The idea of utilising robots to teach kids is one of the most innovative technology ideas. From preschoolers all the way up to graduate classes, educational robots are fascinating topics that can help students.
Modern engineering, computer power, and the ability to be controlled not just by applications but also by voice commands and hand gestures are all features of educational robots. You can use them to help you teach STEM ideas that are important in today’s classrooms.
It is perfect for teaching technology and engineering skills through the activity of programming a robot or even constructing one from a kit. It can aid kids in naturally picking up on and acclimating to the beneficial notion of computational thinking.
The following robots make fictional worlds come to life, giving you and your students a fascinating and enjoyable learning tool.
1. Edison Robot
The Edison Robot can be introduced by teachers to students in a variety of grade levels. Similar to the Root, it can be used in early and elementary schooling thanks to its simple characteristics. It begins simply by teaching pupils how to programme barcodes without using a screen. It also includes a linked device for more complex multilingual programming.
Since Edison has a LEGO layer on its top and bottom, which enables students to construct distinctive structures or connect many bots together, there is the potential to involve engineering. The Edison robot is offered both alone and in class packs in various sizes.
A fairly contemporary approach to the idea of robotics is provided by Cubelets. These robots are built by assembling various blocks or modules, each of which is an independent robot. Robots of various varieties can be built using a variety of combinations.
A Cubelets kit may include six to twenty different types of blocks. Each block performs a task that falls under the categories of Sense, Think or Action. Logic circuits called “think blocks” convey instructions to the rest of the robot. Sensors in sense blocks can react to touch, visual, or auditory stimuli. The robot is able to react and move thanks to action blocks.
3. Ozobot Bit
Another robot that lets your students play while acquiring coding and reasoning abilities is the Ozobot Bit. Ozobot can be designed to perform more difficult tasks like playing games or dancing in addition to moving around the classroom. This robot may be trained to perform up to 500 distinct movements to replicate personalised dances or musically timed activities.
Ozobot can be designed to carry out various activities in response to various colours by creating colour-coded patterns known as OzoCodes. It can track the layout of the drawn lines thanks to a sensor on its underside.
Your pupils can learn some basic coding skills that introduce Ozobot to new tasks by using the provided software. Kids may learn basic programming and deductive reasoning through this engaging method of instruction.
It is a robot that was created at Harvard University with the intention of assisting kids in learning how to code. It has more than 50 sensors and actuator motors and is intended for children in a range of academic levels. It is possible to follow patterns as they are created on a vertical surface using magnets. Your pupils may programme Root to run on a track, avoid specific colours, navigate mazes, and follow lines.
Root establishes real-time communication via Wi-Fi with a mobile phone to operate the robot. This little robot’s objective is to get kids interested in computer programming by allowing them to see tangible results right away. Your children’s ability to learn will increase due to early exposure to coding.
Root has an easy-to-use interface that you and your pupils will rapidly become used to. Square, a coding tool, uses a multi-level strategy for pupils of various skill levels. Even young children who are illiterate can create programmes in this strictly graphical environment.
Dash Robot entertains children with a range of fun gestures and expressions. They can try to block coding on any device that is linked using Dash. This has a wide range of compatible devices and a variety of mobile applications for programming.
In the end, these robots might be children’s introduction to coding on a screen in general and to Blockly in particular. Dash bundles come with entry to the Class Connect platform and come in a variety of sizes in our store. Teachers can offer STEM assignments and monitor their student’s progress using this tool. More significantly, it allows pupils to control a virtual Dash Robot remotely.
With the help of the robot kit mBot, your pupils can learn about various facets of robotics, including electronics, assembly, and programming. Children will find it extremely easy to control this instructional robot. Your pupils can assemble robotics parts on their own in as little as 10 minutes, thanks to a modular strategy.
The innovative programme mBlock uses a straightforward drag-and-drop feature that enables students to put together patterns to develop programmes without forcing them to learn how to code. Kids will find it simple to become used to using mBot and mBlock if they are already accustomed to Arduino, an open-source electronics project platform.
Children who are younger can easily understand robotics thanks to these straightforward methods. The mBot website offers instructional manuals and online courses created by educators to support your instructional efforts.