Improving e-learning communities through optimal composition of multidisciplinary learning groups

The current study proposes an intelligent approach to compose optimal learning groups in which the members have different domain backgrounds. The approach is based on a well-known evolutionary algorithm – Particle Swarm Optimization. The authors claim that quantifying various indicators, such as background diversity and similarity between the type of interest of the participants, within a group and between groups can positively impact on building learning groups.The algorithm is integrated in an ontology-based e-learning system, designed to create self-built educating communities, in which a trainees goes through the education process, gains points through achievements and ultimately becomes a trainer. When creating a new account, the newly created trainee is asked to self asses himself by filling out a form. The resulting profile is used to assign the user to the most suitable learning group. We propose to assign him by the following rule: maximizing the diversity within a group (due to the fact that multidisciplinary teams are more challenging) and minimizing the diversity between groups (all the groups should have similar composition), meaning a group will have members with similar interests.The study is presented in the context of group building strategies in adults’ education.

► We propose a method to compose optimal learning multidisciplinary groups.
► We customize Particle Swarm Optimization algorithm to compose learning groups.
► We consider several indicators to be influential when building learning groups.
► The algorithm is integrated within an ontology-based e-learning system.
► The described system is used to create self-built e-learning communities.