Empowering Future Innovators Through Robotics & IoT

Unlock the exciting world of technology with our hands-on Robotics & IoT Bootcamp—specially designed for young innovators aged 8 to 16. From blinking LEDs to building smart home projects, students will learn by doing, exploring real electronics, coding, and automation in a fun, beginner-friendly environment.

Course Overview:-

Unlock your child’s creativity with an exciting 8-week journey into the world of Robotics and the Internet of Things (IoT). This beginner-to-intermediate bootcamp is designed for young innovators to build real-world electronics projects using Arduino, ESP boards, sensors, and more.

Students will gain hands-on experience in electronics, coding, prototyping, and IoT—while developing logical thinking, teamwork, and presentation skills in a fun, safe, and engaging environment.
 

Learning Outcomes:-

Understand basic electronics: voltage, current, resistance

Use Arduino and ESP boards for programming and prototyping

Work with breadboards, sensors, and actuators

Learn basic soldering techniques and circuit assembly

Build real-world IoT and robotics projects

Develop problem-solving and critical thinking skills

Weekly Module Breakdown:-

Week 1: Welcome to Robotics & Arduino

Introduction to robotics and IoT
Overview of Arduino Uno/Nano & ESP8266
Arduino IDE setup
First hands-on project: Push button and led circuit

Week 2: Electronics 

Basics of electricity (voltage, current, resistance)
AC vs DC 
Sensor vs Actuator 
Understanding resistors, capacitors, and diodes
Using a multimeter to test components
Logic Gates

Week 3: Breadboard Mastery

How to use a breadboard effectively
Hands-on with push buttons, buzzers, RGB LEDs
Use of transistors 
Use of relays 
Project: Electronic Piano 
Build a traffic light system with three LEDs

Week 4: Fun with Sensors

Sensors explored
LDR
DHT11
IR SENSOR
ULTRA SONIC 
PASSIVE INFRARED SESNOR 

Week 5: Motors, Motion & Control

Introduction to DC Motors, Servo Motors
Using the L298N motor driver
Project: 
Forward Reverse motor control 

Week 6: Mobile Robots

Building the Line Following Robot
Line Navigation Robot
Remote Controlled  Car

Week 7: IOT _Home Automation

Introduction to ESP8266/ESP32 and WiFi connectivity
Basics of IoT and how it powers smart devices
Sending sensor data to the cloud or mobile apps
Mini Projects:
WiFi-Based Weather Logger
Smart Home Light System

Week 8: Final Project & Demo Day

Choose and build a personal IoT or robotics project:
Smart Trash Bin
Motion-Activated Room Light
Temperature-Controlled Fan
Mini Security System
Final presentations to peers, mentors, and parents
Certificate distribution and celebration

What’s in the Kit?
Each student will receive a comprehensive robotics kit, including:

Arduino Uno/Nano, ESP8266 board
Breadboard & jumper wires
LEDs, buzzers, resistors, capacitors
Sensors: PIR, LDR, DHT11, IR, Ultrasonic, passive IR 
Motors: Servo, DC, Motor Driver (L298N)
Relay module, battery holder
Basic soldering tools and components

Why Choose This Bootcamp?

Tailored for young learners—no prior experience required
Hands-on learning: build real gadgets, not just theory
Encourages creativity, logical thinking, and teamwork
Build a tech foundation early with future-ready skills
Certificate of Completion + Take-Home Robotics Kit
Fun, engaging, and project-based learning approach

Methodology:-

The bootcamp employs a hands-on, project-based learning approach, combining theoretical instruction with practical application. Each module introduces core concepts through interactive lessons, followed by guided projects that reinforce learning. Students utilize a comprehensive kit containing essential components like Arduino boards, sensors, and motors to build real-world electronics projects. The curriculum is designed to foster creativity, problem-solving, and critical thinking, ensuring that students not only learn but also apply their knowledge in meaningful ways.