Should I be a Mechanical Engineer or a Chemical Engineer?

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Discussion Overview

The discussion revolves around the choice between pursuing a career in mechanical engineering (MechE) or chemical engineering (ChemE). Participants explore their interests, the nature of each engineering discipline, and the implications of their educational paths.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant expresses a preference for mechanical engineering due to a passion for physics and hands-on activities, such as fixing cars.
  • Another participant suggests that a lack of interest in chemistry may indicate that chemical engineering is not the right choice.
  • Some participants clarify that mechanical engineering encompasses a wide range of activities, including thermal analysis, fluid dynamics, and machine design, rather than just hands-on work.
  • There are differing opinions on the nature of mechanical engineering work, with some viewing it as less engaging compared to electrical engineering.
  • One participant emphasizes that the first two years of engineering education are similar across disciplines, allowing time for exploration before making a decision.
  • A later reply discusses the adaptability of MechE and ChemE graduates, noting that they can often transition between fields with additional study and adaptation.

Areas of Agreement / Disagreement

Participants express a range of opinions on the nature of mechanical and chemical engineering, with no consensus on which discipline is superior or more engaging. The discussion remains unresolved regarding the best choice for the original poster.

Contextual Notes

Some participants mention that descriptions of mechanical engineering roles may be overly simplistic or uninformed, indicating a need for further research into the field.

Who May Find This Useful

This discussion may be useful for high school students considering engineering disciplines, individuals exploring career options in STEM fields, and those interested in the differences between various branches of engineering.

Sol1061
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Hey guys, I'm 16 this year and I've already decided to be an engineer. it's just i don't know what type i want to become. I am leaning towards mechanical engineering more because i heard you get to break things apart and assemble them. and it's the most diverse engineering branch.

i currently ace my physics, chemistry and english. my biology is pretty much lousy while i usually get Bs for my advanced math (in my country, we can't choose calculus or algebra) it's just advanced math which covers things like trigonometry, algebra, coordinate geometry, functions and much more. i personally love physics, though chemistry doesn't excite me that much.

i'm thinking of taking some workshop classes during my holidays, i want to learn to fix cars. I've got to start the practical side somewhere right?

What do you suggest?
 
Physics news on Phys.org
If chemistry does not excite you I recommend you do not become a chemical engineer
 
Well most mechanical engineer doesn't involve a lot of fixing cars and breaking things about. Typically technicians do a lot of the hands-on work but that varies, of course.

It's way too early to decide which engineering branch is best for you, as they are somewhat different. They all typically have very similar coursework the first two years (math and physics foundation) so you have time.
 
then what do mechanical engineers do?
 
Sol1061 said:
then what do mechanical engineers do?

I always recommend electrical engineering simply because we are the smartest people on Earth.
haha

From what I've seen of mechanical engineers, they size heating and coolilng ducts and size fans, condensers, air handlers etc. They also work with fluid in pipes for machines. Kinda boring stuff in my opinion.

Some mech engineers will design gas motors and bearings and the sort of thing you might imagine. I believe this stuff is the minority, and the heating/cooling stuff is the majority. Just my opinion tho.

It is also my belief that electrical engineering has a huge future as far as job security and money making. Just think about what would happen if there was no electricity even for a day.

Of course, you could say just imagine if you had no heating or cooling for a day.
 
psparky said:
I always recommend electrical engineering simply because we are the smartest people on Earth.

^He's right you know
 
As for what mechanical engineers do...
That really depends on the industry.

They design motors (both electrical and mechanical), build housing structures for electronics, do vibration analysis, do thermal analysis, fluid analysis (air is a fluid), acoustics, dynamics, etc. There is a lot you can do in mechanical engineering.
 
psparky said:
I always recommend electrical engineering simply because we are the smartest people on Earth.

I used to think that as an electronic engineer. Then I saw the engineering physics major. My pride was broken forever. :P
 
Don't worry at this point whether to pursue ME or ChemE. There is plenty of time to explore, learn, and follow your path. I received excellent advice from a professor many years ago about which discipline. He told us newbies "If you don't know which discipline you want to enter, then go with mechanical. It is the broadest of all engineering disciplines. From there you can change to anything."

The first two years of all the curricula are almost identical. That gives you two years in the academic environment to explore the different disciplines and decide what best suits you.

And ignore the descriptions of what ME's do that are given here: those comments are weak and uninformed. Do your own research. The US Government's Department of Labor offers some fairly good ME job descriptions. ME's are engaged in so many broad areas it is genuinely difficult to encapsulate what it is that they do. Generally MEs are considered to work in three major areas: machine design, thermal sciences, and manufacturing. Those broad categories branch out into thousands of different job descriptions.

But here is the bottom line: an BS engineering degree teaches one how to solve problems. And THAT is the skill companies will hire you for.
 
  • #10
thanks everyone! i'll take my time and think about it for sure
 
  • #11
Generally speaking, a MechE and ChemE can do each other's jobs if they are willing to adapt and continue to study "on the job". The major tradeoff between these two disciplines is the emphasis on chemistry for ChemE instead of machine design and IC engines for MechE (in general). However, barring very few exceptions (catalysis, production process, industrial machine design) the concepts taught to both are familiar enough that they can start working and become competent engineers in each others' respective fields. I would thus advise you not to worry too much about it if you are unsure of where you want to work as switching over is not a herculean task. However, if you do have a clear idea of what you want to do - for e.g. ChemE's are preferred for the pharmaceutical industry - then go for the branch best suited to the kind of job you want to do.
 

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