Wizbot Neo Documentation

Wizbot Neo is a smart educational toy robot designed for young learners aged 4-10, focusing on screen-free, button-based interaction to enhance their foundational literacy, numeracy, and computational thinking. It incorporates nine command buttons, two RGB LEDs for light feedback, a buzzer for sound feedbacks and alerts, and a pen holder for attaching sketch pens for draw activities. For navigation, it features a caster wheel for smooth turns and two motors with wheels for precise movement, complemented by two IR (Infrared) sensors for line following and line detection. Power is managed via a three-way switch, enabling transitions between the two coding interfaces: Button Coding (indicated by an orange LED) and Picto Coding (indicated by a blue light) via Bluetooth connectivity for block-based programming via Junior Blocks software on various devices. The unit is powered by either AAA batteries or a built-in rechargeable battery, with a low battery indicator.

Getting Started with Wizbot Neo

Learn how to code Wizbot Neo using screen-free button-based coding and Junior Blocks

Learn how to get started with Wizbot Neo, the smart, screen-free educational robot designed for playful learning. This guide helps you unbox, assemble, and explore its features with ease. Perfect for bringing young learners into hands-on, creative, tech-powered discovery from day one. See how Wizbot Neo inspires curiosity and builds essential skills through interactive play.
Learn how to get started with Wizbot Neo, the smart, screen-free educational robot designed for playful learning. This guide helps you unbox, assemble, and explore its features with ease. Perfect for bringing young learners into hands-on, creative, tech-powered discovery from day one. See how Wizbot Neo inspires curiosity and builds essential skills through interactive play.
Guide to unboxing and exploring this screen-free, play-based learning program. This module introduces each component, its purpose, and relevance in developing literacy, numeracy, and computational thinking skills for children from Anganwadi to Class 5, ensuring an engaging, hands-on, and inclusive learning experience.
Guide to unboxing and exploring this screen-free, play-based learning program. This module introduces each component, its purpose, and relevance in developing literacy, numeracy, and computational thinking skills for children from Anganwadi to Class 5, ensuring an engaging, hands-on, and inclusive learning experience.
Guide to advancing your journey with Picto Coding using Junior Blocks. This module provides a clear, step-by-step tutorial on setting up the software, connecting Wizbot Neo via Bluetooth, and completing hands-on coding activities-helping develop computational thinking, problem-solving skills, and creativity through interactive, screen-free learning.
Guide to advancing your journey with Picto Coding using Junior Blocks. This module provides a clear, step-by-step tutorial on setting up the software, connecting Wizbot Neo via Bluetooth, and completing hands-on coding activities-helping develop computational thinking, problem-solving skills, and creativity through interactive, screen-free learning.

Feature and Functions of Wizbot Neo

Learn how to use Wizbot Neo in different modes and fun application

Guide to exploring the in Wizbot Neo’s Button Coding. This module explains the definitions, functions, and practical applications of Grid Mode, showing how it can be used in diverse classroom activities to enhance learning. Gain step-by-step insights to make coding interactive, hands-on, and engaging for young learners.
Guide to exploring the in Wizbot Neo’s Button Coding. This module explains the definitions, functions, and practical applications of Grid Mode, showing how it can be used in diverse classroom activities to enhance learning. Gain step-by-step insights to make coding interactive, hands-on, and engaging for young learners.
Guide to using in Wizbot Neo Draw Mode, a fun way for children to develop creativity and spatial awareness. This module covers coding-based activities like drawing lines, shapes, and patterns, helping young learners enhance logical thinking, fine motor skills, and hands-on engagement through interactive, screen-free learning experiences.
Guide to using in Wizbot Neo Draw Mode, a fun way for children to develop creativity and spatial awareness. This module covers coding-based activities like drawing lines, shapes, and patterns, helping young learners enhance logical thinking, fine motor skills, and hands-on engagement through interactive, screen-free learning experiences.
Guide to learning Wizbot Neo’s advanced coding commands to create intricate shapes and complex movements. This module introduces fun and exciting ways to combine button commands, encouraging creativity, problem-solving, and hands-on learning while making coding interactive, engaging, and enjoyable for young learners.
Guide to learning Wizbot Neo’s advanced coding commands to create intricate shapes and complex movements. This module introduces fun and exciting ways to combine button commands, encouraging creativity, problem-solving, and hands-on learning while making coding interactive, engaging, and enjoyable for young learners.

Junior Blocks Extensions for Wizbot Neo

Refer to the documentation of PictoBlox Extension to understand how to use the blocks and functions for the Wizbot Neo

Controls basic Wizbot Neo movement, LED and plays sounds.
Controls basic Wizbot Neo movement, LED and plays sounds.
Controls the Wizbot Neo movement like servo controls and draw mode
Controls the Wizbot Neo movement like servo controls and draw mode
Controls the Wizbot Neo sensors, Line following and calibration.
Controls the Wizbot Neo sensors, Line following and calibration.

Wizbot Neo Classroom Packs

Wizbot Neo’s curriculum for the FLN and CT programs are aligned with the vision of NIPUN Bharat and UNICEF’s early childhood education goals. They are designed with class-wise progressive learning in a gamified way to foster decision-making and problem-solving skills in kids.

Anganwadi

The program for kids in Anganwadi (preschool) covers vocabulary development, shape recognition, sequence building, and more.

Kindergarten

The Kindergarten program for students teaches vocabulary development, sequence building, phonemic awareness and more.

Classes 1 and 2

The program for students in Classes 1 and 2 covers vocabulary building, measurements and directions, algorithm building, and more.

Classes 3 to 5

The program for students in Classes 3 to 5 includes critical thinking, logical reasoning, data handling, and heuristics.

Troubleshooting Wizbot Neo

Learn to troubleshoot the problems in Wizbot Neo with ease.

Guide to maintaining your Wizbot Neo for optimal performance. This module provides step-by-step instructions on calibration using buttons and Junior Blocks, troubleshooting common issues, and handling tasks like attaching the claw, inserting the pen, switching modes, and reconnecting components—helping users ensure smooth, precise, and uninterrupted hands-on learning experiences.
Guide to maintaining your Wizbot Neo for optimal performance. This module provides step-by-step instructions on calibration using buttons and Junior Blocks, troubleshooting common issues, and handling tasks like attaching the claw, inserting the pen, switching modes, and reconnecting components—helping users ensure smooth, precise, and uninterrupted hands-on learning experiences.