In our school division we have PAAL schools. The teachers in these schools will choose a goal and work with coaches and superintendents towards the achievement of their goal throughout the school year. When contemplating an area I would like to grow in, my passion (math) and my desired area of growth (FNIM incorporation into teaching) melded. Therefore, my focus this year is ways to incorporate FNIM (First Nation, Inuit, Metis) content into mathematics. The purpose of this blog is to share ideas, thoughts, lessons and methods I've tried in my classroom.

Monday, March 24, 2014

FNMI Structures & 3-D Objects

We've been delving into the world of 2-D shapes and 3-D objects in math as of late.  While it's fun and educational to use our shapes to create various patterns (many lessons based on FNMI culture can derive from patterns), there are also ways to incorporate FNMI content into 3-D objects.

As students have learned the names of objects, they've also begun studying the objects in their world and how they relate or imitate these objects.  For example: a tent is a rectangular prism, dice are cubes, boxes can be cubes and rectangular prisms, a birthday hat is a cone.

Using our knowledge of 3-D objects, students studied various pictures of FNMI structures (which tied in nicely to our science unit on structures) and found 3-D objects within these.

The pictures students looked at were:

 Image courtesy: http://www.fortmcphersontent.com/products/tipis/canvas-tipis/

Image courtesy: http://www.scrapbookoftruth.com/2014/02/10/random-thoughts-igloo/

Image courtesy: http://commons.wikimedia.org/wiki/File:Inukshuk,_Whistler.jpg

The images were all placed in a SmartBoard file (to allow us to write on the images).

At first, students studied the images and discussed with a partner what 3-D objects they found within each structure.  Then as a class, students shared their findings.

Here is what they discovered about FNMI structures and 3-D objects.
What I really loved about this lesson is that students started to really look at different structures and the 3-D objects related in their own worlds.  They then were automatically making comparisons to the FNMI structures.  Many students further questioned other FNMI structures which would lead nicely into an inquiry study.

No comments:

Post a Comment