Free CoderBunnyz Coding Curriculum
| Introduction - Coding Concept/Lesson - Read this First |
| Lesson 1: Learning Sequence |
| Lesson 2: Learning Branch, Jump ( ), goto ( ) |
| Lesson 3: Making decisions, Conditional – if ( ) then else ( ) |
| Lesson 4: Fixing Errors, Bug and Debugging |
| Lesson 5: Looping with repeat, bounded loops |
| Lesson 6: Understanding Functions |
| Bonus lessons (only worksheets, no Algorithm) |
| Lesson A: Introducing operations, greater, less than. Boolean - TRUE, FALSE |
| Lesson B: Introducing Variable, string and numeric |
| Lesson C: Nested repeat - Loopy Loop |
| Weekly Trackers and Completion Certificate |
| Student Tracking Sheet |
| Certificate of Completion |
Solution and hints for Worksheets
CoderBunnyz had done workshops at schools, libraries, corporations, communities and tech events.
CoderBunnyz program could be easily adapted at coding schools, home schools, workshops or school programs.
* Kids (all ages 4-104!) can learn at home
* STEM Labs or classroom instruction
* Technology camps
* Gifted Programs
* Tutoring
* Montessori
* After school program
* Workshops Maker space / Hacker space events
* Clubs such as Girl Scouts, Boy Scouts and more
Helper Bunny (Program facilitator, teacher or a lead student) could help with few simple steps. With 5 games it could cover a class of 20. Here is a breakdown on how the lab would look like -
* Setup the game - 5 minutes
* Explain the rules and setup maze - 10 min
* Play the game - 10-20 mins
* Write the algorithm - 10 mins
* The next lab sessions could use different maze or levels.
I am amazed at a lot of interest in my Lab program. Contact [email protected] for more details about questions on curriculum and program details
