How can neuroscience transform teaching and learning? Building on Professor Steve Masson’s research, this article highlights seven key principles linking brain function to powerful classroom practice, and offers practical strategies to make learning engaging, meaningful, and enduring for all students.
Should young people really spend less time on screens? According to Quebec researchers, the solution lies in educating for more balanced screen use. A study conducted among 571 adolescents shows that they are aware of the negative effects of hyperconnectivity and willing to change—provided that adults listen to them. Instead of imposing rules, it is essential to include them in the discussion and focus on self-regulation, caring and meaningful alternatives.Â
For the past two years, the Centre de services scolaire du Val-des-Cerfs, in Quebec, has led a project to integrate digital writing into elementary and secondary classrooms. Originally intended to support text revision and editing, the project quickly evolved to transform the entire writing process, and it has proven effective. Students are more motivated to write, according to project participants.
At the Centre de services scolaire des Draveurs in the Outaouais region, a series of professional learning sessions for child care educators helps integrate digital tools in thoughtful, simple, and engaging ways. Covering topics such as digital citizenship, technological skills, and hands-on activities, the goal is to transform everyday practices to better support children’s development.
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