Undergraduate physics to graduate Applied mathematics

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Discussion Overview

The discussion revolves around the transition from an undergraduate background in physics and pure mathematics to pursuing a master's degree in applied mathematics. Participants explore concerns about course prerequisites, the relevance of their current degrees, programming skills, and the motivations behind shifting focus from physics to mathematics.

Discussion Character

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

Main Points Raised

  • One participant expresses concern about lacking applied mathematics courses and seeks advice on essential courses to take before graduate school.
  • Another participant reassures that a background in physics and pure mathematics is adequate for applying to graduate programs in applied mathematics.
  • There is a suggestion that taking additional statistics and computer science courses could be beneficial for the participant's preparation.
  • Concerns about programming skills are raised, with recommendations to take computer science courses and engage in online programming exercises to improve proficiency.
  • Some participants discuss the difficulty of mathematics in pure math compared to physics, with differing opinions on preparedness for graduate studies.
  • Motivations for shifting from physics to mathematics are shared, with one participant noting a realization of their strengths and weaknesses in the respective fields.

Areas of Agreement / Disagreement

Participants generally agree that a background in physics and pure mathematics is sufficient for applying to graduate programs in applied mathematics. However, there are differing views on the necessity of additional courses and the implications of not having an applied mathematics undergraduate degree.

Contextual Notes

Some participants mention the importance of prerequisites for applied mathematics courses, but there is no consensus on specific courses that should be taken. The discussion also reflects varying levels of confidence regarding programming skills and the perceived difficulty of mathematics in different contexts.

Who May Find This Useful

Students considering a transition from physics or pure mathematics to applied mathematics, as well as those interested in understanding the prerequisites and skills needed for graduate studies in applied mathematics.

theblackfish
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I am an undergrad in physics and math (pure). I want to do msc in Applied mathematics . There are few things that worry me :

1. Topology, complex analysis, differential equations, calculus, Probability, 3 Analysis and 3 Algebra - these are roughly my courses. I didn’t take any “applied” kind of courses. So can what are some courses I should definitely take before going to grad school ?

2. Does not having an Applied math undergraduate degree put me in disadvantage when I apply for msc in applied math ?

3. My friend says I have really good physics background and I should apply for physics msc programmes and then later shift to applied things slowly ? What’s your take on that ? (I really don’t feel like studying physics anymore )

4. My programming skills are also weak. What should I learn in programming before I go to grad school ?

Thank you in advance (if you answer)
 
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Just curious, what drives your shift from physics to maths?
 
tade said:
Just curious, what drives your shift from physics to maths?

I joined my undergrad to do Math but then liked physics a lot. Now I realized I am not that good at physics, so I want to shift now.
 
theblackfish said:
I joined my undergrad to do Math but then liked physics a lot. Now I realized I am not that good at physics, so I want to shift now.
Lol, the math in math is harder than the math in physics.
 
tade said:
Lol, the math in math is harder than the math in physics.
I think I'll be fine. I took more pure math courses than physics courses.
 
theblackfish said:
I think I'll be fine. I took more pure math courses than physics courses.
hmm, then that might make you well prepared for physics?

tade said:
Lol, the math in math is harder than the math in physics.
 
I know this post is late, but I have the following comments.

theblackfish said:
I am an undergrad in physics and math (pure). I want to do msc in Applied mathematics . There are few things that worry me :

1. Topology, complex analysis, differential equations, calculus, Probability, 3 Analysis and 3 Algebra - these are roughly my courses. I didn’t take any “applied” kind of courses. So can what are some courses I should definitely take before going to grad school ?

Most applied math courses in graduate school require all of the above courses you mention as prerequisites, so I feel that you are well prepared to take any future applied math courses. The only courses I might suggest if possible is to add a couple of statistics courses, and maybe more computer science courses (see my response further below on that one).

2. Does not having an Applied math undergraduate degree put me in disadvantage when I apply for msc in applied math ?

Not at all.

Graduate programs in applied math typically require someone with a degree in a quantitative field. A bachelor's degree in math and physics is more than adequate in that regard, and countless people have been admitted to applied math programs with the kind of background you have.

3. My friend says I have really good physics background and I should apply for physics msc programmes and then later shift to applied things slowly ? What’s your take on that ? (I really don’t feel like studying physics anymore )

I think that is really up to you, but if you don't feel like pursuing further studies in physics, I don't see the need to go further. If you want to pursue further studies in applied math, you should pursue further studies in applied math. It's that simple.

4. My programming skills are also weak. What should I learn in programming before I go to grad school ?

That's an area of concern. If your programming skills are weak, you definitely need to firm this up. I would suggest taking as many computer science courses as possible before graduation, starting from introductory courses and then beyond. Study algorithms and data structures, and any courses on numerical analysis (as these are very important for most fields in applied math).

If you can't take them all by the time you are finishing your degree, I would suggest going through online programming courses through Coursera or EdX to firm up your programming. I would also suggest working on practice programming exercises and post these on Github.
 
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You should learn or take as many classes in numerical methods, statistics, and computer programming as you can. Don't worry about having a disadvantage in grad school as long as you have the prerequisites. Your degree might take a little longer so you can learn the prerequisites, but do not be in a hurry. Nobody will care if you took another year to get a masters. Classes in graduate math are often full of people who have had that course before and are reviewing for preliminary tests, so be aware that comparing yourself to them may be a discouraging mistake.
 
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