Which ME Specialization Should I Choose?

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SUMMARY

The discussion centers on selecting a specialization in Mechanical Engineering (ME) for the final two years of a BEng program, with three options: Thermo-fluids and propulsion, Design, manufacturing and materials science, and Mechatronics. The participant expresses a strong interest in all three areas but seeks guidance on which may lead to better job prospects. Key insights reveal that Thermo-fluids involves extensive chemistry and fluid dynamics, Design and manufacturing emphasizes CAD and lean manufacturing principles, while Mechatronics focuses on mechanisms and embedded control systems. The participant's preference leans towards Mechatronics due to its practical applications, despite concerns about the popularity of the other specializations.

PREREQUISITES
  • Understanding of Thermodynamics and Fluid Dynamics
  • Familiarity with CAD software and manufacturing processes
  • Knowledge of Mechatronics principles, including mechanisms and control systems
  • Basic concepts of Lean Manufacturing and Six Sigma methodologies
NEXT STEPS
  • Research career opportunities in Mechatronics and its applications in various industries
  • Explore advanced topics in Thermodynamics and Fluid Dynamics
  • Learn about CAD software tools relevant to Design and Manufacturing
  • Investigate Lean Manufacturing and Six Sigma certifications for practical skills enhancement
USEFUL FOR

Mechanical engineering students, career advisors, and professionals seeking to specialize in areas with high job demand and practical applications in engineering.

ZenOne
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I'm being asked to choose my specialization in ME (for the last 2 years of the BEng) and I'm not sure what to take--I LOVE EVERYTHING.

The options are:

(a) Thermo-fluids and propulsion
(b) Design, manufacturing and materials science
(c) Mechatronics

Although I didn't like E and M too much I was told mechatronics is more related to actual electronic applications so I am quite interested. I love thermodynamics (I find it incredibly interesting) but I havent' taken fluids yet; I love materials science (hate chemistry but turns out I truly like it when it has some sort of application).

I have to choose within the next month and I am so unsure because I find all 3 highly interesting; is there one that would be beneficial in finding a high-quality/high-paying job? Could anyone give me any tips on how to narrow the choices down?

Thanks in advance.
 
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(a) Lots of chemistry. Lots..of..chemistry. Also, you will have to do some fluid dynamics and stuff like that.

(b) Probably a lot of statistics and some CAD (maybe?). You will learn a lot about lean manufacturing, 6-Sigma, stuff like that.

(c) Mechanisms and Embedded/Programmable Control are what constitute Mechatronics.
 
E&M and sort of a weird one in electrical engineering in my view. It's not directly applicable to circuits unless you are working on circuits in the MHz ranges...

Electrical Engineering in general is more focused on designing and understanding how circuits and digital computers work.

I'd say the coolest one of those three is mechatronics.

Then again. I'm an EE major , so I'm biased.
 
ZenOne said:
I love materials science (hate chemistry but turns out I truly like it when it has some sort of application).

Curious because chemistry is often defined as the science of materials :rolleyes:
 
My statement regarding chemistry was mostly aimed at General Chemistry--it just all felt pointless (just rote memorization and obscure topics IMO) whereas materials science is APPLIED chemistry so it just really pulled me in.

My main concern with option (a) is that it seems like EVERYONE chooses that option (it was said to be about 70% of Mechanical students) and it also encompasses too many topics to be considered a true specialization IMO (gas dynamics, solar and wind energy, HVAC systems, rocket design and propulsion, power generation etc...). Although I find ALL those topics interesting I don't see how a 7 class specialization will cover these topics in a complete manner; however, option (b) is limited to design, manufacturing processes and materials (and I would say design and manufacturing processes are inextricably linked).

I just like it ALL too much.

Thanks for all the input BTW.
 
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