Amount of math covered in a typical undergraduate engineering program?

In summary, undergraduate engineering programs typically cover a wide range of math courses, including calculus (including ODE's, PDE's, Fourier and Laplace Transforms), numerical methods, basic statistics, and linear algebra. In some programs, students also learn about discrete math and programming languages such as Matlab and Mathematica. The specific math courses required may vary depending on the type of engineering and the school. For example, biomedical engineering programs may also include courses on single variable calculus, multivariable calculus, and ODEs. However, overall, engineering math courses tend to be more applied and focused on practical applications rather than theoretical proofs.
  • #1
Superman1271
21
0
Hi, I've just completed my first year in biomedical engineering, and I was wandering what is the amount of math covered in a typical undergraduate engineering program?
 
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  • #2
All of calculus (including ODE's, PDE's, Fourier and Laplace Transforms); also, it usually includes Numerical Methods and basic Statistics. In EE they usually do Discrete Math as well.
 
  • #3
As an EE I took math classes on Calculus (I-III), ODE, Prob/Stat, and a bit of numerical methods (taught by engineer).

In actual engineering classes I've learned bits and pieces of transforms (laplace, fourier, Z), linear algebra, vector analysis. Hard to remember what stuff i learned where since I'm also a math major.
 
  • #4
Depends on what engineering and what school.

At my UG school BMEs and ChemEs take just Calc 1-4 (quarter system), Linear Algebra and ODEs. 6 math classes total, 2 years of continuous math. Not that math intensive. My school actually has an ABET accredited BME program which is pretty rare.

All engineers also take a programming class that teaches you how to use Matlab and Mathematica.
 
  • #5
Math for Engineers is more applied and almost no proofs.
 
  • #6
In computer engineering I did the standard single/multivariable calculus sequence, linear algebra, linear analysis, statistics and probability, numerical analysis and discrete mathematics. All of those were applied/computational except for discrete mathematics which also served as an introduction to proofs and algebra.
 
  • #7
For biomedical engineering, you will most likely take the following:

Single variable calc, multivariable calc, ODE, statistics

Can't think of any others. The CS/EE guys generally take linear algebra as well.
 

1. How much math is covered in a typical undergraduate engineering program?

The amount of math covered in a typical undergraduate engineering program varies depending on the specific program and university. However, most programs require students to complete at least 4-5 math courses, with topics including calculus, linear algebra, differential equations, and probability and statistics.

2. Do engineering students need to have a strong math background?

Yes, engineering is a highly math-intensive field, so students should have a strong foundation in math before entering an undergraduate engineering program. This includes a solid understanding of algebra, trigonometry, and geometry.

3. Are there any math prerequisites for an undergraduate engineering program?

Yes, most undergraduate engineering programs require students to have taken high school courses in algebra, geometry, trigonometry, and pre-calculus. Some programs may also require a course in calculus.

4. Will I use the math I learn in my engineering classes in my future career?

Yes, math is a fundamental tool in engineering and is used in a variety of applications, including problem-solving, analysis, and design. Engineers use math to understand and predict the behavior of systems, develop models and simulations, and make informed decisions.

5. Is there a lot of math involved in specific engineering disciplines?

The amount of math required in specific engineering disciplines may vary. For example, civil and mechanical engineering tend to involve more applied mathematics, while electrical and computer engineering may involve more theoretical math. However, all engineering disciplines require a strong foundation in math and its application to problem-solving and analysis.

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