Maths requirements for aerospace engineering

AI Thread Summary
A first-year architecture student in the UK is considering switching to aerospace engineering and seeks advice on the necessary math skills. The discussion highlights that most engineering students typically have only completed differential and integral calculus by their first year, suggesting that with some summer preparation, the transition should be manageable. Key math courses in aerospace engineering include calculus (up to three levels), differential equations, and possibly linear algebra and statistics. Participants emphasize the importance of consistent study habits to succeed in the program. Overall, the consensus is that with adequate preparation, the student can successfully adapt to the new discipline.
lntz
Messages
53
Reaction score
0
Hello,

right now I am a first year architecture student in the UK, but I'm really not enjoying my course as much as i'd thought I would. I think I surprised my family when I chose this path, as they all assumed I would do something either in science or engineering.

Anyway, I am considering changing disciplines and am willing to go back to first year etc to make this happen.

I am looking into the fields of aerospace engineering - my current university offers the course so I would not have to worry about changing housing arrangements that have already been made, but I am interested in hearing about what the maths content is likely to be.

I did maths, physics and chemistry at A-level so I think I am capable of applying myself to the subject, but most of my maths is a bit rusty since geometry and statics are what I use on a day to day basis on my course.

So, do you think it would be a shock to my system to change disciplines, or would refreshing my memory over summer be enough to get me on an even footing with everyone else? I have help available at home from my stepdad, so I wouldn't have to learn things by myself.

Anyway, sorry for the long and rather vague question, but I'm really just looking to enquier about the level my maths should be at before I begin such a course.

Thanks in advance for any replies,

Lntz.
 
Physics news on Phys.org
Your footing with others shouldn't be that much different after one year. Most university students in engineering have only taken differential and integral calculus by that point, so it isn't like you are that far behind. As long as you are comfortable with taking calculus, then I don't see any reason why you wouldn't be able to do it.

In general, you will end up taking at least differential and integral calculus, calculus of several variables, and ordinary differential equations by the time you are done. Pretty much all programs that I know of go beyond that, but which math they emphasize depends on the program. Usually it is some mix of linear algebra, statistics and probability, and partial differential equations.
 
Hey,

Assuming you took your A levels immediately before University, I think you would be okay in terms of course difficulty/workload as long as you study and refresh your knowledge on A level maths, mainly calculus during the summer beforehand - as it's easy to fall behind :)

I'd recommend studying hard though (whilst on the course), the harder you work the easier and more enjoyable it will be. I know 5 students who failed after their first year on eng because they didn't apply themselves and therefore didn't enjoy any of it.

In the context of changing career direction, it's only a year - and it was architecture, not that far afield from engineering.

Best of luck to you and I hope you enjoy engineering!
 
at the college I am planning on transferring to requires algebra, trig, calc1, calc2, calc3, and differential equations at a minimum. and I think you need 6 hours of math electives. something like linear algebra or college geometry might be what I pick
 
In addition to statics you'll also make great use of dynamics and you may have a required course in electronics and materials science by your second year.

However, if you will be reverting back to first year, you will need at least Pre-Calc and trig.

By the time you graduate you should expect to have the following mathematical courses at minimum:
Calculus 1-3
Differential Equations
A catch-all class encompassing Fourier series probability and statistics.

I never took the latter as I opted to get a math minor and took a few extra classes for fun :)
 
Due to the constant never ending supply of "cool stuff" happening in Aerospace these days I'm creating this thread to consolidate posts every time something new comes along. Please feel free to add random information if its relevant. So to start things off here is the SpaceX Dragon launch coming up shortly, I'll be following up afterwards to see how it all goes. :smile: https://blogs.nasa.gov/spacex/
Venus does not have a magnetosphere, so the Galactic Cosmic Rays (GCRs) environment shall be much worse than in a LEO environment. Looking to the std radiation models for Venus, the standard radiation-hard space level electronic component with tested immunity LET = 85 MeV-cm2/mg seems not enough, so, for example, a 1cm2 Si die will suffer considerable flux above this level during a long mission (10 years for example). So, the question is, usually we are not paying attention to latch-up...
Thread 'SpaceX Starship development: 7th flight January 10'
Watch the progress live This is a fully stacked Starship (top) and Super Heavy (bottom). A couple of too-small-to-see cars near the bottom for scale, I also added a Saturn V and the Statue of Liberty for comparison. 120 meters tall, about 5000 tonnes when fully fueled. Twice the mass and over twice the thrust of Saturn V. The largest rocket ever built by mass, thrust, height, and payload capacity. N1 had the largest diameter.[/size] But its size is not the revolutionary part. It is designed...
Back
Top