As a parent, noone has to tell you how important STEM subjects are for your children's early development. That's because studies show an early education in STEM subjects help children develop the kinds of skills necessary to succeed in the jobs that are leading the future.  Research also indicates early childhood is the critical window for development — not only for cognition, but also for behavioral traits such as sociability, motivation, and esteem. From birth to age 6, children's constructive, creative, and motor abilities progress at an astounding rate. Exposure to high-quality learning experiences is particularly essential because they compound as children grow, giving them a competitive edge later in life. If want to nurture your child's love of STEM subjects while also teaching them the basics of coding, you need to know about Learn With Mochi Robotics Kit: Basic 1 Book Adventure Pack. It's the fun, interactive way to teach kids coding without the use of computers or tablets.

Learn With Mochi Robotics Kit: Basic 1 Book Adventure Pack?

Learn With Mochi

Learn With Mochi Robotics Kit: Basic 1 Book Adventure Pack is the Award-Winning Coding Rover for small children age 3 to 9. With it, kids easily and comprehensively come to understand the basics of computer programming with a playful, hands-on approach as they explore STEM subjects through fun storybooks. That's because Mochi is designed to harnesses children's innate love for stories to introduce abstract programming concepts in a fun, low-barrier way. This way children never feel overwhelmed by the subject matter and are simply excited to play with their toys. And since Mochi doesn't include any screens, your children can engage in healthy and safe play experiences without additional screentime. This way their eyes are protected while engaging their imagination, creativity, and love for STEM subjects.

How Does It Teach Kids Coding?

Learn With Mochi
Learn With Mochi Robotics Kit: Basic 1 Book Adventure Pack teaches the basics of queues, sequences, algorithmic thinking, action/causality, pattern recognition, loops, functions, decomposition, and debugging all without needing a screen. In fact, their learning sequence centers around the computational thinking pillars of programming, logic, and problem-solving. The hardest part about teaching kids coding is breaking down abstract concepts into tangible ideas. By using physical items, Mochi is able to show difficult and abstract ideas through simple steps you can touch and manipulate. Through thousands of hours of research, the team at Learn With Mochi has found that physical, hands-on learning is the best way for kids 3-6 to understand these kinds of abstract ideas.

What's Included?

Learn With Mochi

The magic of the Learn With Mochi Robotics Kit: Basic 1 Book Adventure Pack all starts with Mochi, the plush bear that will help make these concepts a tangible reality for your child. Additionally, in this kit, you'll receive the Planets book and corresponding Story Map to take Mochi on one of his many adventures. Also included are the parts that make up the Lego-compatible Mochi Rover. Your children will not only be able to concept these rovers but build and then move them around using one of the most important parts of this program, Mochi's Screenless Computer. It takes commands, executes functions, and gives audio feedback. This is all made possible with Mochi's Coding Blocks that specify what steps Mochi should execute and in what order, as well as an SD card that provides unique songs, music, and even reads the Mochi books.

Everything your child needs to start their STEM education with the basics of screenless computer programming is included in this kit. So what are you waiting for? Buy it now to ensure that your child's future is as bright as the pages in the Learn With Mochi storytelling books.

Futurism fans: To create this content, a non-editorial team worked with an affiliate partner. We may collect a small commission on items purchased through this page. This post does not necessarily reflect the views or the endorsement of the editorial staff.

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