Lego WeDo is an educational robotics kit designed for young learners aged 6–8. It combines Lego bricks, sensors, and motors to build simple robots that can move and respond to inputs. Users program these robots through block-based coding using the WeDo app. The kit offers engaging projects focused on engineering, technology, and science concepts. It fosters hands-on learning with a playful approach to robotics.
Lego Spike and Essential, aimed at younger children , focuses on simpler builds and coding. Both kits use Scratch-based coding to program lights, sensors, and motors. These kits promote science, technology, and math skills through real-world challenges.
Codey Rocky is an educational robot featuring a detachable AI controller and a moving base. It introduces children to coding using block-based programming and Python. Equipped with sensors, a display, and buttons, it enables interactive learning experiences. Codey Rocky is designed to teach concepts like AI and IoT through fun projects. It offers a smooth transition from visual coding to text-based programming.
mTiny is a screen-free educational robot designed for preschoolers aged 4–7. It uses coding cards and a tap pen controller, allowing children to program without screens. The robot combines storytelling with play to introduce fundamental coding concepts like sequences. mTiny enhances hand-eye coordination and fine motor skills through interaction. It also encourages collaboration and social-emotional learning in group activities.
Lego Classic sets contain a variety of colorful bricks in different shapes and sizes, promoting open-ended creativity. Unlike other Lego kits, they do not include specific instructions, allowing users to build freely. They encourage children to experiment, create, and develop their ideas. Lego Classic sets are suitable for learners of all ages, providing a foundation in design thinking. They foster problem-solving through trial and error during building.
Basic coding techniques involve essential programming concepts such as loops, conditionals, and variables. These building blocks allow learners to create algorithms and solve problems effectively. Learners explore sequencing, debugging, and automation using visual or text-based platforms. These techniques are fundamental to programming across multiple disciplines.
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