5 answers
Tamara
Student
Nigeria
4
Questions
Asked
546 views
What is biomedical engineering all about? and do you think it is a job relevant in our ever-growing technology based world? I am interested in it because I really like both Biology and Chemistry. I am an average grade student in grade 12.
What is biomedical engineering all about? and do you think it is a job relevant in our ever-growing technology based world? I am interested in it because I really like both Biology and Chemistry. I am an average grade student in grade 12.
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5 answers
Solomon Woldemichael
20
Answers
Seattle, Washington
Updated
Solomon’s Answer
Hi Tamara,
Glad to see you are planning your education ahead. Biomedical engineering is an exciting field. Like the other answers, it is basically applied in manufacturing medical equipment. You mentioned you are an average student; I encourage you to work harder and get better grades. Better than average grades will help you achieve your educational goals. Lastly, yes your interests in both biology and chemistry will be useful in studying biomedical engineering; in addition physics, math and all other subjects you take in high school will be useful.
Please read about biomedical engineering here: https://en.wikipedia.org/wiki/Biomedical_engineering
Glad to see you are planning your education ahead. Biomedical engineering is an exciting field. Like the other answers, it is basically applied in manufacturing medical equipment. You mentioned you are an average student; I encourage you to work harder and get better grades. Better than average grades will help you achieve your educational goals. Lastly, yes your interests in both biology and chemistry will be useful in studying biomedical engineering; in addition physics, math and all other subjects you take in high school will be useful.
Solomon recommends the following next steps:
Chinyere Okafor
Educationist and Counseling Psychologist
549
Answers
Port Harcourt, Rivers, Nigeria
Updated
Chinyere’s Answer
Hello Tamara,
Good question! Biomedical engineering combines principles from engineering and the biological sciences to create technologies and solutions that improve human health. This field involves designing and developing medical devices, creating biomaterials, and working on tissue engineering and regenerative medicine, among other areas.
Given the increasing integration of technology into healthcare—such as advanced medical imaging, robotic surgery, and personalized medicine—biomedical engineering is indeed a relevant and growing field. It bridges the gap between medicine and engineering, addressing complex health challenges with innovative solutions.
As for your interest and current standing, being an average student isn’t a barrier if you’re passionate about the field. Biomedical engineering requires a strong foundation in math and science, so focusing on these subjects can help you build a solid background. If you're enthusiastic about Biology and Chemistry, this field might be a great fit for you, offering a chance to apply your interests in practical and impactful ways.
Best wishes!
Good question! Biomedical engineering combines principles from engineering and the biological sciences to create technologies and solutions that improve human health. This field involves designing and developing medical devices, creating biomaterials, and working on tissue engineering and regenerative medicine, among other areas.
Given the increasing integration of technology into healthcare—such as advanced medical imaging, robotic surgery, and personalized medicine—biomedical engineering is indeed a relevant and growing field. It bridges the gap between medicine and engineering, addressing complex health challenges with innovative solutions.
As for your interest and current standing, being an average student isn’t a barrier if you’re passionate about the field. Biomedical engineering requires a strong foundation in math and science, so focusing on these subjects can help you build a solid background. If you're enthusiastic about Biology and Chemistry, this field might be a great fit for you, offering a chance to apply your interests in practical and impactful ways.
Best wishes!
Cody Gaspar
C.I., Quality, and Reliability Engineering
22
Answers
Tulsa, Oklahoma
Updated
Cody’s Answer
One application of biomedical engineering is in medical device manufacturing. Creating technologies to help patients.
This will always be relevant, heck consider Neuralink and brain computer interfaces. It doesn’t get much cooler than that.
This will always be relevant, heck consider Neuralink and brain computer interfaces. It doesn’t get much cooler than that.
Sheila Schultz
Engineering Leader
56
Answers
Brighton, Michigan
Updated
Sheila’s Answer
Hi Tamara,
It is great to hear of your interest in biomedical engineering. Biomedical engineering combines the disciples of "biology” and “engineering”. It applies engineering principles in medical, healthcare, and other industries.
A great foundation for this career is math and science classes. I started my university education as a biomedical engineering student, and decided I liked mechanical engineering so pivoted and focused there. There are various concentration areas for a biomedical engineer – electrical, mechanical, controls/software, etc. So, you could direct your studies to your area(s) of interest.
When I was an Automotive System Safety leader, we had team members with biomedical engineering backgrounds. It may not be a traditional space to think of for a biomedical engineer, people often think of medical related companies. Automotive industries need to understand humans and engineering technology collectively. 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.
It is great to hear of your interest in biomedical engineering. Biomedical engineering combines the disciples of "biology” and “engineering”. It applies engineering principles in medical, healthcare, and other industries.
A great foundation for this career is math and science classes. I started my university education as a biomedical engineering student, and decided I liked mechanical engineering so pivoted and focused there. There are various concentration areas for a biomedical engineer – electrical, mechanical, controls/software, etc. So, you could direct your studies to your area(s) of interest.
When I was an Automotive System Safety leader, we had team members with biomedical engineering backgrounds. It may not be a traditional space to think of for a biomedical engineer, people often think of medical related companies. Automotive industries need to understand humans and engineering technology collectively. 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.
Robert Epstein
General Manager
83
Answers
Naples, Florida
Updated
Robert’s Answer
Hi Tamara,
Let me add a few more comments to the fine answers already given. I’ve worked in the biomedical engineering field most of my career, and yes, healthcare and technology are among the top growing fields worldwide today. In addition to making medical devices that involve biology and chemistry, also consider working in research, servicing equipment and training users. Chemistry is especially incorporated in medical laboratory equipment (maybe visit a nearby hospital lab and ask for a mini-tour). I remember using medical dye lasers in research settings and servicing IV medication infusers and blood pumps in hospitals. The biomed field is full of successful “average” folk, who studied hard and continued to be dedicated. Best of luck, Tamara!
Let me add a few more comments to the fine answers already given. I’ve worked in the biomedical engineering field most of my career, and yes, healthcare and technology are among the top growing fields worldwide today. In addition to making medical devices that involve biology and chemistry, also consider working in research, servicing equipment and training users. Chemistry is especially incorporated in medical laboratory equipment (maybe visit a nearby hospital lab and ask for a mini-tour). I remember using medical dye lasers in research settings and servicing IV medication infusers and blood pumps in hospitals. The biomed field is full of successful “average” folk, who studied hard and continued to be dedicated. Best of luck, Tamara!
I appreciate you taking the time to answer this.
Tamara