UG research in "unrelated" field

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SUMMARY

The discussion centers on the value of undergraduate research assistantships (USRAs) in fields perceived as unrelated to a student's intended graduate study. The participant is engaged in a USRA focused on mathematical/computational systems biology, which includes techniques in simulations and dynamical systems, and is concerned about its perceived value compared to research in computational astrophysics. Responses emphasize that producing a publication and obtaining strong recommendation letters can outweigh the relevance of the research field, highlighting the importance of seizing opportunities and exploring diverse interests in undergraduate studies.

PREREQUISITES
  • Understanding of mathematical/computational systems biology
  • Familiarity with simulations and dynamical systems techniques
  • Knowledge of the publication process in academic research
  • Awareness of graduate school admission criteria
NEXT STEPS
  • Research the publication process in academic settings
  • Learn about the impact of recommendation letters on graduate school applications
  • Explore opportunities in mathematical biotech and nanotech research
  • Investigate the role of interdisciplinary research in graduate admissions
USEFUL FOR

Undergraduate students considering research opportunities, prospective graduate students in mathematical sciences, and anyone interested in the intersection of applied mathematics and biological research.

mcabbage
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I'm doing a USRA (Canadian equivalent of an NSF URA etc, fairly competitive) in the applied math department of my school, where i'll be working on mathematical/computational systems biology. I'll be learning lots of techniques for simulations, dynamical systems, etc and one of their models is based off of a model used in the study of liquid crystals. I want to keep my options open in case I decide to go into mathematical biotech/nanotech research which is why this USRA was attractive to me (in addition to the fact that this summer the physics USRAs were more competitive and all the interesting potential advisors are swamped with grad students)

I'm worried that grad schools won't value my USRA as much as if I did it in say, comp astrophysics or something. What does everyone think?
 
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mcabbage said:
I'm doing a USRA (Canadian equivalent of an NSF URA etc, fairly competitive) in the applied math department of my school, where i'll be working on mathematical/computational systems biology. I'll be learning lots of techniques for simulations, dynamical systems, etc and one of their models is based off of a model used in the study of liquid crystals. I want to keep my options open in case I decide to go into mathematical biotech/nanotech research which is why this USRA was attractive to me (in addition to the fact that this summer the physics USRAs were more competitive and all the interesting potential advisors are swamped with grad students)

I'm worried that grad schools won't value my USRA as much as if I did it in say, comp astrophysics or something. What does everyone think?

If your work yields a publication and great recommendation letters, I think you'll be fine.

All factors being equal, it is better to have undergraduate research more closely related to the field of graduate study.

But all factors are seldom equal. Work in a different field yielding a publication and great recommendation trumps work in the same field yielding no publication and a luke warm recommendation.

Supply and demand is a real thing. Rock the opportunity before you and don't worry about it.
 
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I agree with Dr. Courtney. There's a lot of value in exploring your options as an undergraduate. You likely won't have as much freedom to explore the further on you go.
 

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