Does electrical engineering pave the way to other science fields?

AI Thread Summary
Acceptance into an electronic engineering course is seen as a significant achievement, especially for someone with a strong interest in physics and a general affinity for science, including chemistry and biology. There is concern about whether pursuing a degree in electronic engineering will limit exposure to other scientific disciplines. However, it is noted that electronic engineering can lead to various interdisciplinary fields, such as bioengineering, nanotechnology, and bio-imaging, which integrate aspects of chemistry and biology. Graduates with a solid foundation in math and physics have the potential to transition into diverse scientific areas post-graduation. It is advised to focus on a specific field of interest during undergraduate studies while remaining open to interdisciplinary opportunities in the future.
DrFishNips
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I managed to get accepted to an electronic engineering course which is one serious achievement for me. I love physics so I'm going to excel in this course but when it comes to science I'm a bit of an all rounder. I like physics, chemistry and biology. If I was to do electronic engineering for the next 4 years does that mean I've to forget about chemistry and biology altogether though? All these fields go hand in hand like nanotechnology for instance. What I'm wondering is if a degree in electronic engineering will pave the way to entering lots of different science fields or will it just be physics related fields?
 
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You can always try to get into the bioengineering field after you graduate with an engineering degree. I think you would really benefit from exploring this option, given your interests.

I had a professor in undergrad who started as an EE did research in Bio Engineering, so it's definitely possible.

Also, don't you have another active thread on the exact same topic?
 
I wouldn't worry about it too much. There's a lot of interdisciplinary postgrad stuff you can go into with EE; biochips, bio imaging, nanotech in regards to things like photovoltaics (which will involve a fair bit of chemistry).

I wouldn't try and learn EVERYTHING in your undergrad years, find a good field you like that has applications in the multidiscipline fields you're into, and go from there:)
 
You can pave your way to any scientific field if you have a solid math and physics background, and work very hard.
 
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