BS in space studies for MS. In engineering physics?

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Discussion Overview

The discussion centers around the suitability of a Bachelor of Science in Space Studies from APUS for admission into a graduate engineering program. Participants explore the curriculum's rigor and its alignment with the prerequisites typically expected for advanced studies in engineering or physics.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants express concern that the Space Studies program lacks rigorous mathematics and science courses, noting the absence of calculus and higher-level math requirements.
  • Others argue that the program appears to focus more on policy and management aspects of space rather than providing a technical foundation necessary for engineering or physics graduate studies.
  • A participant highlights specific course descriptions, indicating that courses like "Introduction to Physics with Lab" and "Introduction to Orbital Mechanics" are designed for non-scientists and may not meet the academic standards required for engineering or physics programs.
  • There is a suggestion that pursuing a traditional engineering undergraduate degree would be more beneficial for those aiming for graduate studies in engineering.
  • Some participants propose that taking additional courses in physics, chemistry, and mathematics could help fulfill prerequisites for upper-level engineering or physics courses, but they caution that this alone may not suffice for graduate school admission.

Areas of Agreement / Disagreement

Participants generally agree that the Space Studies program may not adequately prepare students for graduate engineering programs. However, there is disagreement on whether taking additional electives in math and science could sufficiently bridge the gap for admission into such programs.

Contextual Notes

Participants note that the program's focus on non-technical aspects and the lack of advanced prerequisites may limit its effectiveness for students intending to pursue engineering or physics at the graduate level.

jonq1987
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I was thinking since alone it's a bit general I could fill my electives with physics 1 and 2 , diff equations, chem, etc and a ton of math. Would that be enough to get me into a grad engineering prog? It is the BS in space studies from APUS.
 
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jonq1987 said:
I was thinking since alone it's a bit general I could fill my electives with physics 1 and 2 , diff equations, chem, etc and a ton of math. Would that be enough to get me into a grad engineering prog? It is the BS in space studies from APUS.

space studies is the program name? post some links so we can see the program.
 
nlsherrill said:
space studies is the program name? post some links so we can see the program.

sorry should have done that lol http://www.apu.apus.edu/academic/programs/degree/1264/bachelor-of-science-in-space-studies
 
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Without looking very deeply at the link, the first thing that jumps out is that there is no requirement for Calculus or any Math higher than Trig and Algebra. I don't think this is a science course the way that people on this forum would view the word 'science.'

If you want to do engineering, you should really do an engineering undergrad degree. Why wait?
 
I have a deep suspicion about ANY course with "studies" in its title.

At a quick look, that course seems more aimed at teaching people "about" space exploration, law, etc, not at teaching them enough to get technically involved in "doing" it.

If you want to do engieering at grad school, then start with an engineering degree - or at least, physics, math, or chemistry (if you want to go into Chem Eng).
 
I will mostly echo the previous two posts. This program seems to be designed for folks interested in policy and/or management. There is nothing wrong with that, but it doesn't come close to preparing you for grad school in engineering or physics or anything of the sort. It doesn't even prepare you for soph/jr level engineering / physics courses!

Some example portions of course descriptions that jumped out at me:

Introduction to physics with lab: This course offers an introduction to classical physics for nonscientists.

introduction to orbital mechanics: Designed for the non-scientist student

both of these courses are lower level than the physics taken by engineering or physics freshmen.

Also, the space weather course has no prereq. of electromagnetic theory. This is clearly not a science course. If you want to understand the physics of space weather, jr/sr level electromagnetic theory is an absolute minimum requirement. I pick on this course in particular since I studied space weather related physics in grad school.

If you want to go to grad school in engineering then you should major in engineering. There would be nothing to stop you from taking a few Space Studies courses as electives if they really sound interesting to you. Your idea of taking physics 1 and 2, chem, calculus, differential equations, etc., will simply give you the prerequisites for the soph/jr level engineering/physics classes, it will not give you the background to go to grad school.

good luck,

jason
 

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