Which engineering is most hands on?

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Design engineers often prototype in mechanical or electrical/computer engineering fields, with electrical engineering providing opportunities for hands-on work through circuit design on breadboards or simulation software. Agricultural engineering is noted for its practical, hands-on approach, closely resembling mechanical engineering in coursework but with more lab work. Civil and mechanical engineering are also recognized for their hands-on nature. However, many engineers, particularly in regulated industries like medical devices and aerospace, find that their roles involve extensive documentation and adherence to strict quality processes, which can differ significantly from their initial perceptions of engineering work.
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:cry: forgive me i know there's tons of these types of threads but in which type will the design engineer prototype as well?
 
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ice109 said:
:cry: forgive me i know there's tons of these types of threads but in which type will the design engineer prototype as well?

Probably mechanical or electrical/computer
 
anyone else?
 
Electrical is a good one - you get to prototype and design circuits in the lab if you'd like, using breadboards and real parts OR use simulation software. Depends on the scneario.
 
No doubt about this! The Agricultural Engineers are the most hands on, bar none! We do lots of labs, and have a ton of clubs/groups! And, to be honest...we are called power and machinery engineers, but we are basically a mechanical engineer(take nearly the exact same courses, but just more hands on)
 
Most forms of electrical and computer engineering are done solely on computers. If that's "hands-on" to you then great, but most people don't consider it so.

Civil and mechanical are generally the most hands-on.

- Warren
 
Just a general observation from a physicist working in medical device engineering: I think a lot of folks who go into engineering as career are surprised to find out that most of their time is spent doing things that are very different from what their initial idea of "engineering" is. For example, in highly regulated industries such as medical device, aerospace, military, etc. an engineer spends an enormous amount of time simply following the usually very rigid processes created by their Quality System. Lots of time is spent working on documentation and configuration control. If you come from a research background (PhD condensed matter for me) where you are used to spending your time somewhat creatively, this can be a very rude awakening.
 

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