Mathematics education covers the works of mathematics in the mathematics
learning and teaching process. All activities in this process are based on the
acquisition of cognitive skills. The acquisition of mathematical attitudes and skills
by students is only achieved through the structuring of mathematical concepts in
their minds [1]. It is presumed that knowledge will double once every ten days [2].
Then, in a world where knowledge is doubled once every ten days, what type of
mathematics should be taught? How should students be educated in this process?
What types of roles await teachers in the process of educating students? Maybe all
these questions are the most crucial questions that need to be answered for
mathematics. Subjects to be learnt in the traditional setting cannot be
individualized and the attention of the student cannot be drawn to the lesson. It
should be accepted that more concrete and less abstract concepts can be learnt
easier. Whereas, mathematical concepts are abstract concepts that require high
level cognitive activeness