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

In summary, the conversation discusses the necessary skills for an astrophysicist in research areas such as cosmic structure and evolution, galactic archaeology, and black hole phenomena. It is suggested that a combined degree in computer engineering and physics, or a double major in astrophysics and computer science, would be beneficial for these research areas. However, it is clarified that extensive skills in computer systems engineering or computer engineering are not required, but some hardware knowledge may be helpful for optimizing simulations.
  • #1
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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  • #2
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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  • #3
Not extensive knowledge. But hardware knowledge when it comes to optimizing simulations will help you if you do numerical relativity.
 

1. Does an astrophysicist need to have a background in computer engineering?

No, it is not necessary for an astrophysicist to have a background in computer engineering. While knowledge of computer engineering can be helpful in certain research areas, it is not a requirement for the field of astrophysics.

2. Can an astrophysicist learn computer engineering skills on their own?

Yes, many astrophysicists learn computer engineering skills on their own through self-study or by taking relevant courses. It is becoming increasingly important for astrophysicists to have strong computer skills as technology plays a larger role in the field.

3. What are some examples of how an astrophysicist might use computer engineering in their research?

An astrophysicist may use computer engineering to analyze large datasets, create simulations of astronomical phenomena, or develop software to aid in data collection and analysis.

4. Are there any specific computer engineering skills that are particularly useful for astrophysicists?

Skills in programming, data analysis, and computer simulations are highly valuable for astrophysicists. Familiarity with specific programming languages and software, such as Python, MATLAB, and IDL, can also be beneficial.

5. Is a PhD in computer engineering helpful for an astrophysicist?

While it is not necessary for an astrophysicist to have a PhD in computer engineering, it can be helpful for those who wish to specialize in the intersection of astrophysics and computer science. However, a PhD in astrophysics with a strong foundation in computer engineering skills can also be just as valuable.

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