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Beginner
Coding, AI and Robotics For Class 4
This foundational Coding, Robotics and AI course for Class 4 students, covering microcontrollers, sensors, actuators, design thinking, and coding with Sprite Lab, culminating in a smart toll gate capstone project.
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Intermediate
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Course Description
From curious builders to young innovators—this is where the real magic begins! By Class 4, children are ready to go beyond simple models and step into the world of electronics, coding, and artificial intelligence.
The Coding, AI and Robotics course is a comprehensive program that combines hardware and software learning. Students will work with breadboards, sensors, actuators, and microcontrollers, while also learning to program using Pictoblox (a block-based coding platform for Arduino UNO).
Through engaging, hands-on projects, students will explore how electronics, mechanics, and coding come together to power real-world innovations. The course gradually builds up to a capstone project—creating a Smart Toll Gate System—where students apply everything they’ve learned.
This level not only strengthens their technical foundation but also nurtures design thinking, problem-solving, and creativity, preparing them to become the next generation of tech leaders.
What You Will Learn
🔹 Breadboards & Electronics – Connect switches, use resistors, and control LED brightness on a breadboard.
🔹 Microcontrollers – Program an Arduino UNO using Pictoblox; build projects like an LED Chaser and an LED Cube.
🔹 Actuators – Work with servo motors to build a robotic arm and program its movement.
🔹 Sensors – Explore IR sensors for security systems and soil moisture sensors for plant care.
🔹 Design & 3D Printing – Learn the design thinking process and create 3D models (room layouts, robots, Chandrayaan, etc.).
🔹 Artificial Intelligence – Understand AI concepts and applications (e.g., training a bot for flower classification).
🔹 Coding – Introduction to coding with Sprite Lab and key code blocks.
🔹 Hands-on STEM Projects – Build a pulley system, buzz wire game, and rubber band-powered car.
🔹 Capstone Project – Design and develop a Smart Toll Gate Opening System.
What You Will Get
FREE Advanced Robotics Kit with electronic components & sensors
Comprehensive Book with guided lessons and coding challenges
Access to Pictoblox Software for block-based Arduino programming
Hands-on experience combining electronics, robotics, coding & AI
Course Highlights
✅ Designed exclusively for Class 4 students
✅ Combines hardware + software for complete robotics learning
✅ Hands-on learning with Arduino UNO & Pictoblox
✅ Covers electronics, sensors, actuators, coding & AI basics
✅ Includes 3D design & printing projects for innovation
✅ Builds confidence through a capstone smart project
✅ FREE Robotics Kit + Activity Book included
👉 This is more than a course—it’s the launchpad for future engineers, coders, and AI innovators!
Learning Path
9 Modules • Click a step to explore
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Module 1
Module 2
Module 3
Module 4
Module 5
Module 6
Module 7
Module 8
Module 9
1
Module 1: More on Breadboard
1.1
Revising Breadboards
1.2
Connecting Switches on a Breadboard
1.3
Concept of Resistors
1.4
Activity-Build a circuit with Multiple LEDs and Switches on a Breadboard.
Activity-Experiment with different resistor values and their effects on LED brightness in your circuit.
Activity-Connect a buzzer with a switch on your breadboard circuit.
2
Module 2: Basics of Microcontrollers
2.1
Introduction to Arduino UNO
Programming an Arduino UNO using Pictoblox
Activity-Build a simple LED circuit pattern controlled by a microcontroller.
Activity-LED Chaser Project
Activity-LED Cube
3
Module 3: More on Actuators - Servo Motors
3.1
Introduction to Servo Motors
How Servo Motors Work
Applications of Servo Motors
Programming a Servo Motor using Pictoblox
Activity-Build a robotic arm that uses a servo motor to control movement.
Activity-Program a Servo Motor to rotate to specific angles based on input.
4
Module 4: Understanding Sensors
4.1
What are Sensors?
IR Sensor and its working
Programming IR Sensor using Pictoblox
Activity-Interfacing IR Sensor with Arduino UNO and Pictoblox
Activity-Security System using IR Sensor
Activity-Touchless Doorbell
Activity-Smart Staircase Lightning System
5
Module 5: Soil Moisture sensors
5.1
Introduction to Soil Moisture Sensors
How Soil Moisture Sensors Work
Activity-Build a circuit using a soil moisture sensor to monitor soil hydration.
Activity-Create a plant watering alarm system.
6
Module 6: Design Thinking
6.1
Design Thinking Process
3D Printing process
Activity- Create a 3D model of a room layout.
Activity-Design a 3D Model of Chandrayan.
Activity-Design a 3D model of Robot.
7
Module 7 : Fun with AI
7.1
What is Artificial Intelligence?
AI Robots Around Us
How does AI Work
Key Components of AI
Activity-Flower Classification Bot using Image Identification with AI
8
Module-8 : Hands on STEM Activities
8.1
Activity-Create a Pulley system
Activity-Build a Buzz Wire Game
Activity-Build a Rubber Band-Powered Car
Activity-Building Nets for 3D Shapes using 3D Pen
9
Module-9 : Coding with Sprite Lab
9.1
Introduction to Sprite Lab
Important Codeblocks in Sprite Lab
Activity- Course E Code.org
Instructor
Verified
Amar Deep Rao
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Biography
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Instructor
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Satendra Patel | Robotics Instructor
Hey there! Learn with me in a gamified way.
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Students
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Biography
“
I am a Robotics Teacher with experience in teaching STEM concepts through hands-on, engaging lessons designed for young learners. I specialize in simplifying complex topics into practical, easy-to-understand activities that emphasize creativity, critical thinking, and real-world problem solving. I have successfully taught 200+ students aged 10–13 across India, the US, UK, and Canada using platforms such as Arduino, Raspberry Pi Pico, and Micro:bit. Along with teaching, I also contribute to curriculum design to make learning accessible and impactful.
Passionate about making technology learning exciting and future-ready, I am committed to preparing students through interactive methods and practical projects. My student-centric and detail-oriented teaching approach ensures that every learner feels supported and inspired.
Educational Qualification – Pursuing B.Tech in Computer Science and Engineering from Lovely Professional University with a CGPA of 8.16
Experience – 1+ year in Moonpreneur, delivered live online robotics sessions
Instructor
Verified
Anjali Gupta | Robotics and AI Educator
Learn Robotics and AI With me
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Anjali is a Robotics and AI Trainer who simplifies complex concepts into engaging, hands‑on lessons for young learners. She has taught more than 200+ students across Lucknow using Arduino, Pictoblox, Tinkercad. Classes emphasize creativity, critical thinking, and real‑world problem solving. She also contributes to curriculum design to make learning accessible and impactful.
She holds B.Tech from AKTU, with a focus on Web Development. Teaching is student‑centric and detail‑oriented, supported by projects. She delivered live and interactive sessions and supported diverse learners.
Mission: to make technology learning exciting, inclusive, and future‑ready for every student.
Instructor
Verified
Anam Khan
Operations Head | Co-Founder - Naivotech Innovations
500+
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Students
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Biography
“
Anam Khan is a Technology and Business Educator who simplifies complex concepts into engaging, hands-on lessons for young learners. She has taught thousands of students across various educational boards using a range of tools and platforms.. Her classes emphasize creativity, critical thinking, and real-world problem-solving.
As a Co-Founder - NaivoTech. Her teaching is student-centric and detail-oriented, supported by her vast experience in both education and business. Her mission is to make technology learning exciting, inclusive, and future-ready for every student.
Educational Qualification - B.Com and MBA (Finance)
Experience - 8+ Year in Education-Technology (EdTech) and Operations
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What’s Included
Everything you need to know about this course
Lectures
16 ClassesDuration
16 weeksLevel
BeginnerLanguage
English / HindiWhat you need / Requirement
Internet
You need a working internet connection to watch videos, join online classes, and get help when needed.
Laptop/PC
A personal computer is essential for hands-on practice and project work.
Browser
A web browser like Chrome or Firefox is needed to open learning websites and access course content online.
Learning Path
Your Journey. Your Growth.
A structured path designed to take you from basics to mastery with clarity, confidence, and real-world impact.
01
Beginner
Start with fundamental concepts and build a strong foundation.
02
Intermediate
Expand your knowledge and start building practical projects.
03
Advanced
Dive deeper into specialized areas and master complex techniques.
04
Master
Achieve expert-level proficiency and innovate with your skills.
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1
Explore Smart Sensors
2
Code and Control
3
Build and Showcase Projects
Join 50k+ engineers leveling up today.
Light Sensors
Ultrasonic Range
Motion & Touch
Temperature Inputs
Real-World Sensor Uses
Logic & Loops
Decision-Making Robots
Motor & Gear Control
Combining Inputs & Outputs
Debugging & Testing
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Puzzle Code Studio
Touchless Doorbell
Robo Gripper Arm
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Smart Plant Watering System
Student Showcase Day
Join 50k+ engineers leveling up today.
Your Partner in Every Step of Learning
- Step-by-step lessons in electronics, mechanics, and coding
- Hands-on practice with sensors, motors, and controllers
- Real robot builds like smart vehicles & safety systems
- Fun STEM challenges to encourage problem-solving
- Interactive sessions with guided experiments
- Easy-to-follow building guides and coding help
- Doubt-clearing sessions with mentors
- Safety instructions and troubleshooting tips
- Continuous feedback to improve projects
- Strengthen logical thinking & coding basics
- Build creativity with real-life problem solving
- Learn teamwork and presentation skills
- Prepare foundation for competitions & advanced robotics
- Group activities and robotics challenges
- Work together on team projects
- Share and showcase creations with classmates
- Be part of the ViLab community of young innovators
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YOUR ROADMAP
Go from Basics to Robotics Creator in 6 Steps
A clear, step-by-step milestone path to take you from the basics to building real-world AI solutions.
01
Master the Basics
Revise circuits, motors, and controllers to build a strong foundation before diving into advanced robotics.
01
02
02
Explore Smart Sensors
Work with sensors like ultrasonic, motion, and light to make robots that can “see” and “sense” their environment.
03
Code with Logic
Use loops, conditions, and decision-making to control how robots think and react in different situations.
03
04
04
Build Functional Robots
Create exciting models such as smart vehicles, home automation systems, and safety robots.
05
Take on Innovation Challenges
Solve real-life problems through guided projects and group challenges, boosting creativity and teamwork.
05
06
06
Showcase and Celebrate
Present your projects, explain your design choices, and proudly earn your Level 04 Robotics Certificate.
Key Features
Why Kids Love Level 04 Robotics?
Fun projects, smart robots, and challenges that spark curiosity every step of the way.
01
Smart Robot Building
Gain practical skills, deep domain knowledge, and real-world experience through this structured module designed by industry experts.
02
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Hands-On Innovation
Gain practical skills by working on real projects that simulate actual engineering environments.
03
STEM Challenges
Gain practical skills, deep domain knowledge, and real-world experience through this structured module designed by industry experts.
04
International Competitions
Gain practical skills, deep domain knowledge, and real-world experience through this structured module designed by industry experts.
05
Real-Life Problem Solving
Gain practical skills, deep domain knowledge, and real-world experience through this structured module designed by industry experts.
06
Showcase & Certification
Earn a recognized certification that validates your expertise and opens new career doors.
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Got Questions?
Frequently Asked Questions
Everything you need to know about Coding, AI and Robotics For Class 4
Some courses offer free short courses or modules to sample content and build fundamentals before committing to longer programs; checking the free courses catalog is a good way to gauge fit.
Refund and deferment terms are defined by the provider’s policy and timelines (e.g., requests before cohort start or via specified channels); always review the course’s policy page and cohort dates before enrolling.
Yes. Post doubts in the Doubts section or during live classes; mentors reply asynchronously or schedule a live 1:1/Group session if a detailed discussion is required, and doubts are typically resolved within 24–48 hours.
Yes. Use the Break & Resume option to pause anytime and continue exactly where progress was left off, including lessons, quizzes, and assignments as per the policy.
Certificate programs generally issue a completion certificate upon successfully finishing all required modules and assessments; external “certifications” (industry exams) are distinct and may require separate testing with a third party body.
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