Beebots

🐝 What It Is

• A programmable floor robot shaped like a bee
  
  

• About the size of a child’s hand
  
  

• Moves forward, backward, left, or right
  
  

• Stores up to 40 steps of commands
  
  

🎯 Wisconsin ITL Standards

• ID1.a.e (Identify and Solve Problems): Students use the Bee-Bot to solve "real-world" problems on a floor mat, such as "How do we get the Bee-Bot to the flower while avoiding the pond?".
• ID1.c.e (Develop, Test, and Refine): Programming a Bee-Bot is a physical form of prototyping. Students construct a sequence of button presses, observe the result, and "revise a simple prototype based on feedback" (the robot's movement).
• ID1.d.e (Demonstrate Resilience): When the Bee-Bot doesn't reach the intended destination, students are encouraged to "attempt multiple solutions," reflect on the setback, and use the "Clear" button to start over.

• IA1.a.e (Investigate Emerging Technologies): Students explore the robot's purpose—identifying it as a tool that follows specific human commands—and describe its "possible uses" in their classroom setting.
• IA1.b.e (Customize Learning Environment): Educators can guide students to select different mats or "shells" for the Bee-Bot to match a specific learning preference or need (e.g., using a math mat vs. a story-telling mat).
• IA3.b.e (Create Artifacts): Students use the digital tool (the robot) to create a "simple artifact," which in this case is the physical path or "dance" the robot performs based on their selected information/commands.

• DC1.a.e (Responsible Interactions): Students learn to "recognize the human impact of digital interactions" by taking turns and treating the hardware with care.
• DC2.b.e (Impact of AI and Automation): While Bee-Bots are not AI, they serve as "everyday examples" of how machines can "assist people in simple ways" through automation. This builds the foundation for understanding machine learning later.

• GC1.b.e (Contribute Constructively): Students "participate in a variety of roles within a team"—such as the "button pusher," the "path planner," and the "debugger"—to build an authentic learning network.
• GC2.b.e (Investigate and Develop Solutions): Students use the robot to "work together to understand issues" (like a blocked path on a map) and "recommend solutions" through their collective coding efforts.

🎓 Educational Benefits

• Introduces coding concepts like sequencing, algorithms, and debugging
  
  

• Builds spatial awareness and directional skills
  
  

• Encourages problem-solving and planning
  
  

• Supports collaboration in group challenges