Mathematics with engineering electives

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Discussion Overview

The discussion centers on the intersection of mathematics and engineering education, particularly the implications of taking engineering electives while pursuing a mathematics degree. Participants explore the potential job prospects and prerequisites associated with engineering courses, as well as the value of specialized knowledge in fields like Heat Transfer and Thermodynamics.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant expresses concern that engineering positions typically require a specific engineering degree or license, questioning whether taking only selected engineering electives would be sufficient for job prospects in specialized areas like Heat Transfer and Thermodynamics.
  • Another participant suggests checking university policies regarding prerequisites for engineering courses, noting that foundational courses may be required before enrolling in specialized classes.
  • There is a mention of competition with mechanical engineering majors who may have more applied experience and project involvement, raising questions about the job market dynamics.
  • A participant shares their findings on prerequisites, indicating that only one engineering calculus course is necessary, which overlaps with mathematics coursework.
  • There is a query about the potential benefits of pursuing a graduate degree in engineering for improving job prospects, alongside a question about the necessity of obtaining a Professional Engineer (P.Eng) designation during undergraduate studies.
  • Another participant advises verifying whether non-engineering students can enroll in engineering courses, sharing their own university's restrictions on this matter.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility and value of taking engineering electives as a mathematics major. There is no consensus on whether this approach would enhance job prospects or if a specific engineering degree is essential for employment in engineering fields.

Contextual Notes

Limitations include the potential variability in university policies regarding course enrollment and prerequisites, as well as the competitive landscape between mathematics and engineering graduates in the job market.

wamozart
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I am a student who is interested in both mathematics and engineering. I want to pursue a degree in mathematics, but because of its relatively small job prospects, I wish to take some engineering electives.
However, I have a strong feeling that, unlike actuarial positions, engineering positions almost always require a specific degree in engineering (or a license or something). So I was wondering if taking engineering electives, but specialize in a particular concentration (e.g. only taking Heat Transfer & Thermodynamics courses as opposed to taking all mechnical engineering core courses), will enhance the chance of getting a job at a company that specilize in Heat Transfer & Thermodynamics. Or do most Heat Transfer & Thermodynamics companys expect you to know broad knowledge in mechanical engineering?
 
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I would first check with the universities you are considering. Pretty much all courses have prerequisites, so you might not be able to take Heat Transfer without taking 1st year mechanics for example.

Secondly, you will be competing against mechanical engineering majors who have taken many more applied classes, and have most likely partaken in engineering projects in school.
 
MECHster said:
I would first check with the universities you are considering. Pretty much all courses have prerequisites, so you might not be able to take Heat Transfer without taking 1st year mechanics for example.

Secondly, you will be competing against mechanical engineering majors who have taken many more applied classes, and have most likely partaken in engineering projects in school.

I have checked prerequisites and it turns out to be there is only one engineering calculus course is required of which most of its materials are presumably covered by taking calculus for math majors.

Well, I thought demands for engineering excels supply, but since you have said that I will be "competing" against engineering majors, it is the other way around, isn't it?

Has anyone done a double degree in mathematics and engineering and is willing to share your experience?
 
p.s. If I go to a graduate school in engineering, would I have better job prospect? or is the P.Eng designation must be attained during my undergraduate years?
 
Hey wamozart and welcome to the forums.

Just to sure I would double check if you can actually do engineering courses if you are not enrolled in an engineering degree.

At my university they don't let you do this really, but if they do it at your university then that is great.

The thing is that at least here an engineering degree is pretty strict and all of the courses in engineering will always (at least after second year) be based solely on passing previous engineering specific units.
 

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