5 answers
Ruby
Student
Brecksville, Ohio
1
Question
Asked
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What is the best advice for someone going into the engineering field trying to learn more?
I am mainly looking for advice in the biomedical engineering and anything having to do with the process of getting that degree.
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4 answers
William Vvuko
Retired engineer
74
Answers
Moyo, Northern Region
Updated
William’s Answer
Dear Ruby,
It's a great pleasure linking up with you. I assume you are already in high school.
Engineering is a profession that gives you the opportunity to touch people's lives. Society faces many challenges some of which require engineering solutions. Your entry into the profession is an opportunity for you to contribute to this noble cause.
Biomedical engineering plays a crucial role in patient management: robotics for surgical operations, solutions to impairment challenges such as prosthetics, hearing devices etc. that change the lives of individuals by providing easier access to others, sustainable independence & even job opportunities in some cases. It's a very rewarding profession and it comes with an opportunity to work in hospitals, rehabilitation centers, universities, research institutions etc. Biomedical engineers are responsible for the design, development, adaptation, testing, evaluation, application and distribution of technological solutions to medical problems & challenges.
Like in the case of the other engineering disciplines, biomedical engineering requires maths, physics, computer applications, design & graphics and chemistry as foundational subjects in high school. An open mind, eagerness to learn, commitment, diligence & passion are essential prerequisites for success.
Some of the top universities in USA that offer biomedical engineering courses include: Ohio Northern University, University of Connecticut, University of North Carolina, Gannon university, Rowan university, State University of Arizona etc. They provide rigorous curriculum with opportunities for research & project based learning. Collaboration with fellow students in both coursework & in lab settings facilitates group learning.
Students also have access to career services, tutoring & advising.
Membership in professional associations such as Biomedical Engineering Society, American Institute for Medical & Biological Engineering etc. facilitates networking with professionals. This is extremely important for personal & professional development. These associations set professional standards, sponsor conferences & publish journals.
It's a great pleasure linking up with you. I assume you are already in high school.
Engineering is a profession that gives you the opportunity to touch people's lives. Society faces many challenges some of which require engineering solutions. Your entry into the profession is an opportunity for you to contribute to this noble cause.
Biomedical engineering plays a crucial role in patient management: robotics for surgical operations, solutions to impairment challenges such as prosthetics, hearing devices etc. that change the lives of individuals by providing easier access to others, sustainable independence & even job opportunities in some cases. It's a very rewarding profession and it comes with an opportunity to work in hospitals, rehabilitation centers, universities, research institutions etc. Biomedical engineers are responsible for the design, development, adaptation, testing, evaluation, application and distribution of technological solutions to medical problems & challenges.
Like in the case of the other engineering disciplines, biomedical engineering requires maths, physics, computer applications, design & graphics and chemistry as foundational subjects in high school. An open mind, eagerness to learn, commitment, diligence & passion are essential prerequisites for success.
Some of the top universities in USA that offer biomedical engineering courses include: Ohio Northern University, University of Connecticut, University of North Carolina, Gannon university, Rowan university, State University of Arizona etc. They provide rigorous curriculum with opportunities for research & project based learning. Collaboration with fellow students in both coursework & in lab settings facilitates group learning.
Students also have access to career services, tutoring & advising.
Membership in professional associations such as Biomedical Engineering Society, American Institute for Medical & Biological Engineering etc. facilitates networking with professionals. This is extremely important for personal & professional development. These associations set professional standards, sponsor conferences & publish journals.
Jennifer Dede, MBA
Biomedical Engineering
11
Answers
Rancho Cucamonga, California
Updated
Jennifer’s Answer
Hi Ruby,
Biomedical engineering is an amazing field with lots of opportunities to make a real difference in people's lives. It offers stable jobs and the chance to contribute to healthcare advancements.
Consider choosing a university located near medical device companies, as this can open doors to valuable internships. These experiences will be incredibly helpful when you graduate and begin your job search. For instance, Southern California, particularly the Irvine area, is a major center for medical device companies.
Also, explore the various career paths available with a biomedical engineering degree. If you enjoy creating and building, a role as an R&D engineer might be perfect for you. If you prefer ensuring everything runs smoothly and meets standards, a career as a quality engineer could be a great fit.
Hope this encourages you!
Biomedical engineering is an amazing field with lots of opportunities to make a real difference in people's lives. It offers stable jobs and the chance to contribute to healthcare advancements.
Consider choosing a university located near medical device companies, as this can open doors to valuable internships. These experiences will be incredibly helpful when you graduate and begin your job search. For instance, Southern California, particularly the Irvine area, is a major center for medical device companies.
Also, explore the various career paths available with a biomedical engineering degree. If you enjoy creating and building, a role as an R&D engineer might be perfect for you. If you prefer ensuring everything runs smoothly and meets standards, a career as a quality engineer could be a great fit.
Hope this encourages you!
Michelle Mcgill
Analyst - Mechanical Engineering
13
Answers
Russellville, Arkansas
Updated
Michelle’s Answer
Look for a university with ABET accreditation to pursue your degree. Find a mentor—someone who is already doing what you want to do or something similar. Talk to your high school counselor, and if you're not happy with them, reach out to another counselor for advice. You can call or email them. Practice being polite and learn how to communicate well with others. Remember, there's no single "normal" path into the Engineering field; there are many ways to reach your goal. Good luck!
Sheldon Boston
Transport Engineer
4
Answers
New York, New York
Updated
Sheldon’s Answer
The biomedical engineering field is vast and constantly evolving, so continuous learning is key.
Here’s some advice for someone starting their journey:
Build a Strong Foundation:
Master the fundamentals: Biology, chemistry, mathematics (especially calculus and differential equations), and physics form the bedrock of biomedical engineering. A strong grasp of these subjects is crucial.
Dive into core engineering principles: Familiarize yourself with mechanics, materials science, thermodynamics, and electrical circuits. These principles are applied extensively in designing medical devices and systems.
Specialize Strategically:
Explore different subfields: Biomedical engineering encompasses diverse areas like biomechanics, biomaterials, medical imaging, and tissue engineering. Research and identify a specialization that aligns with your interests and career goals.
Seek mentorship: Connect with experienced biomedical engineers, professors, or researchers. Their guidance and insights can prove invaluable in navigating the field.
Embrace Practical Experience:
Pursue internships: Hands-on experience in research labs, hospitals, or medical device companies provides practical exposure and strengthens your understanding.
Engage in projects: Undertake personal projects or contribute to open-source initiatives. This demonstrates your problem-solving skills and passion for the field.
Remember, biomedical engineering is interdisciplinary. Embrace collaboration, stay updated with the latest advancements, and never stop learning.
Here’s some advice for someone starting their journey:
Build a Strong Foundation:
Master the fundamentals: Biology, chemistry, mathematics (especially calculus and differential equations), and physics form the bedrock of biomedical engineering. A strong grasp of these subjects is crucial.
Dive into core engineering principles: Familiarize yourself with mechanics, materials science, thermodynamics, and electrical circuits. These principles are applied extensively in designing medical devices and systems.
Specialize Strategically:
Explore different subfields: Biomedical engineering encompasses diverse areas like biomechanics, biomaterials, medical imaging, and tissue engineering. Research and identify a specialization that aligns with your interests and career goals.
Seek mentorship: Connect with experienced biomedical engineers, professors, or researchers. Their guidance and insights can prove invaluable in navigating the field.
Embrace Practical Experience:
Pursue internships: Hands-on experience in research labs, hospitals, or medical device companies provides practical exposure and strengthens your understanding.
Engage in projects: Undertake personal projects or contribute to open-source initiatives. This demonstrates your problem-solving skills and passion for the field.
Remember, biomedical engineering is interdisciplinary. Embrace collaboration, stay updated with the latest advancements, and never stop learning.