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Assessment for, as and of Learning: Use of Formative Assessment Tools and Strategies to Improve Student Learning
We explored formative assessment practices, focusing on learning goals and student self-assessment. Using “Advancing Formative Assessment in Every Classroom” as a guide, we applied the components of formative assessment to improve student learning.
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Connecting Mathematics in the Real World
A team of four teachers engaged in a year-long inquiry into student understanding of the link between mathematical concepts and real-world applications. Activities were created to promote the observation of mathematics through a student lense.
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Enhancing Student Mathematical Understanding and Problem-Solving Capabilities Through the Use of Algorithms and Coding Software
Area(s) of Focus: math, technologyDivision(s): Intermediate, JuniorLevel(s): Grade 6, Grade 7, Grade 8Resource(s) Available:This project was aimed at introducing computer programming to middle school students. It contains a series of lessons, with various entry points from teaching students binary, algorithms, languages, coding and how to use these tools to create.
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Infusing Indigenous Perspectives and Indigenous Ways of Knowing into Mathematics
Our teaching learning co-op group deepened our understanding and knowledge of indigenous ways of knowing mathematics and perspectives by listening to the stories of two community members.
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A Developmentally Sound and Pedagogically Appropriate Approach to Teaching Through (and about) Problem-Solving from Kindergarten to Grade 4
Area(s) of Focus: mathDivision(s): PrimaryLevel(s): Kindergarten, Grade 1, Grade 2, Grade 3, Grade 4Resource(s) Available:Cross-referencing the various “Guides to Effective Instruction in Mathematics,” “The Kindergarten Program,” and the “Ontario Mathematics Curriculum, K-8,” this project shows the “Big Ideas,” the K-4 continuum of expectations, and suggests resources.
