Hi at all! I'm 18 and currently at the last year of high school. In september I'll go to university and, obviously, since the education system is different between countries, I'm afraid that I'm not going to acquire the required math knowledge used to make a game...

These are all the math exams which I'm going to encounter:

Discrete math, Math analysis, Probability and statistic, Operations research, Calculus, Physics (this exam does differ between courses at university in my country... this one starts from vectors to thermodynamics).

There is also an exam, which the literal translation should be "Mathematical methods in the applied sciences", where you are taught to make algorithm to solve math problems like, for example, derivatives and integrals. So I think this is important in computer graphics...

So, there is something else I'll need to know?

Thanks in advance and excuse me for my bad english!

So, there is something else I'll need to know?

IMHO, for your requirement: Linear Algebra, Vector Calculus, and of course the knowledge required to implement the game.

I second Linear Algebra and Vector Calculus. To be more specific in those subjects, you should get to know vector math really well, inner product, cross product, projecting vectors on to other vectors. A large portion of the math I use in graphics code consist of those basic operations.

Also, don't expect school to teach you everything you need to know to make games. Even if you went to a school dedicated to making gmaes, you won't learn everything you need to know. You will have to take initiative and learn things on your own. As an example, Quaternions are something used frequently in 3D graphics, but they were never even mentioned in any of the classes I took throughout high school and university. I had to learn about them on my own.

So, there is something else I'll need to know?

IMHO, for your requirement: Linear Algebra, Vector Calculus, and of course the knowledge required to implement the game.

This. You don't need to know how to handle abitrary vector spaces, but you should know matrix and vector operations by heart. Graphics programming requires tons of matrix/vector math.

Computational geometry is the missing piece in what people have listed so far. Also consider robotics courses, as they are excellent primers in handling coordinate transformations.

where you are taught to make algorithm to solve math problems like, for example, derivatives and integrals. So I think this is important in computer graphics...