PhD Graduation Rates for Physics & Astronomy

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In summary, the Ph.D. graduation rates for physics or astronomy might vary depending on the school, but on average, it's around 50%.
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kuahji
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Are there sources that show the Ph.D graduation rates for physics or astronomy? Someone told me the drop out rate was around 50% on average.
 
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  • #2
It's hard to find actual numbers on this, probably because most schools don't want to advertise it. Top schools will have lower dropout rates; not because the classes are easier (they aren't) but because they got the top students who are very dedicated. Lower ranked programs have higher dropout rates - students who decide they don't want to do the work, can't do the work, are happy with a masters, fail the qualifying exam, don't get along with their adviser, get scooped and the department won't accept the work, don't ever quite manage to do the research or write it all up, get sick, family trouble, etc.

My graduate class entered with 11 students all intending to do the PhD. Two left without masters, two earned masters and left, two switched departments, 1 got the PhD, another 2 of us might earn it this year, and two more are languishing; who knows if they'll finish or not. 3/11 isn't a great graduation rate, but the class a year ahead of us had 0/10 finish a PhD for one reason or another. The PhD program is fairly small and thus not high-ranked (also due to the large dropout/fail rate, but I like to think at least part of that is because while the standards for getting in might not be all that high, staying in is harder) but it is a top public university overall.
 
  • #3
It's also hard to define "dropout rate". If a student changes departments and earns a PhD there, did he drop out? What if he transfers schools? To a lower ranked one? If he transferred because his advisor moved?

If he does all of these things, how many times do you count it?
 
  • #4
kuahji said:
Are there are sources that show the Ph.D graduation rates for physics or astronomy? Someone told me the drop out rate was around 50% on average.

I think it's very school dependent, which means averages don't matter. At my alma matter, the Ph.D. dropout rate in astronomy was no more than about 10%, and this was because they wouldn't admit you if they had the slightest doubt that you'd finish the program. Also, in the same school, different departments are often totally, totally different worlds.

I think if you look at the AIP data, you can probably figure out the numbers. They have number admitted and graduation numbers and you might be able to figure out something from that.
 
  • #5


Yes, there are sources that show the Ph.D graduation rates for physics and astronomy. According to the National Science Foundation's Survey of Earned Doctorates, the overall graduation rate for physics and astronomy Ph.Ds in the United States was 68% in 2019. This means that 68% of students who entered a physics or astronomy Ph.D program successfully completed their degree within 10 years.

However, it is important to note that graduation rates can vary depending on the specific institution and program. The American Institute of Physics also collects data on physics Ph.D graduation rates and reports that the average time to degree for physics Ph.Ds is around 6.5 years, with a median time of 6 years. This suggests that the drop out rate may not be as high as 50%, but rather reflects the time it takes for students to complete their degree.

Furthermore, the reasons for dropping out of a Ph.D program can vary and may not necessarily be due to academic reasons. Some students may leave to pursue other career opportunities or personal reasons. It is important to consider these factors when interpreting graduation rates for Ph.D programs.
 

Related to PhD Graduation Rates for Physics & Astronomy

1. What is the average PhD graduation rate for Physics & Astronomy?

The average PhD graduation rate for Physics & Astronomy is around 60-70%. However, this number can vary depending on the specific program and institution.

2. What factors can affect the PhD graduation rate for Physics & Astronomy?

Some factors that can affect the PhD graduation rate for Physics & Astronomy include the competitiveness of the program, availability of funding and resources, and the quality of mentorship and support provided to students.

3. How does the PhD graduation rate for Physics & Astronomy compare to other fields?

The PhD graduation rate for Physics & Astronomy is generally lower compared to other fields, such as business or education. This is due to the rigorous and demanding nature of the subject, as well as the long time commitment required for research and coursework.

4. What can be done to improve the PhD graduation rate for Physics & Astronomy?

Some ways to improve the PhD graduation rate for Physics & Astronomy include providing more support and resources for students, creating a more inclusive and diverse environment, and implementing mentorship programs to guide students through their research and coursework.

5. How important is the PhD graduation rate for Physics & Astronomy?

The PhD graduation rate for Physics & Astronomy is an important measure of the success and effectiveness of a program. It reflects the ability of the program to train and prepare students for successful careers in the field, as well as the support and resources provided to students during their studies.

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