BS in Applied Physics/Math Minor to MS Aerospace Engineering

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SUMMARY

The discussion centers on a junior applied physics major with a math minor seeking guidance on preparing for a Master's in Aerospace Engineering. The student’s coursework includes Ordinary Differential Equations, Electricity and Magnetism, and Fluid Mechanics, which are essential for aerospace studies. Key advice includes reviewing the graduate school’s curriculum, reaching out to potential professors for insights, and ensuring there is availability for new graduate students. This proactive approach will help the student align their studies with the requirements of the aerospace engineering program.

PREREQUISITES
  • Understanding of Ordinary Differential Equations and their applications in dynamical systems.
  • Familiarity with Fluid Mechanics and Thermodynamics principles.
  • Basic programming skills, particularly in numerical analysis.
  • Knowledge of Electricity and Magnetism concepts relevant to aerospace applications.
NEXT STEPS
  • Research the specific curriculum requirements for MS in Aerospace Engineering at targeted universities.
  • Learn advanced topics in Fluid Mechanics and Thermodynamics relevant to aerospace applications.
  • Explore programming techniques for numerical analysis, focusing on simulations used in aerospace engineering.
  • Contact faculty members in aerospace programs to discuss research opportunities and program expectations.
USEFUL FOR

Undergraduate students in physics or engineering fields, prospective graduate students in aerospace engineering, and individuals seeking to align their academic background with graduate program requirements.

Lord_Sidious
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I am a junior applied physics major/math minor. I recently decided I want to go for a MS in aerospace or astronautical engineering after I graduate. My applied focus is covered by taking some mechanical engineering classes (my school doesn't have an aerospace degree). I was wondering what kind of material I should study on my own before I start graduate school. My last two years look like (excluding non-related classes):

Fall 2014
--------
-Ordinary Differential Equations (emphasis on dynamical systems)
-Electricity And Magnetism I
-Theoretical Mechanics
-Physics Of Condensed Matter

Spring 2015
-----------
-Partial Differential Equations
-Electricity And Magnetism II
-Thermodynamics II
-Fluid Mechanics
-Fluid lab

Fall 2015
--------
-Methods Of Numerical Analysis
-Physical Chemistry I
-Intro to Programming

Spring 2016
-----------
-Atomic and Nuclear Lab​
-Heat Transfer
-Energy Lab ( ...to be taken with Heat Transfer. Experiments include Fourier's Law, cooling of fins/rods, determination of free and forced convection heat transfer coefficients, heat exchangers, Stefan Boltzmann Law, surface emission, surface reflection.)

Does this schedule look like it will help and that I won't be completely behind?
Any info or advice will be helpful.
 
Last edited:
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Get your graduate school's calendar and find out what you need for the degree you want. Google it up. Calendars are often on line. You might also email a prof or two that you might like to work with and get their advice. Also ask if they are going to have room for a new grad student. They might already have nine and no room.
 

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