English

There’s nothing particularly magical about models. Put simply, a model shows the entities in your solution and the relationships between them.

The previous chapter showed the decompositional approach to problem-solving, whereby a large, complex problem is divided into smaller, simpler sub-problems. The motivation behind it is that solving a series of simple problems is easier than trying to tackle a big complex one.

In this lesson, we will talk about the Patterns and Generalization of a problem’s solution. This is the continuation of the Problem-solving lesson. Effective problem-solving actually involves more than just finding a solution. Once we’ve found a solution, we should put effort into its improvement by finding ways to make it more powerful. Recognizing and

In is lesson we will talk about problem-solving techniques. In the previous lessons, we saw what is “Logical and algorithmic Thinking”. In this lesson, we are approaching the way that a problem can be solved!

This is the second lesson of a set of 8 lessons in the field of Algorithmic Thinking. In the previous lessons, we saw what is “Logical Thinking”. In this lesson, we are approaching the notion of  “Algorithmic Thinking”.

This is the first lesson of a set of 8 lessons in the field of Algorithmic Thinking. These lessons have been created in the frame of the Erasmus+ KA2 project called “Algorithmic Thinking for Migrants teachers’ education”. The title of this lesson is called “Logical Thinking”.