Undergrad prep for research in rockey propulsion?

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SUMMARY

The discussion centers on the optimal educational path for a career in rocket propulsion research, weighing the merits of aerospace engineering versus physics. The participant plans to study physics and mathematics at the University of Toronto but is considering aerospace engineering due to its relevance to rocket propulsion, which primarily involves chemical physics, chemical engineering, and mechanical engineering. The conversation highlights that while current research in rocket propulsion includes plasma physics, the future is leaning towards ion propulsion technologies, as indicated by insights from MIT and Caltech.

PREREQUISITES
  • Aerospace engineering principles
  • Fundamentals of chemical physics
  • Understanding of plasma physics
  • Basics of ion propulsion technology
NEXT STEPS
  • Research the curriculum of aerospace engineering programs
  • Explore advanced topics in chemical engineering related to propulsion
  • Study ion propulsion systems and their applications in space exploration
  • Investigate the role of plasma physics in modern propulsion technologies
USEFUL FOR

Aerospace engineering students, physics majors, and anyone interested in pursuing a career in rocket propulsion research or related fields.

iratern
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I think that R&D in rocket propulsion is something that I would like to do. I am just wondering what would be the best prep for it? Aerospace engineering or physics?

I am going to study physics and maths at the University of Toronto because it interests me and I believe that it can open a huge future for me, but I am curious about aerospace engineering. So if anyone who has experience can help me I would greatly appreciate it.

(I also realize that current research in rocket propulsion is heavy in plasma physics so I believe that I may be in right direction.)
 
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Aerospace engineering would probably provide better preparation for rocket propulsion, which is mostly chemical physics, chemical engineering and mechanical engineering. On the other hand, one can still study physics.

I'm not sure that 'current research in rocket propulsion is heavy in plasma physics', since flames are generally not plasmas in the sense that atoms are dissociated into nuclei and electrons, but are generally at best weakly ionized gases.

There is some research such as ion propulsion and perhaps some plasma propulsion.
 
Well, I my main reasoning is that chemical propulsion is reaching its limits and that the future rests in ion propulsion (for space). That's the impression I received from MIT's and Caltech's sites. But thanks for your opinion.
 

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