Engineering Does an astrophysicist (PhD or post-doc) need computer engineering?

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SUMMARY

An astrophysicist focusing on cosmic structure, galactic archaeology, or black hole phenomena does not require an extensive background in computer engineering. While knowledge of computer systems can enhance skills in optimizing simulations, particularly in numerical relativity, a full undergraduate degree in computer engineering is unnecessary. A combined degree in computer engineering and physics or a double major in astrophysics and computer science may provide additional benefits, but is not essential for success in these research areas.

PREREQUISITES
  • Basic understanding of astrophysics concepts such as cosmic structure and black hole phenomena
  • Familiarity with numerical relativity and simulation optimization techniques
  • Knowledge of computer systems and their applications in scientific research
  • Experience with programming languages commonly used in astrophysics research
NEXT STEPS
  • Explore numerical relativity techniques and their applications in astrophysics
  • Research simulation optimization methods for astrophysical models
  • Learn programming languages relevant to astrophysics, such as Python or C++ for scientific computing
  • Investigate combined degree programs in astrophysics and computer science
USEFUL FOR

Astrophysicists, physics students considering interdisciplinary studies, and researchers interested in the computational aspects of astrophysics will benefit from this discussion.

ScienceGuy42
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Does an astrophysicist in research areas such as cosmic structure and evolution, galactic archaeology, and/or black hole phenomena require extensive skills (i.e. undergraduate degree) in computer systems engineering/computer engineering?

The idea is to do a combined degree with computer engineering and physics, or double major in astrophysics and computer science. Which would be better for the research areas stated above (i.e. not experimental, but not purely theoretical either)?
 
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ScienceGuy42 said:
require extensive skills (i.e. undergraduate degree) in computer systems engineering/computer engineering

Not really. You'll need to use computers, but not build computers.
 
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Not extensive knowledge. But hardware knowledge when it comes to optimizing simulations will help you if you do numerical relativity.
 
For some background, I'm currently a 3rd year physics major with an astro specialization studying in Canada, and as undergraduates are want to do I'm regularly evaluating my career prospects down the road. I also plan on pursuing grad school when I've completed my degree. It might just be my anxiety acting up a little, but with a lot of the government funding drying up for public science research broadly in the US, the 'industry' everyone keeps talking about when questions like this are...

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