Chris Walsh: 3D “Map Sculptures”

Grade level: Grade 1-5

Art Form: Drawing, Sculpture, Layering and Assembling, Mapping

Lesson length time: Two Hours

Lesson Objective

Have you ever looked at cities from high up above and noticed the interesting grids, shapes, colours and lines? Through examining the paintings of Chris Walsh and learning about his techniques and processes, students will imagine – through sketching – his 2D creations into 3D sculptural forms. Using donated building materials, such as tiles, wood, carpet, textiles and items from the recycling bin, students will create found-object map sculptures using layering and assembling. Note: this lesson encourages students to bring items from their recycling bin at home.

Materials

  • Pencil, eraser

  • Scissors and masking tape

  • White glue or glue stick 

  • Papers for sketching – A4 size or similar 

  • Sharpie or similar black marker

  • Assorted colour markers or pencil crayons

  • Assorted papers for collage – construction paper, magazines, newspapers, fliers (in a variety of colours)

  • Assorted lightweight recyclables – kitchen towel roll, cereal box, plastic containers, yogurt cups, plastic cutlery etc. (in a variety of sizes)

  • Pizza box or similar size cardboard as a base

  • Hot glue (if available)

Learning Outcomes

Students will:

  • learn vocabulary of art techniques and practices (sketching, assemblage, layering, sculpture)

  • explore elements of design (shape and form, space, line, colour, texture)

  • explore principles of design, particularly contrast (g. 1), repetition and rhythm (gr. 2), variety (gr. 3), emphasis (gr. 4), and proportion (gr. 5)

  • learn about a local Toronto artist and their art

  • have an opportunity to explore with various  materials and concepts

  • be encouraged to create art in a comfortable and supportive environment

  • apply critical thinking skills in their analysis of art work and creative thinking skills in the creation of their own art work

Curriculum Connections

  • Visual Arts, Science and Technology (Matter and Energy/Structures and Mechanisms)

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