Wizbot Neo Documentation

Wizbot Neo is a smart educational toy designed for young learners for ages 4-10, focusing on screen-free, button-based interaction to enhance their foundational literacy, numeracy, and computational thinking. Wizbot Neo incorporates nine command buttons, dual RGB LEDs, and a buzzer for interactive feedback. It features a pen holder for drawing activities. Navigation relies on two motor-driven wheels, a caster wheel, and two IR sensors for line detection and following. A three-way switch manages power and selects the coding interface: screen-free Button Coding (orange LED) or Picto Coding (blue light) via Bluetooth for block-based programming using Junior Blocks.

Getting Started with Wizbot Neo

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

Explore its features with ease, perfect for introducing young learners to hands-on, creative, and tech-powered learning experiences from day one. Discover how Wizbot Neo sparks curiosity and builds essential skills through interactive play.
Explore its features with ease, perfect for introducing young learners to hands-on, creative, and tech-powered learning experiences from day one. Discover how Wizbot Neo sparks curiosity and builds essential skills through interactive play.
This module introduces each component, its purpose, and its role in building literacy, numeracy, and computational thinking for children from Anganwadi to Class 5 through engaging, hands-on learning
This module introduces each component, its purpose, and its role in building literacy, numeracy, and computational thinking for children from Anganwadi to Class 5 through engaging, hands-on learning
This tutorial will provide a comprehensive guide on Picto Coding, we will delve into Junior Blocks including setting up the software, establishing Bluetooth connectivity with Wizbot Neo, and engaging in hands-on activities.
This tutorial will provide a comprehensive guide on Picto Coding, we will delve into Junior Blocks including setting up the software, establishing Bluetooth connectivity with Wizbot Neo, and engaging in hands-on activities.

Feature and Functions of Wizbot Neo

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

In this module, we will explore one of the features of Wizbot Neo: Grid Mode in Button Coding. We will learn about the definitions and functions of Grid Mode, as well as its application in various classroom activities.
In this module, we will explore one of the features of Wizbot Neo: Grid Mode in Button Coding. We will learn about the definitions and functions of Grid Mode, as well as its application in various classroom activities.
This module covers draw mode which includes drawing lines, shapes, and patterns, helping young learners enhance logical thinking, fine motor skills, and hands-on engagement through screen-free learning experiences.
This module covers draw mode which includes drawing lines, shapes, and patterns, helping young learners enhance logical thinking, fine motor skills, and hands-on engagement through screen-free learning experiences.
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.
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.

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.