Which Eng Masters for Maths and Physics Majors?

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Discussion Overview

The discussion revolves around the selection of engineering master's programs for students majoring in mathematics and physics, particularly focusing on which engineering disciplines involve the most mathematics and how different areas of physics relate to these fields. Participants share their experiences and insights regarding the relevance of various physics courses to engineering specializations.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • One participant expresses interest in civil engineering but is concerned about the limited mathematics involved, suggesting a preference for mechanical or electrical engineering instead.
  • Another participant notes that both mechanical and electrical engineering involve significant mathematics and physics, but mentions that electrical engineering may present more challenging physics courses.
  • A different participant asserts that electrical engineering requires a higher level of mathematical rigor compared to mechanical engineering, citing personal anecdotes about the demands of the field.
  • One participant shares their experience with course advisors and emphasizes the importance of talking to upper-year students for insights on the relevance of physics courses to engineering.
  • There is a suggestion that quantum mechanics may be more applicable to electrical engineering than to mechanical engineering, as circuits operate on quantum principles.
  • Another participant discusses the challenges of chemical engineering, highlighting its broad knowledge base and the complexity of its mathematical requirements, while contrasting it with civil engineering, which is perceived as less demanding.

Areas of Agreement / Disagreement

Participants express varying opinions on the difficulty and mathematical demands of different engineering disciplines, with no clear consensus on which area is definitively the most rigorous or relevant to their studies.

Contextual Notes

Participants mention the variability in course content and difficulty across different universities, which may affect their perspectives on engineering disciplines.

Who May Find This Useful

Students considering engineering master's programs, particularly those with backgrounds in mathematics and physics, may find this discussion relevant as they navigate their options and seek insights from peers.

cos(e)
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what eng?

Hey I am from Australia, and I am second year doing science going to major in maths(possible applied or whatever will help me most with the engineering i pick), and i was wondering what eng masters i should do? I liked civil but i heard there's not much maths involved. i wouldn't mind doing mechanical or possibly electrical. I was wondering if anyone can tell me what area has the most maths, and also i want to continue physics, and can't decide between electromag nd optics or quantum and thermal or thermal nd classical physics, what will help me the most?

Cheers,
cos(e)
 
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Ey dw 1st here year choosing 2nd year subjects, yours sound identical to mine (Uni of Melbourne)

Anyways yes mechanical and electrical both involve a fair bit of maths/physics

However apparently the physics is a lot tougher in electrical engineering, maths is ~the same I've been told, i know with my course (mechanical/electrical) we do the same math for both, but different physics in later years. This is going by what the lectures and course advisers have said hope it helps even though you may be at a different uni

Cheers Trent
 


As I understand the mathematics and overall rigor of electrical engineering is far superior to that of mechanical engineering. I've heard electrical and aeronautical are the most difficult.
My uncle has leadership position as a designer of one of the cpus over at intel, and he was telling me of the required for the job; it is equivalent to what a math major needs to graduate, if not more. In contrast, I was speaking to my friend majoring in mechanical, and he was telling me that he needed very little math. Just some vector calculus and ODE and maybe something else. I bet they teach more in the physics courses.
 


Sorry I meant I was first year deciding on second year subjects, and yes trent I am uni of melb hoping to do the 3+3(science major in maths, then master in eng), but as iv seen the course advisors a few times, i found there pretty hopeless. Thanks trent and zoner, it looks like mechanical or electrical, which gives me a semester more to decide. Also i don't know what physics i should take, electromagnetism nd optics or thermal and classical physics, which one will be more related to mechanical nd electrical eng, I am assuming quantum mechanics is least relevant?
 


yea well i went with classical and fiuld mechanics for something different in 2nd semester, Dont worry i found the same, i found it best to talk to dome of the 4th year eng students from their experience in mechanical and electrical. They said not to worry much about 2nd year, 3rd is when we start being specific. This is because of the new model EE and BS can switch for the first 2 years :( that they arnt specific


Im hoping for mechanical than master in meckatronics 4+2 model wait and c how i go lolz

Cheers Trent (may c u around electrical and mechanical have the same 2nd year core)
 


Quantum would probably come in handy for electrical but not for mechanical. Most circuits run on quantum principles.

I'm also trying to decide on an engineering branch. Right now, I'm headed for chemical which I'm told is a mix of all other engineering branches with some ability to manage and multitask thrown in. Apparently, electrical has the toughest maths on account of its heavy use of complex numbers and lots of control theory, followed closely by aero and chemical. Aero because of the tonnes of physics and fluids. Chemical because of the process control and pde's for mass and heat transfer and also because you have to be good at a very broad base of knowledge. Mecheng is supposed to be the jack of all trades. Civil engineers have the easiest time, I'm told.

Ah, more australian engineers. But pffft... all melbourne peeps.
 

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