and consistently expanding your knowledge in biomedical engineering, you can pave the way for successful career progression.
Top 3 Credible References Used:
National Institute of Biomedical Imaging and Bioengineering (NIBIB): As a part of the National Institutes of Health (NIH), NIBIB offers valuable resources and information on biomedical imaging and bioengineering research.
American Institute for Medical and Biological Engineering (AIMBE): AIMBE is a professional body that champions excellence in medical and biological engineering. Their website provides insights into educational prospects and career growth in the field.
Biomedical Engineering Society (BMES): BMES is a professional society committed to promoting the field of biomedical engineering. Their website offers access to publications, conferences, and networking opportunities for both professionals and students.
May God bless you!
James Constantine.