I want to go into the field of nanotechnology. I know you need a

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SUMMARY

Entering the field of nanotechnology does not strictly require a physics degree; backgrounds in chemistry, mathematics, and various engineering disciplines (electrical, mechanical, chemical) are also valuable. The field is multidisciplinary, attracting professionals from diverse educational backgrounds. Most practitioners in nanotechnology are affiliated with engineering faculties, particularly in mechanical and electrical engineering. Engaging in undergraduate research and exploring personal interests within the field is essential for a fulfilling career in nanotechnology.

PREREQUISITES
  • Understanding of nanocomposite polymers
  • Familiarity with MATLAB for modeling and simulations
  • Knowledge of materials science principles
  • Basic concepts in multidisciplinary engineering fields
NEXT STEPS
  • Research advancements in nanocomposite polymers and their applications
  • Explore MATLAB for nanotechnology simulations and modeling
  • Investigate interdisciplinary programs in nanotechnology at universities
  • Learn about the latest trends in nanotechnology research and development
USEFUL FOR

This discussion is beneficial for aspiring nanotechnology professionals, engineering students, and researchers interested in the multidisciplinary aspects of nanotechnology and its applications in various fields.

thunder282
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I want to go into the field of nanotechnology. I know you need a physics degree but what else do you need? Also why are why not is this a good field to go into
 
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Nanotechnology is a big field (if you'll pardon the pun). You don't necessarily need a physics degree (although it is a great background, as would be chemistry, mathematics, electrical / mechanical / chemical / physics engineering, etc.) and it tends to be a very multidisciplinary field. Since nobody does it all, and it's such an emergent field, you need all sorts of people and all sorts of backgrounds. At my institution, most people doing Nanotech are based out of the engineering faculty (electrical and mechanical mainly) but many come from non-engineering backgrounds.

I expanded a little on this a few years ago, and I think it's still relevant:
https://www.physicsforums.com/showthread.php?t=404550

This thread (similarly titled nanotechnology) may also be of benefit (note that the bottom of every page offers up similar threads--more nuggets can often be found there):
https://www.physicsforums.com/showthread.php?t=273350

(Yes, not only do I recycle my advice, I also recycle my puns! Don't judge me... :rolleyes:)
 


I'm a mechanical engineering graduate and most of my undergraduate research was in nanocomposite polymers. We improved the desired characteristics of polymers through the addition of nanoadditives. The field of nanotechnology is quite broad as MATLABdude pointed out and what I just mentioned is only a fraction, although rather large at the moment. I tend to see mostly engineers and chemists in the field to be honest.

Just saying I want to go into field X and then working towards it can often be quite a let down when you get there. It is much better to learn and explore your studies and get a better feel for what your true interests are with a first person perspective. Your undergraduate experience is to give you a foundation.

Good luck!
 

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