Getting into a good grad school

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Discussion Overview

The discussion revolves around the requirements and qualifications necessary for undergraduate students aiming to gain admission into prestigious graduate programs in physics or engineering, specifically at institutions like MIT. Participants explore various factors such as GPA, GRE scores, extracurricular activities, research experience, internships, and the reputation of the undergraduate institution.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant suggests that recommendations are the most important factor, emphasizing the value of having well-known figures in the field write strong letters of recommendation.
  • Another participant notes that grades and class rank, particularly in advanced courses, are significant, especially in the major field of study.
  • Experience through internships, research, and publications is highlighted as beneficial, with the understanding that publishing as an undergraduate can be challenging but demonstrates initiative.
  • GRE scores are mentioned as a factor, though not as heavily weighted as recommendations and grades.
  • A later contribution mentions that having an NSF fellowship can greatly enhance a candidate's profile, although it is implied that those who qualify for such fellowships are likely already strong candidates for graduate school.

Areas of Agreement / Disagreement

Participants express varying opinions on the relative importance of different factors, indicating that there is no consensus on a definitive ranking or formula for admission success.

Contextual Notes

The discussion does not address specific numerical thresholds for GPA or GRE scores, nor does it clarify the weight given to extracurricular activities compared to academic performance. The influence of different fields on these factors is also not fully explored.

Who May Find This Useful

Undergraduate students considering graduate school in physics or engineering, academic advisors, and individuals interested in the graduate admissions process may find this discussion relevant.

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I was wondering what you have to do as an undergrad to get into a school like MIT to study physics or engineering as a graduate. How are things like GPA, GRE score, extracurricular activities, research,\ internships, and your undergrad university weighted? What might a typical accepted student's background look like? Thanks.
 
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Well it depends on the field, but this is what I have heard, in order of importance:

1) Recommendations - who they are, and what they say. This is why it helps to go to a good school as an undergrad, if you can get someone well known in the field to write you a good recommendation letter, its a huge bonus

2) Grades/Class rank, particularly in major, particulary in the 300 -400 level classes

3) Internships/Research/Publications - its pretty hard to get published as an undergrad, but any experience you can get is a definite plus. It shows you have initiative and drive

4) GRE scores

Admitted students at the top universites generally graduate in the top 10% of their class in terms of GPA, have some research experience as undergrads, and will have very good recommendations
 
Ok, thanks a lot socrates. Just curious, does anyone else have any advice about this?
 
Having an NSF fellowship helps tremendously. Of course - those who are good enough to get NSF's are also likely to get into grad school on their own merit.
 

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