Masters Degree for Bio-MEMS: Mechanical or Biomedical?

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SUMMARY

The discussion centers on choosing between a Master's degree in Mechanical Engineering (ME) or Biomedical Engineering (BME) for a career focused on creating biosensors and diagnostics in healthcare. A Master's in BME is recommended for those aiming for PhD-level positions and R&D roles, while a BSc in ME is suitable for immediate employment in industry. The conversation emphasizes the importance of practical experience and the variability of program specifics, suggesting that job requirements should be reviewed based on local vacancies.

PREREQUISITES
  • Understanding of biosensors and diagnostics in healthcare
  • Familiarity with microfluidics and lab-on-chip technology
  • Knowledge of the differences between Mechanical Engineering and Biomedical Engineering
  • Awareness of industry job market trends and requirements
NEXT STEPS
  • Research specific Master's programs in Biomedical Engineering and their R&D opportunities
  • Explore job vacancies in the biosensor and diagnostics field to understand employer expectations
  • Investigate microfluidics technology and its applications in healthcare
  • Learn about the role of engineers in production and quality control within biomedical contexts
USEFUL FOR

Students considering graduate programs in engineering, professionals seeking to transition into the biomedical field, and anyone interested in the development of healthcare technologies such as biosensors and diagnostics.

yosimba2000
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Which graduate program should I enter? I plan to enter a thesis based course. My end goal is to eventually be able to create biosensors and diagnostics for the healthcare industry, such as microfluidics (lab on chip) and glucometer sensors.

Thanks
 
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If you want a job at PhD level, biomedical. If you want to get a basic BSc degree and work asap, ME.

Since it is clear you want to work in industry and help build the equipment, I would not recommend a path as as a biological or chemical scientist. When it comes to biosensors or special fluids/colloids, a scientist will have to do most of the theoretical/R&D world there.

Being in charge of production or quality control or solving engineering problems once a basic design exists, there is where the engineer comes in. Though, a PhD in biomedical engineering can be involved from the start. Not clear if you want an R&D job or something else. R&D jobs are generally harder to get.

I think a mechanical engineer fresh out of school has basically no affinity with the R&D side of biomedical. You can check requirements asked in vacancies in your area. Always possible to get some job at most companies with a BSc in ME. Though with a master in ME and experience in the field, it can be just as good as a MSc in biomedical.

Remember that for these engineering fields often a lot of knowledge exists only inside said company, so job experience is very important and may in the end trump degrees. But of course you can't just choose to get a BSc in ME and get 15 years of experience.
When you arrive in a company, the biggest expert there may be just that type of person. Doesn't mean that right now with degree inflation you will have the opportunity to follow the same track.
 
yosimba2000 said:
Which graduate program should I enter? I plan to enter a thesis based course. My end goal is to eventually be able to create biosensors and diagnostics for the healthcare industry, such as microfluidics (lab on chip) and glucometer sensors.

Thanks
It might help if you provide a link to the degree programs in question. I find a lot of variability in these kinds of programs, so the details may matter.
 

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