Physics and Mathematics involved in Engineering

In summary: Aerospace engineering sounds like it would be a good fit for me but I wanted to hear your opinion first. Thank you!In summary, an aerospace engineering student's primary focus is problem solving and math and physics. They may also enjoy learning theoretical aspects of the field.
  • #1
Dr_Kesha_PHD
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I decided to post a new thread for this. I saw the pinned thread about going into Engineering but my specific questions were not answered in that thread.

I am going into Aerospace Engineering this summer. I am doing it because I love Physics, like Math, and am very interested in Spacecraft, defense, aircraft, etc.

I have been told that Engineering is a lot of Physics and Math which is what I want to do. But it sometimes seems like they are just highly paid mechanics. I really hope this is not true. I don't mind doing hands-on work. I actually want to do some hands-on work but I want to mostly be dealing with problem solving using math and physics.

I am just looking for someone to weigh in on this and clear up my confusion. Just tell me what it is all about (Aerospace specifically.)

Basically, I would like some insight. Do you think I am going into Aerospace Engineering for the right reasons? Or is it not for me? I know that every individual job will be slightly different but I want to know what an average career is like.
 
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  • #2
Engineers are not highly paid mechanics. I rarely go into the lab. The vast majority of my time is spent working on the computer or thinking.

I'm guessing you are just starting your education. You don't know yet if engineering is for you or what branch you will enjoy most. Try it out, you have plenty of time.
 
  • #3
I'm only just finishing third-year electrical engineering, so take this with a grain of salt, but I find that there's a huge range in terms of how much math/physics engineering students use. Some people in my class don't like theoretical stuff, and just get through the bare minimum amount of theory so that they can work on the design problems they're interested in. Then there are people like me who like the engineering aspects, but who also enjoy learning the theory behind it, and so they go deeper into the math/physics side of things. What I think you'll find is that there's plenty of opportunity to use a lot of math and physics, but a lot of your peers will steer clear of it because that's not where their interests are.

In short, I think you should definitely give it a try. If you're interested in theory, I'm sure there are a ton of interesting and challenging math/physics problems in aerospace engineering for you to pursue. If you find yourself still wanting more theory, you might even consider a minor in Applied Math or Physics to help supplement your background knowledge.
 
  • #4
I agree, a huge range exist. There are many ME's employed as research scientist at national labs for example. I was at Ames National lab last summer where my mentor, an ME, was a fluid dynamicist. Of course this is basically AE. Fluids/Thermal Sciences and Computational Mechanics as GRADUATE specializations in ME are as "scientific" as any other graduate science program. You could make the case that the math involved in those specializations is among the most intense in the natural/applied sciences. Lots of PDE's and tensors floating around. I would certainly not consider any engineer a mechanic, LoL... don't you already have a Phd anyway?
 
  • #5
Yeah I am really am interested in the theory side of it but also the engineering side. I am also minoring in astrophysics. But as you can tell, I'm a freshman so I'm extremely new to the field.
 

FAQ: Physics and Mathematics involved in Engineering

What is the difference between physics and mathematics in engineering?

Physics is the study of natural phenomena and how they interact with matter and energy, while mathematics is the language used to describe and analyze those phenomena. In engineering, physics is used to understand and design systems and technologies, while mathematics is used to model and solve problems related to those systems.

How are physics and mathematics used in engineering?

Physics and mathematics are used in engineering to understand and predict the behavior of physical systems, design and optimize technologies, and solve complex problems. For example, physics principles such as mechanics, thermodynamics, and electromagnetism are applied in the design of structures, machines, and electrical systems, while mathematical concepts such as calculus, differential equations, and linear algebra are used to model and analyze these systems.

Why is a strong foundation in physics and mathematics important for engineering?

A strong foundation in physics and mathematics is crucial in engineering because it provides the fundamental understanding and analytical skills necessary to solve complex problems and design innovative solutions. Without a solid understanding of these subjects, it would be difficult to develop new technologies or improve existing ones.

How do engineers use physics and mathematics in the real world?

In the real world, engineers use physics and mathematics to design and develop a wide range of technologies and systems, including bridges, airplanes, cars, computers, and renewable energy sources. They also use these concepts to analyze and troubleshoot problems that may arise in these systems, and to make improvements and optimizations.

What are some common misconceptions about the role of physics and mathematics in engineering?

One common misconception is that engineering is solely based on mathematics and does not require an understanding of physics. Another misconception is that engineers only use theoretical concepts and do not apply them in practical ways. In reality, both physics and mathematics are essential in engineering and are used in a practical, problem-solving manner to design and improve technologies.

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