Early Math  /  Spatial Thinking  /  Hands-On  /  Activity

Navigating Amazing Maps

 

Spatial Thinking
Hands-On

Children use a map to help Gracie find the shortest route to the museum.

A smiling girl holds up a printout of a maze with a pathway hand drawn from the start to finish.

Children navigate the city streets of a maze — watch out for road blocks!

 

Materials


Printouts of a city maze activity next to a pile of markers.
 
Materials PDF
  • Amazing Maps #1, #2, #3, and #4 (PDF)
  • Crayons or markers

Preparation

  1. Print out multiple copies of Amazing Map #1 (PDF), enough for each child
  2. Print out 1–2 copies of Amazing Map #2, #3, and #4. Laminate or cover each map with clear contact paper so that you can reuse them.
 

Directions


  1. Give Amazing Map #1 to each child. Tell them that they are going to help Gracie get to the museum before it closes. Say: Gracie needs your help finding the shortest route on the map so she can get there fast.
  2. Have children identify the roads and landmarks on the map as well as their starting point (Gracie) and ending point (the museum). Point to a road block and explain that this means the road is blocked and they will have to take a different route.
  3. Ask children to trace a route to the museum with their fingers first. Then they can use a marker/crayon to draw their route along the streets.
    • Have children compare their routes. Ask: Which route do you think is the shortest? Why do you think that?
  4. Invite children to continue drawing routes to the museum using the laminated Amazing Maps #2, #3, and #4 maps and washable markers. Each map has more roadblocks that make it harder to find a way to the museum.

Length of Play

10–15 min.

Group Size

Small Group (2–4 children)

In the Schedule

Learning Centers


 
Vocabulary
  • map
  • landmark
  • route
  • roadblock
  • shortest
 
Learning Goals
  • Use maps or diagrams to plan, describe, or follow paths or routes from one location to another
  • Use maps or diagrams to determine direction and distance between locations 
  • Compare the distance of paths to identify shortest routes