What type of math do you need for electrical engineering?
calculus
Electronics engineering careers usually include courses in calculus (single and multivariable), complex analysis, differential equations (both ordinary and partial), linear algebra and probability. Fourier analysis and Z-transforms are also subjects which are usually included in electrical engineering programs.
Can I do computer science if I dont like math?
You should pursue computer science if you enjoy computer science, just as you should pursue math if you enjoy math. There is a simple test for programming talent. If you enjoy sitting in front of a computer and typing code all day, you pass. It’s like the writer’s test.
Do you need to be good at math to become a computer engineer?
You don’t need to be a math wizard but you do need to be good at math if you want to become a computer engineer. There are actually two main reasons for this. First, bachelor’s degree programs in computer engineering or computer science, which are the two most common educational preparations for a career as a computer engineer, are math-intensive.
Can I do engineering if I don’t like math?
So, if you do not like math because you are not good at it, you will have great difficulty pursuing a degree in engineering. If you can do the math, but just don’t like it, you may find a professor that helps you grow a passion for it and that would make life much much easier.
Should I take calculus to become an engineer?
Don’t let the fact that you don’t see the redeeming social value of calculus get in the way of becoming an engineer! Yes, in engineering school the math sequence can be intense. Some of the classes will kick your butt. Suck it up! Every one of us have taken classes in which we “toughed it out.”
Why are so many engineers afraid of math?
What they don’t realize is that it took a fair amount of engineering ingenuity to accomplish these tasks. More than the fear of crashing or blowing off a finger, they are afraid of the “math” that it takes to become an engineer. Granted, a small percentage of graduate engineers will work in a R&D setting that will require high level math.