5 answers
Naomi
Student
Moreno Valley, California
7
Questions
Asked
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What is it like to pursue Biomedical Sciences?
I have taken the advice from my last question on finding a career best suited for me. As I researched different career paths, I stumbled upon Biomedical Sciences, which piqued my interest. So, if you have any information on this subject or ways to experience it myself, it would be greatly appreciated!
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5 answers
Morgan Preziosi
Life Science Consultant
7
Answers
Westerville, Ohio
Updated
Morgan’s Answer
Hi Naomi, nice to meet you!!
In college I studied biochemistry, and I got my PhD in Biomedical Sciences. This term is very broad, but is essentially the study of the human body and disease. I was very interested in lab research, and so as part of my PhD I was in a lab researching liver disease, regeneration, and cancer, and a specific protein pathway (ie "cell signaling") that played a role in these.
I LOVED the lab, and stayed there for many years. My degree in biomedical sciences is very transferable (ie you can do a lot with it) and now I am a life science consultant. Basically my clients are companies that develop drugs, and we help them get their drugs to more patients in many different capacities.
Biomedical sciences is really neat because you can learn many different things, and DO many different things, all within healthcare and helping people.
In college I studied biochemistry, and I got my PhD in Biomedical Sciences. This term is very broad, but is essentially the study of the human body and disease. I was very interested in lab research, and so as part of my PhD I was in a lab researching liver disease, regeneration, and cancer, and a specific protein pathway (ie "cell signaling") that played a role in these.
I LOVED the lab, and stayed there for many years. My degree in biomedical sciences is very transferable (ie you can do a lot with it) and now I am a life science consultant. Basically my clients are companies that develop drugs, and we help them get their drugs to more patients in many different capacities.
Biomedical sciences is really neat because you can learn many different things, and DO many different things, all within healthcare and helping people.
Robert Epstein
General Manager
85
Answers
Naples, Florida
Updated
Robert’s Answer
Hi Naomi, Great career choices! There are so many specialties and subspecialties. First, though, you’ll need to decide if you desire combining Biology and Medicine, Engineering and Medicine, or some other major area (Chemistry?). Then you can further research all the options for each set.
Aman Kumar
Software engineer
161
Answers
Hyderabad, Telangana, India
Updated
Aman’s Answer
Hi Naomi,
It's great to hear that you're exploring different career paths! Biomedical Sciences is truly a fascinating field that bridges the gap between biology and medicine. Basically, it involves studying diseases, developing diagnostics, and exploring innovations in therapeutics. As a student, you'll engage in subjects like molecular biology, biochemistry, and anatomy, which are foundational to understanding how the human body works and how various diseases can affect it.
One of the most exciting aspects of pursuing Biomedical Sciences is the hands-on experience. Many programs include lab work where you can apply your knowledge practically. For instance, you might work with cutting-edge research like CRISPR technology—a tool that allows scientists to edit genes. Additionally, internship opportunities can be invaluable. Organizations like the Riverside County Medical Center often host interns from local universities, providing you with real-world experience in healthcare settings.
As you think about this path, consider seeking out local research labs or hospitals for volunteering or shadowing opportunities. That way, you can get a feel for the day-to-day realities of working in the field. Plus, networking with professionals will help you gain insights into how they navigated their careers in biomedical sciences.
I encourage you to do some research on universities with strong biomedical programs, maybe UC Riverside or Cal State San Bernardino? Attending open house events can also give you a feel for the academic atmosphere. Best of luck on your journey!
It's great to hear that you're exploring different career paths! Biomedical Sciences is truly a fascinating field that bridges the gap between biology and medicine. Basically, it involves studying diseases, developing diagnostics, and exploring innovations in therapeutics. As a student, you'll engage in subjects like molecular biology, biochemistry, and anatomy, which are foundational to understanding how the human body works and how various diseases can affect it.
One of the most exciting aspects of pursuing Biomedical Sciences is the hands-on experience. Many programs include lab work where you can apply your knowledge practically. For instance, you might work with cutting-edge research like CRISPR technology—a tool that allows scientists to edit genes. Additionally, internship opportunities can be invaluable. Organizations like the Riverside County Medical Center often host interns from local universities, providing you with real-world experience in healthcare settings.
As you think about this path, consider seeking out local research labs or hospitals for volunteering or shadowing opportunities. That way, you can get a feel for the day-to-day realities of working in the field. Plus, networking with professionals will help you gain insights into how they navigated their careers in biomedical sciences.
I encourage you to do some research on universities with strong biomedical programs, maybe UC Riverside or Cal State San Bernardino? Attending open house events can also give you a feel for the academic atmosphere. Best of luck on your journey!
Juakenya Ball
Cytotechnologist II
4
Answers
Dallas, Texas
Updated
Juakenya’s Answer
Hello Naomi,
First and foremost always research the career subject at hand .Next decide what type of setting in the health world you would like to explore first because there are several options. Example Biomedical Engineers have several areas of interest. Clinical Engineer,Medical Device, Medical imaging and Tissue Engineering all which are done in various areas of the health field. You could work in a lab, hospital or a corporation depending on which area you’re more interested in.
Considering each is more of a specific area of biomedical engineering, while looking for colleges find one who introduces you to each area during your 4 years. Make sure to research major companies and hospitals to see who offer internships in your field of interest. Which by your 3rd year you should know.
First and foremost always research the career subject at hand .Next decide what type of setting in the health world you would like to explore first because there are several options. Example Biomedical Engineers have several areas of interest. Clinical Engineer,Medical Device, Medical imaging and Tissue Engineering all which are done in various areas of the health field. You could work in a lab, hospital or a corporation depending on which area you’re more interested in.
Considering each is more of a specific area of biomedical engineering, while looking for colleges find one who introduces you to each area during your 4 years. Make sure to research major companies and hospitals to see who offer internships in your field of interest. Which by your 3rd year you should know.
Yuezhe Li, PhD
Scientist
7
Answers
Farmington, Connecticut
Updated
Yuezhe’s Answer
Hello Naomi,
It’s great that you’ve found biomedical science as a career option. I graduated with a phd in biomedical science 3 years ago now I am working as a quantitative systems pharmacology (QSP) modeling in drug research and development. My day to day focuses on building mathematical models for the drug of interest and help to find the molecule/ dose that is mostly likely to succeed in the clinical setting.
Similar to QSP, there are also PKPD modeling and popPK modeling, which are also use mathematical models to interpret data.
To work in the QSP world, besides background in biomedical science, a strong quantitative background is also required.
I think my answer is slightly different from the others you got. I hope this offers perspective.
It’s great that you’ve found biomedical science as a career option. I graduated with a phd in biomedical science 3 years ago now I am working as a quantitative systems pharmacology (QSP) modeling in drug research and development. My day to day focuses on building mathematical models for the drug of interest and help to find the molecule/ dose that is mostly likely to succeed in the clinical setting.
Similar to QSP, there are also PKPD modeling and popPK modeling, which are also use mathematical models to interpret data.
To work in the QSP world, besides background in biomedical science, a strong quantitative background is also required.
I think my answer is slightly different from the others you got. I hope this offers perspective.