Preschool-aged children

General objectives:

  1. Developing mathematical competences in preschool-aged children through practical activities, play, and manipulation of Korbo blocks.
  2. Shaping skills of logical thinking and understanding numerical and spatial relationships.
  3. Introducing mathematical concepts in a concrete and engaging way using active learning methods.
  4. Supporting the development of visual-spatial perception, fine motor skills, and cooperation within a group.

Specific objectives:

The child, by participating in the program:

  1. Distinguishes, organizes, and classifies objects according to various features (color, shape, size, function) – [Scope 1].
  2. Recognizes numerals and associates them with the corresponding quantities of sets – [Scope 2].
  3. Counts elements in sets while maintaining number constancy and correct order – [Scope 3].
  4. Performs addition and subtraction using concrete objects, understanding the meaning of mathematical operations – [Scope 4].
  5. Makes simple length measurements using everyday objects and compares lengths – [Scope 5].
  6. Creates and recognizes basic geometric shapes built from construction elements – [Scope 6].
  7. Compares the sizes of objects (e.g., bigger–smaller, taller–shorter, longer–shorter) – [Scope 7].
  8. Reproduces symmetrical arrangements and creates their own symmetrical constructions – [Scope 8].
  9. Creates rhythms and sequences, recognizes repetition, and continues patterns – [Scope 9].
  10. Identifies and applies spatial relations (above, below, next to, in, behind, between) and orients themselves in space – [Scope 10].

Students in grades 1–3 of primary school

General objectives:

  1. Developing mathematical skills in early primary school children through practical activities, play, and manipulation of Korbo blocks.
  2. Shaping logical thinking skills and understanding numerical and spatial relationships.
  3. Developing previously learned mathematical concepts in a practical and engaging way using active learning methods.
  4. Supporting the development of visual-spatial perception, laterality, fine and gross motor skills, and cooperation within a group.

Specific objectives:

By participating in the program, the student:

  1. Develops an understanding of spatial and size relationships.
  2. Learns numerical values and how to compare them.
  3. Understands the concepts of hundreds, tens, and ones and is able to apply them in practical tasks.
  4. Performs addition and subtraction with carrying and borrowing.
  5. Multiplies and divides using concrete objects, applying construction blocks as learning tools.
  6. Creates and names geometric shapes.
  7. Measures and compares quantities.
  8. Encodes and decodes values using colors and shapes.
  9. Learns the notation and values of Roman numerals.
  10. Analyzes and solves word problems and logical puzzles.