Pure mathematics vs Mechanical engineering

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SUMMARY

The discussion centers on the dilemma of choosing between a major in pure mathematics and mechanical engineering at the University of Waterloo. Participants emphasize the appeal of mechanical engineering due to its practical applications and better job market prospects, while also acknowledging the intellectual challenges and personal fulfillment associated with pursuing mathematics. Key points include the importance of passion over societal expectations, the need for thorough research into career prospects, and the recognition that success in mathematics does not solely depend on innate intelligence. The conversation encourages individuals to follow their interests while being mindful of the realities of the job market.

PREREQUISITES
  • Understanding of mechanical engineering principles and applications
  • Familiarity with pure mathematics concepts and their academic requirements
  • Knowledge of job market trends in engineering and mathematics fields
  • Awareness of the psychological aspects of career choice and academic pressure
NEXT STEPS
  • Research the job market for mechanical engineers versus pure mathematicians
  • Explore the curriculum and career paths associated with pure mathematics
  • Investigate the psychological impact of academic pressure in STEM fields
  • Learn about applied mathematics and its real-world applications in various industries
USEFUL FOR

Prospective university students, particularly those considering majors in mathematics or engineering, as well as educators and career advisors guiding students in their academic and professional choices.

  • #31
deRham said:
Ultimately, a PhD is one way to train to be a professional researcher in that field. Hence, you ought to ask yourself throughout undergrad what questions interest you. Do you care about spending years answering questions about mathematical structures with only marginal interaction with other fields, or would you rather be somewhere in the intersection between certain areas?

I am interested algebra, number theory, and analysis
 
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  • #32
ode_to_joy said:
I am interested algebra, number theory, and analysis
That is so broad it is almost meaningless.
 
  • #33
jk said:
That is so broad it is almost meaningless.

well, I am not in undergraduate yet but concepts like groups sounds facinating to me
 
  • #34
jk said:
That is so broad it is almost meaningless.

I am interested in Geometry (Differential, Algebraic) , Topology, Analysis, Number theory (p-adic) mathematical physics and fundementals. The only area i dislike is combinatorics, and that is probably because i am so terrible at it. Its a shame we humans need to rest and eat ::frown:
 
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  • #35
Functor97 said:
Its a shame we humans need to rest and eat ::frown:

If you replaced "we" with "those", you'd sound almost like some kind of management consultant ;)
 
  • #36
chiro said:
Having said, I would urge you to consider micromass's advice and not get into mathematics for the glory, because you will probably end up with depression or something akin to that just by probabilities alone.

I never thought I'd see the day...I thought kids would be wanting to be rebecca black or something these days.
 

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