5 answers
Sithumdi
Student
Colombo, Western Province, Sri Lanka
2
Questions
Asked
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What careers involve both robotics and biomedical engineering ?
I'm currently doing my AL and I'm planning to do my bachelor's in robotics and mechatronics engineering next year onwards. And also I'm interested in doing bio-medical engineering
Since I can't do both at the same time I prefer doing robotics. Is there any chance for me to work in the biomedical industry too if I study other biology related courses according to my interests with a robotics degree?
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5 answers
Karin P.
Lecturer, Academic Advisor, Career Coach
1091
Answers
Göttingen, Lower Saxony, Germany
Updated
Karin’s Answer
Hi Sithumdi,
Congratulations that you already know what you want to do in life! Robotics in biomedical engineering is such an interesting field! You'll be able to work at the forefront of science/engineering.
I would recommend that you get your bachelors in Mechanical Engineering, preferably at a school that has research in the area of robotics in biomedical engineering. Take courses in biomedical materials, biomechanics and anatomy if available.
Try to get involved in research as early as possible. If possible, do an internship in industry if you want to work in industry.
For your masters and PhD look for projects in this field of research and you should be all set. I left a couple of links below for labs and research groups.
I hope this helps! Enjoy!
KP
https://uom.lk/mech/research/biomedical/research
https://online.nsu.edu/degrees/technology/master-science-electronics-engineering/biomedical/applications-of-robotics/
https://degrees.apps.asu.edu/masters-phd/major/ASU00/ESRASBEMS/robotics-and-autonomous-systems-biomedical-engineering-ms
https://www.ed.tum.de/en/ed/studies/degree-programs/mechatronics-robotics-and-biomechanical-engineering-m-sc/
Congratulations that you already know what you want to do in life! Robotics in biomedical engineering is such an interesting field! You'll be able to work at the forefront of science/engineering.
I would recommend that you get your bachelors in Mechanical Engineering, preferably at a school that has research in the area of robotics in biomedical engineering. Take courses in biomedical materials, biomechanics and anatomy if available.
Try to get involved in research as early as possible. If possible, do an internship in industry if you want to work in industry.
For your masters and PhD look for projects in this field of research and you should be all set. I left a couple of links below for labs and research groups.
I hope this helps! Enjoy!
KP
Karin recommends the following next steps:
Teklemuz Ayenew Tesfay
Electrical Engineer, Software Developer, and Career Mentor
520
Answers
Ethiopia
Updated
Teklemuz Ayenew’s Answer
Yes, a robotics degree can open doors to the biomedical industry. Here are key career paths that merge robotics and biomedical engineering:
Medical Robotics Engineer: Design surgical and rehabilitation robots.
Biomechanical Engineer: Work on prosthetics, orthotics, and exoskeletons.
Rehabilitation Robotics Engineer: Develop robots for physical recovery therapies.
Robotic Surgery Specialist: Design and maintain robotic surgical systems.
Neuro-Robotics Engineer: Develop robots for neurological disorder rehabilitation.
Medical Device Software Engineer: Develop software for medical robotics and devices.
Bio-Medical Data Scientist: Analyze and optimize data from biomedical devices and medical robots to improve patient outcomes and device performance.
To transition into biomedical engineering while pursuing a robotics degree, consider the following tips:
Electives: Take courses in biomechanics, biomaterials or medical device design.
Postgraduate Studies: Pursue a master’s or PhD in bio-robotics or biomedical engineering.
Internships: Seek opportunities or research labs focused on medical robotics, prosthetics, or rehabilitation devices.
Online Courses: Supplement your knowledge with biomedical engineering and bioinformatics.
Hands-on Projects: Develop projects that combine robotics and biomedical applications, such as building a robotic prosthetic.
Networking: Attend relevant conferences and collaborate with professionals in both fields.
These career paths not only have strong growth prospects but also offer the chance to make a significant difference in healthcare and patient outcomes.
Good luck!
Medical Robotics Engineer: Design surgical and rehabilitation robots.
Biomechanical Engineer: Work on prosthetics, orthotics, and exoskeletons.
Rehabilitation Robotics Engineer: Develop robots for physical recovery therapies.
Robotic Surgery Specialist: Design and maintain robotic surgical systems.
Neuro-Robotics Engineer: Develop robots for neurological disorder rehabilitation.
Medical Device Software Engineer: Develop software for medical robotics and devices.
Bio-Medical Data Scientist: Analyze and optimize data from biomedical devices and medical robots to improve patient outcomes and device performance.
To transition into biomedical engineering while pursuing a robotics degree, consider the following tips:
Electives: Take courses in biomechanics, biomaterials or medical device design.
Postgraduate Studies: Pursue a master’s or PhD in bio-robotics or biomedical engineering.
Internships: Seek opportunities or research labs focused on medical robotics, prosthetics, or rehabilitation devices.
Online Courses: Supplement your knowledge with biomedical engineering and bioinformatics.
Hands-on Projects: Develop projects that combine robotics and biomedical applications, such as building a robotic prosthetic.
Networking: Attend relevant conferences and collaborate with professionals in both fields.
These career paths not only have strong growth prospects but also offer the chance to make a significant difference in healthcare and patient outcomes.
Good luck!
Thank you, this is really helpful.
Sithumdi
Milagros A Ramirez Martinez
College student
4
Answers
Austin, Texas
Updated
Milagros A’s Answer
I am glad that you have found what you are passionate about! Based on your interests, I recommend looking into mechanical engineering. By earning a bachelor’s in mechanical engineering, you take mechatronics courses, and you can choose to specialize in a track that would directly relate to biomedicine, depending on what university you decide to attend. I know there are many other majors you can choose that would allow you to do the same, but mechanical engineering builds a diverse and strong foundation in almost everything you want to do. Conduct more research on universities you are interested in, and I am sure you will find something! Best of luck in your future endeavors!
Thank you so much for your advice ☺️
I'm more interested in doing robotics and mecatronis engineering than mechanical engineering. Is it ok , does it make me harder to get into what I interest or do I have to choose mechanical engineering for sure?
Sithumdi
Robert Epstein
General Manager
118
Answers
Naples, Florida
Updated
Robert’s Answer
Hi Sithumdi,
In addition to the other fine answers given, let me also say this—and it may already be apparent you: As a biomedical engineer with some robotics experience, I’ve found that you can always change jobs multiple times in your career. You’re not locked in. The great thing about a robotics background with added biology courses is that, yes, it gives you many useful skills that can easily be used in biomedical engineering and other related fields. All the best to you!
In addition to the other fine answers given, let me also say this—and it may already be apparent you: As a biomedical engineer with some robotics experience, I’ve found that you can always change jobs multiple times in your career. You’re not locked in. The great thing about a robotics background with added biology courses is that, yes, it gives you many useful skills that can easily be used in biomedical engineering and other related fields. All the best to you!
Thank you for the advice, Robert.
Sithumdi
Dr H
Dr. H's Research
1464
Answers
Australia
Updated
Dr’s Answer
Hey Sithumdi, you've got a pretty awesome mix of interests there—robotics and biomedical engineering, two fields that can literally change lives! 🤗 Here’s the scoop I can tell you.
Medical Robotics Engineer: Imagine designing high-tech surgical robots that help doctors operate with laser-like precision—kind of like bringing sci-fi to the operating room.
Biomechanical or Rehabilitation Robotics Engineer: Ever thought about building robotic limbs or exoskeletons that help people walk again? This is where robotics meets cutting-edge prosthetics and rehab tech.
Neuro-Robotics Engineer: Tinker with robots that assist in treating neurological disorders. It’s a perfect blend of robotics, biology, and a dash of brain science.
Medical Device Software Engineer: If you’re into coding, you can develop software for medical devices that rely on robotics. It’s like being the wizard behind the curtain of modern healthcare.
Bio-Medical Data Scientist: Use your robotics chops to analyze and optimize data from biomedical devices, improving patient outcomes along the way.
Even if you’re majoring in robotics and mechatronics, you can still dip your toes into the biomedical pool by taking elective courses in biology, biomechanics, or anatomy. Plus, internships and research projects are your best friends here—they’ll give you hands-on experience and help you build that crossover expertise.
Long story short? A robotics degree can definitely open doors in the biomedical industry, especially if you sprinkle in some biology courses and practical experiences. Your career path isn’t set in stone—you can pivot, learn, and grow along the way. Keep exploring, stay curious, and enjoy the ride! You got this better than anyone, good luck buddy!
Medical Robotics Engineer: Imagine designing high-tech surgical robots that help doctors operate with laser-like precision—kind of like bringing sci-fi to the operating room.
Biomechanical or Rehabilitation Robotics Engineer: Ever thought about building robotic limbs or exoskeletons that help people walk again? This is where robotics meets cutting-edge prosthetics and rehab tech.
Neuro-Robotics Engineer: Tinker with robots that assist in treating neurological disorders. It’s a perfect blend of robotics, biology, and a dash of brain science.
Medical Device Software Engineer: If you’re into coding, you can develop software for medical devices that rely on robotics. It’s like being the wizard behind the curtain of modern healthcare.
Bio-Medical Data Scientist: Use your robotics chops to analyze and optimize data from biomedical devices, improving patient outcomes along the way.
Even if you’re majoring in robotics and mechatronics, you can still dip your toes into the biomedical pool by taking elective courses in biology, biomechanics, or anatomy. Plus, internships and research projects are your best friends here—they’ll give you hands-on experience and help you build that crossover expertise.
Long story short? A robotics degree can definitely open doors in the biomedical industry, especially if you sprinkle in some biology courses and practical experiences. Your career path isn’t set in stone—you can pivot, learn, and grow along the way. Keep exploring, stay curious, and enjoy the ride! You got this better than anyone, good luck buddy!