Physics Graduate School Admission: GPA vs. NRC Rankings at Duke University

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Discussion Overview

The discussion centers around the challenges of gaining admission to PhD programs in physics, specifically focusing on the implications of GPA and university rankings, particularly at Duke University. Participants explore the competitiveness of various profiles and the potential strategies for improving admission chances.

Discussion Character

  • Debate/contested
  • Exploratory
  • Technical explanation

Main Points Raised

  • One participant notes that Duke's average admitted GPA is 3.7, raising concerns about the competitiveness of a 3.2 GPA with research experience and GRE scores.
  • Another participant suggests that a 3.2 GPA may limit the selection of graduate schools, indicating that it could be challenging to gain admission to top programs.
  • Some participants argue that the average GPA varies significantly between institutions, challenging the assumption that a 2.9 average is representative across all schools.
  • A suggestion is made to consider pursuing a Master's degree at a school that does not offer a PhD to improve GPA and strengthen future applications.
  • There is a proposal to apply to smaller, less well-known schools for a PhD, acknowledging that while they may be less competitive, there are still challenges such as passing qualifier exams.

Areas of Agreement / Disagreement

Participants express differing views on the implications of GPA and the competitiveness of various programs. There is no consensus on the best approach to improve admission chances, as some advocate for pursuing a Master's degree while others suggest applying to less competitive schools.

Contextual Notes

Participants highlight the variability in GPA averages across different institutions, which may affect the perceived competitiveness of applicants. The discussion also reflects uncertainty regarding the effectiveness of different strategies for improving admission prospects.

eaglejohnbc
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I'm wondering how difficult it is to gain admission to PhD programs in physics. On Duke's website, they show that the average GPA of admitted students was 3.7 last year. Keeping that in mind, I looked at the NRC rankings in physics, and Duke is ranked like 42.

At my school, the average GPA of a physics major is like 2.9. Mine is above that, but not by too much. I'd expect this to be similar at other schools.

Let's say I have 2 years of research and one publication with a 3.2 GPA along with 780+ GRE. Is that competitive a top schools? Judging by Duke's stats, I'm not confident that I can get into any top school. What does everyone think?

The page from Duke is here: Duke*University*Graduate*School*Admissions*and*Enr ollment*Statistics*(PhD*Only)
 
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So I'm doomed.
 
You'll have a rather slim selection of grad schools with a 3.2 GPA.
 
eaglejohnbc said:
So I'm doomed.

You might want to look at these threads on the physics gre forum. They have applicant profiles and admissions results that should be worthwhile for you.

http://www.physicsgre.com/viewtopic.php?f=3&t=1847"

http://www.physicsgre.com/viewtopic.php?f=3&t=975"

Admissions to physics grad school is competitive, but you should be able to have your choice of some decent programs if you apply to a diverse spectrum of schools in terms of rankings/competitiveness.

The grad school shopper site is a great resource in creating such a list.
 
Last edited by a moderator:
eaglejohnbc said:
At my school, the average GPA of a physics major is like 2.9. Mine is above that, but not by too much. I'd expect this to be similar at other schools.
That assumption is wrong average GPA vary from school to school and varies by as much as 0.6 gpa points
 
eaglejohnbc said:
So I'm doomed.

Here's what you may want to consider doing.

Unless you have a GPA for your physics courses that is considerably higher than your cumulative GPA, then I'd say that Duke is out. What you should do is to consider getting your Masters Degree first, say at schools that offer only a Masters and not a Ph.D degree in physics. Use that program to bolster your GPA and get your M.Sc.

If you are successful in doing that, then your chances of doing a Ph.D at another school might improve. You may still not be able to get into some of the more high-powered schools, but your M.Sc degree, with a better GPA, will show the admission officer that you have improved and could be a potential candidate.

The other option is to consider applying to smaller, not well-known schools that offer a physics Ph.D. I'm not saying that these aren't good schools, but because they are not well-known, their pool of applicants may not be as competitive. You still have to pass their qualifier exams, but that's another matter, and that's something you should think about. They may accept you, but you may get stuck with nothing after 2 years if you can't pass the qualifier.

Zz.
 

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