Programs and Courses about the Missile Defense

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Discussion Overview

The discussion centers around the pursuit of educational programs and courses related to missile defense, particularly focusing on the mathematical applications involved in calculating missile trajectories and countermeasures. Participants explore the intersection of physics, engineering, and mathematics in this context, while also addressing the challenges of finding relevant academic resources.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant expresses interest in missile defense and seeks guidance on relevant programs, noting a lack of courses specifically addressing this area.
  • Another participant suggests that missile defense topics may not be taught in traditional courses due to the classified nature of the subject, recommending a focus on orbital mechanics within aerospace engineering instead.
  • It is mentioned that a solid foundation in physics is crucial for understanding missile defense, with several semesters of physics and advanced mathematics being essential prerequisites.
  • A participant emphasizes that missile defense is a broad application across various technical fields, suggesting that a physics degree would be particularly beneficial for those interested in trajectory calculations.
  • One participant clarifies that the focus should be on sub-orbits rather than orbits, recommending fields such as Aerospace Engineering and Electrical Engineering, with specific courses in controls and estimation being highlighted as relevant.

Areas of Agreement / Disagreement

Participants generally agree on the importance of a strong foundation in physics and mathematics for understanding missile defense, but there is no consensus on the availability of formal educational programs specifically focused on missile defense.

Contextual Notes

Participants note the potential limitations in finding courses directly related to missile defense due to the classified nature of the subject and the broad applicability of the topic across various engineering and physics disciplines.

bacte2013
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Hello!

I am interested in learning about the art of missile defense; I am particularly interested in the mathematical applications to calculate the missiles' orbits and how to countermeasure them once they are fired from the modes. I am confused where can I start searching for relevant programs in MD. I started search with physics and engineering, but I do not see a lot of programs or courses related to MD, let alone college research. Could you give me some hints?

I am currently an undergraduate majoring in mathematics and microbiology. Unfortunately, I have not taken any course in physics.
 
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Missile defense is not likely to be taught in any course on any campus as much of it involves classified information/technology/code. The closest you will likely get is orbital mechanics in aerospace engineering.

Missile defense has a long and sordid political history in the US. As far as experts are concerned, The American Physical Society takes a rather dim view of missile defense https://www.aps.org/policy/statements/00_2.cfm I would focus my interests in more productive areas.
 
You're not going to get very far without physics, which is essential to understand the challenges and mechanics.

Several semesters of physics, math through diff eq and numerical analysis, and several aero engineering courses are essential pre-requisites.

It is a fascinating topic with lots of challenges, but even if a course existed suitable for your current knowledge base, all you could do was debate policy and technologies qualitatively without really understanding the details - more of a Poly Sci approach than a physics or engineering course.
 
[thread re-opened]

"Missile defense" isn't a college course or major, it is a broad application if many technical fields. Any generic mechanical, electrical or computer engineer can get a job in some part of some company or project, but for the particular focus you mentioned (trajectories), a physics degree would be most useful.
 
Missile defense background for calculating "orbits"? What you probably need is sub-orbits not orbits.

Best fields are Aerospace Engineering, (concentrated in controls, or estimation) or electrical engineering (concentrated in controls or estimation)
Physics (especially Classical Mechanics)

Both these fields also rely on computers. MATLAB seems to be very useful.

Look for classes with names like "Linear Control Theory; Optimal Control Theory; Feedback Controls; Advanced Mechanics (physics); Signal Processing; Probability and Statistics (from engineering not mathematics programs); Kalman filtering; Optimal Estimation;
 

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