Molecular bionics vs. mechatronics - can't decide

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Discussion Overview

The discussion revolves around the decision-making process for a high school student considering university courses in molecular bionics versus mechatronics. It explores the implications of each choice in terms of physics content, job prospects, and potential for interdisciplinary studies.

Discussion Character

  • Debate/contested
  • Exploratory
  • Conceptual clarification

Main Points Raised

  • One participant expresses a strong preference for physics and is concerned that molecular bionics may not provide enough physics content compared to mechatronics.
  • Another participant suggests that choosing a broad program, like physics, could provide a solid foundation for future specialization.
  • There is uncertainty about the job market for molecular bionics in Hungary, with one participant questioning the demand for such engineers.
  • Some participants propose that staying within established disciplines, like mechanical engineering, may be a safer choice for job security.
  • Concerns are raised about the time commitment required to pursue a master's degree in either field, with one participant questioning the practicality of delaying specialization.
  • Discussion includes the possibility of pursuing both fields simultaneously or supplementing one with self-study in the other area.

Areas of Agreement / Disagreement

Participants do not reach a consensus on which field is preferable. There are competing views regarding the job market, the importance of physics in education, and the value of pursuing dual degrees.

Contextual Notes

Participants express varying levels of uncertainty about job prospects in molecular bionics, the depth of physics in both fields, and the implications of pursuing multiple degrees. The discussion reflects personal experiences and regional job market conditions.

Who May Find This Useful

High school students considering university courses in STEM fields, particularly those interested in physics, biology, and engineering disciplines.

Tusike
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Hi!

I'm currently in 12th grade here in Hungary (= last year of high school), and have to decide which university I want to go to, and which course I want to take.
I'm mainly interested in physics and a bit less in biology, programming and math. Don't get me wrong I like those as well, but if I had to chose just one it'd be physics. Anyway, I heard that there's a greater future for molecular bionics, so I should go there; but then again, molecular bionics doesn't have as much physics in it as mechatronics, and I'd regret that very much.
So please, if anyone has any suggestions as to which one I should chose and why, that'd be very much appreciated.

Also, perhaps there are alternatives? I was thinking about starting one, and starting the other half a year / a year later, and doing them parallel. Would that be worth it? I mean does having both degrees really give a much bigger advantage in getting good jobs than just one? Unfortunately I only get to go to one of the for free. Or perhaps I could go to bionics and study extra physics on my own? I'm not so sure about the depth of that studying...

Thanks in advance,
-Tusike

PS: Sorry for my english, e.g. by "course" I mean like a field to get a job in as in the two mentioned in the topic.
 
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My best advice to almost any student would be to choose a broad program (physics is good), so you get good foundations before deciding on your specialization. It's not easy to know beforehand if you're going to like the subject until you actually study it at the higher level. For the same reason, it's good to try other things, you might not know you like something yet.

If you intend to do anything science-rated, you can't really go wrong studying physics and math. Even if you go into some other field it's a good foundation to build on.

Jó szerencsét!
 
Thanks :)

I'm not sure if it's a good idea to go as a physician and then chose between molecular bionics and mechatronics. It just seems to me like an awful lot of time before I get a masters in one of the latters.
 
"Anyway, I heard that there's a greater future for molecular bionics, so I should go there; but then again, molecular bionics doesn't have as much physics in it as mechatronics, and I'd regret that very much."


Are they hiring mechatronic or molecular-bionical (I'm sure that's not even a word) engineers in Hungary?
 
Mechatronic engineers, yes, the other one I don't think so since it's so new that no one has completed the course yet (at least here); but I didn't say anything about wanting to work in Hungary:)
 
Personally, I would stay within an established discipline, eg Mechanical engineering.

The classics never go out of style.
 

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