Major in Bio-engineering or Nanotechnology?

In summary, the conversation discusses the preference for nanotechnology over bioengineering, but also mentions the potential for both fields in terms of job opportunities. It is noted that there is more talk and hype surrounding bioengineering, but the nanotechnology industry is still in its early stages and has limited job opportunities. It is suggested that studying mechanical or chemical engineering may be a more practical choice for future employment possibilities.
  • #1
Etienne
24
0
So... "long story short"
I like Nanotechnology / Nanoengineering better than Bioengineering,
but I also like Bio...
my question is, which is a better major? Which will get me a better job or get me a job faster?
Both fields are "new" and are promising in terms of future, but I've heard more talk on Bio rather than Nano...
Can I major in Nano and work in a Bio field? or in a Physics field?
 
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  • #2
There really aren't many jobs for nanotechnology. It is very hard to find jobs in biomedical fields that employ nanotech. How many commercial devices or technologies can you name that are currently making lots of money on the market? There aren't that many because the FDA hasn't approved very many. There is a lot more hype over nanotech, such as nanoparticles, than actual tangible translation. The end result: not many jobs outside of academia or government labs--and those positions have insane amounts of competition. The only well established nanodevice industry is related to semiconductors and microfabrication, but now those jobs are constantly being outsourced and many of the entry level tech jobs are very low paying. There are some microfluidics devices being employed for highthroughput screening, but as a whole, the industry making these devices can not support the number of graduates graduating each year in these fields. Your best bet is simply to study mechanical engineering or chemical engineering--two degrees that could be used for much more in industry or can eventually still be used to study nanotechnology in graduate school. Just do a job search right now and see how many jobs you can find related to "nanotechnology", "nanoparticles", "nanodevices", etc. Nanotech has some really cool ideas, but unfortunately we are still 30 years or more away from it actually producing a huge industry that can sustain high levels of employment for highly trained talent.
 

FAQ: Major in Bio-engineering or Nanotechnology?

1. What is Bio-engineering and Nanotechnology?

Bio-engineering is the application of engineering principles and techniques to biology and medicine. It involves the design and development of new technologies, devices, and processes for the improvement of healthcare and the betterment of human life. Nanotechnology, on the other hand, is the manipulation and control of matter on a nanoscale (one billionth of a meter) to create new materials and devices with unique properties and functions.

2. What are the career opportunities for a major in Bio-engineering or Nanotechnology?

A major in Bio-engineering or Nanotechnology can lead to a variety of career opportunities in industries such as biotechnology, pharmaceuticals, medical devices, healthcare, and research. Some specific job titles include biomedical engineer, nanoscientist, biotechnology researcher, medical device designer, and pharmaceutical process engineer.

3. What skills and knowledge are necessary for a major in Bio-engineering or Nanotechnology?

To succeed in a Bio-engineering or Nanotechnology major, students should have a strong foundation in biology, chemistry, physics, and mathematics, as well as an understanding of engineering principles and techniques. They should also possess critical thinking skills, problem-solving abilities, and a curiosity for innovation and technology.

4. Is there a difference between Bio-engineering and Nanotechnology majors?

While Bio-engineering and Nanotechnology are often grouped together, there are some key differences between the two majors. Bio-engineering focuses on the application of engineering principles in the field of biology and medicine, while Nanotechnology is more focused on the manipulation of matter on a nanoscale. Additionally, Bio-engineering may have a stronger emphasis on biological systems, while Nanotechnology may have a stronger focus on materials and devices.

5. What are the potential ethical concerns surrounding Bio-engineering and Nanotechnology?

As with any emerging technology, there are ethical concerns that arise with the development and implementation of Bio-engineering and Nanotechnology. These may include issues of safety, privacy, and potential misuse of technology. It is important for students in these majors to be aware of these concerns and to consider the ethical implications of their work in order to promote responsible and ethical use of these technologies.

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