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Enhancing and Extending Mathematical Thinking and Learning Through Inquiry
The aim of the project was to help enhance mathematical thinking in our students through inquiry, meaningful instruction and purposeful play. We wanted to help develop their growth mindset to help set a foundation for future mathematical development.
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Geotricity 3.0 (A Continuation of TLC-16-149)
Geotricity 3.0 provides transdisciplinary learning through STEM and geography connecting students with their community in real-life application of problem-based learning. Students and teachers increased collaboration and learning through GAFE.
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Using Co-operative Learning and Vertical Non-Permanent Surfaces to Enhance 21st Century Learning in Junior Classrooms
Using both Peter Liljedahl’s thinking classroom framework and the Johnson’s co-operative learning structure, we hoped to merge both to create a positive, inclusive learning environment where ALL learners gained relevant new skills.
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STREAM: Adding Rigour to STEAM
Level(s): Kindergarten, Grade 6, Grade 7, Grade 8Resource(s) Available:Adding rigor to STEAM to make STREAM. STEAM has become increasingly popular over the past few years with a lot of emphasis on creating design tasks that are current, innovative and relevant. Our investigation seeks to add rigour to maximize learning.
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Using Thinking Tools to Promote Deep Mathematical Understanding
Using thinking tools and meaningful rich tasks to support students’ conceptual understanding of big ideas, as well as improve student engagement and learning.
