Description
Are you introducing computer science to your elementary students? This maze activity teaches algorithms and the importance of step-by-step instructions.
Students help a character complete tasks on a grid, followed by writing a program.
Students sequence the steps associated with Martin Luther King Jr. and are introduced to algorithms and coding. Great for use with Hour of Code™.
Aligned with 1A-AP-08 Model daily processes by creating and following algorithms (sets of step-by-step instructions) to complete tasks.
This resource is similar to my Free Robot Maze
Content
- Forty Martin Luther King Jr. Grids
- Ten MLK pick up Equal Rights sign and go to the White House
- Ten MLK pick up Equal Rights sign, jump dog, and go the White House
- Ten MLK pick up Nobel Peace Prize and go to Peace on Earth
- Ten MLK pick up Nobel Peace Prize jump a dove and go to Peace on Earth
- Blank grid with cut-and-paste sheet for student grid creation
- Three versions of the program sheet (teachers can introduce loops)
- Floor tiles for class discussion and debugging
- Black and white versions of all colored pages
Highlights
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Description
Are you introducing computer science to your elementary students? This maze activity teaches algorithms and the importance of step-by-step instructions.
Students help a character complete tasks on a grid, followed by writing a program.
Students sequence the steps associated with Martin Luther King Jr. and are introduced to algorithms and coding. Great for use with Hour of Code™.
Aligned with 1A-AP-08 Model daily processes by creating and following algorithms (sets of step-by-step instructions) to complete tasks.
This resource is similar to my Free Robot Maze
Content
- Forty Martin Luther King Jr. Grids
- Ten MLK pick up Equal Rights sign and go to the White House
- Ten MLK pick up Equal Rights sign, jump dog, and go the White House
- Ten MLK pick up Nobel Peace Prize and go to Peace on Earth
- Ten MLK pick up Nobel Peace Prize jump a dove and go to Peace on Earth
- Blank grid with cut-and-paste sheet for student grid creation
- Three versions of the program sheet (teachers can introduce loops)
- Floor tiles for class discussion and debugging
- Black and white versions of all colored pages






