Background
The capacity for collaborative problem solving (CPS) has been identified as a key competence that facilitates the development of scientific literacy. However, spontaneous collaboration often takes an unproductive direction. Training can help students to collaborate more productively.
Aims
The PEER model training integrates four components of collaboration: P - managing personality differences; E − developing emotional intelligence; E − facilitating the exchange of ideas through dialogue; and R - utilizing external resources. The study employed an experimental design to evaluate the effects of the training on the development of adolescents' individual scientific literacy skills.
Sample
The final sample included 241 upper secondary school students (aged 16): 121 in the experimental group (EG) and 120 in the control group (CG).
Methods
All students completed parallel forms of a scientific literacy test, administered as pre- and post-tests. The EG received training and engaged in CPS in small groups, whereas the CG only engaged in CPS. The twelve schools were pair-matched and assigned to either condition. Mediation analysis was performed to examine whether the quality of collaboration mediated the effect of the PEER training.
Results
The EG demonstrated significantly greater improvement in scientific literacy skills than the CG. The training improved socio-cognitive, socio-emotional, and group relation regulation aspects of collaboration, thereby enhancing scientific literacy skills.
Conclusions
The results demonstrate the effectiveness of the training. Students in the EG have showed greater benefits from collaboration than those in the CG.
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