Developing a Standard Learning Model with a Conceptual Map and Using the Network Process Analysis Method for Students

Today, the use of new methods in the development of advanced educational methods has a special place, therefore, the present research was conducted with the aim of developing a standard learning model with a conceptual map and using the network process analysis method for students.

The current research is based on a practical research goal and was conducted using the Delphi research method and the network process analysis method of multi-criteria decision-making methods. The statistical population includes experts, professors and professors specializing in chemistry education in the academic year 2020, of which 30 people were selected by targeted sampling. The tools used include in-depth and semi-structured interviews and researcher-made paired comparison questionnaires. Data were analyzed using Super Decisions software.

The mathematical layer with a weighted average of 0.652, the physical layer 0.235, and the chemical layer 0.113 had the greatest effect, respectively. In each layer of physics, mathematics and chemistry, the results were significant and approved.

According to the effect of prerequisites and concepts and their prioritization, a conceptual map of the subject of chemical atom structure can be prepared and also by using the network process analysis method, educational concepts can be ranked and used. In teaching and learning standards and reducing the amount of educational errors