5 ways Beebots can teach students Follow FizzicsEd Articles: Comments 0 Whilst cute, Beebots are powerful teaching tools Got to love a Beebot! They’re such a well-designed robotics teaching tool for young students that not only serve as an entry mechanism for more complex robotics but used correctly can be a versatile tool for teachers wanting to creatively teach classroom content. You may initially feel limited by the set length of movements and 90 degree turns that the robot makes, but students aged 7 and below don’t seem to mind and if anything the simple programming structure can allow students to have quickly mastered the movements, which means you can concentrate more on using the Beebot as a vehicle to extend other learning areas. We’ve been running Beebot school incursions for quite a few years now and have found a number of fun ways that can extend the use of Beebots. 1. Maze challenges for Beebots Setting a challenge for students is an easy way to get students motivated in any classroom! The basic grid pattern of forwards / backwards / left / right means that you can set a variety of mazes up using pens, insulation tape or simply coloured paper sheets on the floor. You can quickly adapt a maze so that it is longer quite easily or even use chairs within your room to create a tunnel 2. Beebot Dancing Yep, you read that correctly! Not only do kids enjoy making the Beebots dance in a similar way to synchronised swimming, it also teaches teamwork and allows students to express their own creativity. Makes for a great end of task activity! 3. Build cities, roads & terrain Young students really get a kick out of creating their own built environment so why not let them loose on Lego, building blocks, road maps and more. You could have the students create an environment that the Beebot has to navigate or create a challenge such as make the Beebot move from the hive to a flower and back again. Create a fun environment for students to explore 4. Spell names You can use Beebots to cover literacy too. Cut out some letters and stick them on the floor in a 15 cm grid pattern. Students can then spell out their name or other objects. They could identify each letter spinning on the spot at each letter required (you might need more than one Beebot to finish off long names). Even with a spelling challenge, kids can’t help but want to build on it too 5. Mapping If you get a clear sheet of plastic and rule out a grid you can place all sorts of maps under the grid for students to use. Try having the kids travel between cities, between suburbs or even a map of your school grounds. If you label the grid you can get students to call out where to go eg. “move to B3 and then move to C6”. Despite the limited range of movements, Beebots have you can really use the grid pattern that they make to great effect. What you’re really doing with the students is teaching them problem-solving, planning and sequential thinking in a spatial environment. Plus the added bonus is that students can begin to learn that robots only can work within the parameters you give them, certainly something they realise quickly when the Beebot moves a different way to what was expected! With the massive push for coding in schools, it’s worth considering looking into the Beebot platform to begin the student’s journey. Whilst we mainly run school incursion visits for Beebots for Kindergarten to Year 2, we also get requests to visit preschools to run this workshop with children aged 3 to 5 years old which actually works out very well. In the end, it’s the context and usability that kids respond to, especially if you get creative with some challenges. Happy teaching, Ben Newsome. NEW Primary science teaching book! “Be Amazing! How to teach science, the way primary kids love” Want more ideas for teaching science? Subscribe to the FizzicsEd Podcast!