B.S. in Applied Math to grad degree in physics

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Discussion Overview

The discussion centers on the educational pathway for a senior student with a B.S. in Applied Math seeking to transition into a graduate program in physics or applied physics. Participants explore necessary coursework, alternative learning methods, and prerequisites for successful admission and completion of a physics graduate program.

Discussion Character

  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant notes that the student is missing essential physics coursework typically required for a B.S. in physics.
  • Another participant emphasizes the need for upper-level undergraduate courses such as Classical Mechanics, Quantum Mechanics, Electromagnetism, and Thermodynamics and Statistical Mechanics.
  • There is a suggestion that online courses may not be sufficient preparation for graduate-level physics without completing the aforementioned essential courses.
  • A participant mentions the importance of advanced labs and courses on waves and optics, indicating the student may be 8-10 courses behind in their preparation.
  • One participant shares an anecdote about a friend working on prerequisites for physics graduate school, suggesting that this is a common concern among students transitioning from other fields.
  • Questions arise regarding where to take necessary courses as a non-degree seeking student, with suggestions that many universities offer slots for such students.

Areas of Agreement / Disagreement

Participants generally agree that the student lacks significant physics coursework necessary for graduate study, but there is no consensus on the best method to acquire this knowledge or the adequacy of online courses.

Contextual Notes

Participants express uncertainty about the availability of online courses and the specific requirements of different graduate programs, highlighting the variability in prerequisites across institutions.

Who May Find This Useful

Students transitioning from applied mathematics to physics, educators advising on graduate program prerequisites, and individuals exploring non-degree course options in physics.

cg2011
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I'm currently a senior at the Coast Guard Academy (graduating in May). My degree is in Applied Math (specifically Operations Research) but am looking to get a grad degree in physics or applied physics in a few years.

What courses am I missing to A. get into a physics grad program and B. have the background to successfully complete it? (courses I've taken are listed below)

Given that I'm going to be serving on a ship that will be away from land a week or two at a time, what are the best ways to take these courses? Are classes like Quantum Mechanics available online and if so would taking it that way give me an adequate background?

Because of the constraints of the grad opportunities the Coast Guard offers I would only be able to pursue a Masters to begin with (It's all paid for though!).

Math/Physics Courses Taken:

Calc I/II/Multivariable
Differential Equations
Linear Algebra
Discrete Math
Probability Theory
Mathematical Statistics (prob theory 2)
Linear Optimization
Non-Linear Optimization
Networks
Simulations
Probability Models
Physics I (Mechanics)
Physics II (E&M)
Astronomy

I'm taking a "directed study" in physics next semester which is basically a learn about whatever you want class. I'm considering using this to study for and take the Phsyics GRE. I also may take Advanced Calculus.

Thanks for any help!
 
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Essentially, you are missing the entire BS in physics coursework. You need to be prepared to take the equivalent of an undergrad BS in physics before starting your master's work.
 
Your level of mathematics is fine but as Vanadium pointed out you are missing all the essential physics courses. Typically, after Physics I and II, a physics major would need to take,

-Classical Mechanics (junior or senior level course)
-Quantum Mechanics (preferably two semesters)
-Electromagnetism (preferably two semesters)
-Thermodynamics and Statistical Mechanics

I don't know if you can take these courses online anywhere but I wouldn't recommend doing any graduate coursework in physics without taking the course above. However, I would say you are in good shape to take these upper level undergraduate classes. The only other lower level course you might want to take is an Intro to Modern Physics courses but the four I listed above are the important ones. Hope this helps.
 
There are also advanced labs, and something on waves and optics. He's maybe 8-10 courses behind, and they need to be made up somewhere.
 
A friend of mine is a biomedical engineer. She's been working on the prerequisites for physics graduate school for two years now.
 
This may be a dumb question, but where can you generally take classes like that when not pursuing a degree?
 
cg2011 said:
This may be a dumb question, but where can you generally take classes like that when not pursuing a degree?

Most universities, not service academies, have a specific number of slots allotted to non-degree seeking students. Also, for a cheaper alternative, the majority of independent study courses can be taken by non-degree seeking students (with infinite slots). Regardless of the route you take, ensure any courses taken are for college credit.
 

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