Will biomedicine lead to master of biomedical engineering?

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SUMMARY

The discussion centers on the transition from a biomedicine degree to a master's in biomedical engineering. Biomedicine programs typically prepare students for clinical-scientist roles in fields like pathology and genetics, focusing on biochemistry. In contrast, biomedical engineering requires a background in engineering or applied physical sciences, with many professionals coming from electrical engineering. The field encompasses a wide range of applications, including the design and development of medical devices such as MRI machines, pacemakers, and artificial limbs, indicating a steady demand for these skills in the job market.

PREREQUISITES
  • Understanding of biochemistry and clinical sciences
  • Knowledge of engineering principles, particularly in electrical and mechanical engineering
  • Familiarity with medical device design and development processes
  • Insight into the biomedical engineering job market and its demands
NEXT STEPS
  • Research specific master's programs in biomedical engineering and their admissions requirements
  • Explore the role of electrical engineering in biomedical applications
  • Study the design and development processes for medical devices
  • Investigate career opportunities in MRI technology and other biomedical engineering fields
USEFUL FOR

Students in biomedicine considering a career shift, aspiring biomedical engineers, and professionals exploring the intersection of engineering and healthcare technology.

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i'm currently enrolled in a degree in biomedicine, i want to know whether i can do a master in bio medical engineering , the employability of the field and what sort of content is there in such a degree ?
 
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"Biomedicine" is a rather broad term and so the program can vary considerably depending on the school. My understanding though is that generally these degrees are set up more to prepare students for clinical-scientist jobs working in say pathology, haematology, or genetics labs and as such the background tends to lean more towards the biochemistry realm of the sciences.

To get into biomedical engineering you generally need a degree that leans more towards the engineering or applied physical sciences realm. Most of the biomedical engineers I know came through undergrad as electrical engineering majors. That's not to say that you can't get in from other areas, but you'll have to look into specific programs that sound interesting now and look at what their admissions requirements are.

As to what's done in the field, it's another very broad area. Most of the biomedical engineers I know work in MRI, but that's not nearly the extent of the field. In general terms they design, build and develop medical devices, so that can include everything from pacemakers to artificial limbs to imaging equipment. So you can imagine that the field is going to depend on the demand for those devices, which is likely to be fairly steady in the long term.
 
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And I work mostly on the mechanical side of biomedical engineering, although I am starting to see some of the pharmacology/organic chemistry side as well. For the mechanical side, you get lots of people with a background in mechanical or chemical engineering, and for the pharma side mostly ChemE. This is a pretty broad field with lots to do.
 

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