Try to think of the math as weird notation for code. For me, it really helped to be able to think of mathematical ideas in terms of code–as abstractions I coul

Try to think of the math as weird notation for code. For me, it really helped to be able to think of mathematical ideas in terms of code–as abstractions I could define and use in programs. I got this view by learning and using Haskell, and I do think Haskell is better-suited for this than other languages, but it's applicable to anything: think about how you would phrase the relevant math in your code, using whatever abstraction facilities you're comfortable with. I actually took this class a few years back. There is certainly some math, but it's all math that's transferable to code in a reasonably natural way. (In fact, that's roughly what the small projects/homework assignments entail!) Doing the assignments while paying attention to the abstractions you use in your code is going to be a great way to get over the math hurdle.