10 Days. 5 Smart Gadgets.
1 Machine That Can See.
A hands-on camp where children wire, code and build real electronic gadgets with Arduino and micro:bit, then give their final machine AI vision. No screens-only lessons. Your child learns how smart machines actually work by building them.
How every machine they build works
The simple idea children master over 10 days
Four Skills, Learned by Building
Every concept is learned with real components in hand, not just explained on a screen. No prior coding or electronics experience needed.
How Electronics Work
Children learn what a microcontroller does and how power, inputs and outputs connect. They wire LEDs, buzzers and motors safely, step by step.
Teaching Machines to Sense
They connect light, distance, motion and soil-moisture sensors, and see how the physical world turns into numbers a machine can use.
Logic, Coding & Debugging
They write simple rules ("if it's dark, turn on the lamp") and learn to fix things when they don't work by checking wiring, code and readings.
How AI Fits Into Real Machines
Once the basics are solid, they connect an AI vision camera that recognises objects, and use that result to move a motor or trigger an alert.
From First Wire to First AI Machine
Three stages, each building on the last. Children don't jump straight into AI. They earn it.
Discover the Building Blocks
Meet the Microcontroller
What Arduino and micro:bit do. Power, input and output. First LED and buzzer circuit.
Teach the Machine to Sense
Connect sensors for light, distance and motion, and read their live values.
From Input to Decision
Use conditions and thresholds so the system responds on its own.
Build 5 Smart Gadgets
One complete build every daySmart Night Lamp
A lamp that switches on by itself when it gets dark.
Distance Alert
Beeps and flashes faster as an object gets closer.
Room Alarm
Detects movement and raises an alert.
Plant Care System
Checks if soil is dry and waters the plant or signals for help.
Smart Parking Gate
Spots a car and lifts a barrier automatically.
Add AI & Showcase
How AI Adds a New Sense
How an AI camera differs from a normal sensor, and how it recognises objects and turns that into a usable signal.
AI Vision Smart Sorter + Parent Showcase
Connect the AI camera to their hardware so recognising an object moves a servo, lights an LED or sounds a buzzer. Then present it live to parents.
Not Another Holiday Activity Class
Here's what your child gets that a typical camp or online coding class doesn't offer.
They Understand AI, Not Just Use It
Many children use AI apps without knowing what happens underneath. We build the hardware foundation first, so when AI arrives on Day 9 they understand what it adds and how it controls a real machine.
They Don't Just Learn — They Build
Six working builds in ten days. Children hold the sensors, wire the motors and see their code move something real.
They Learn to Fix, Not Copy
When a circuit doesn't work, mentors guide them to check the wiring, code and readings instead of handing over the answer. That builds real problem-solving confidence.
Small Groups, Real Attention
One mentor for every six children, so help arrives quickly when a wire is loose or a line of code needs adjusting.
Tools Matched to Their Age
Younger children start on the friendly micro:bit; older children work on Arduino with real breadboard circuits. Same journey, right challenge level.
They Present What They Built
On Day 10, each child demonstrates their machine and explains what it senses, how it decides and what it does. Mentors ask "why" questions to check real understanding.
Two Age Tracks, One Journey
Both tracks run on the same 10 days and build the same projects. Only the tools change, matched to your child's age.
AI Explorers
Ages 8–10- Built-in lights, sound and sensors give instant feedback
- Drag-and-drop coding: no typing or syntax to struggle with
- Clip-on connections to sensors and motors, easy for small hands
AI Builders
Ages 11–15- Real electronics: breadboards, jumper wires, resistors
- Move from block coding towards real C++ code
- Connect the AI camera's output to drive gates and sorting motors
Questions Parents Ask
Does my child need prior coding or robotics experience?
No. The camp is designed for beginners. Day 1 starts with a simple LED circuit, and each day builds gently on the last.
Is working with electronics safe for children?
Yes. Everything runs on low-voltage power from USB or small batteries. There is no soldering, no hot-glue guns and no contact with household mains electricity, and mentors supervise every bench.
How is this different from an online coding class?
Online classes keep children on a screen. Here they work with physical components: wiring sensors, debugging circuits and building machines that light up, beep and move.
What is the mentor-to-student ratio?
One mentor for every six students, so every child gets timely, personal help.
My children are different ages. Can they both join?
Yes. Both tracks run on the same 10 days with the same projects. Each child works with tools suited to their age.
Can parents see what their child has built?
Yes. Day 10 ends with a live showcase where each child demonstrates their AI machine and explains how it works.
Give Your Child a Builder's Head Start This Dasara
Seats are limited so we can keep one mentor for every six children. Call or WhatsApp us to reserve your child's bench or to ask any question.
- 10 days of hands-on building, ages 8–16
- 5 automation builds + 1 AI vision machine
- Beginner-friendly, no experience needed
- Live showcase for parents on Day 10
Camp Details
Mon-Fri + 1 Sat (10 Sessions)
₹826 per session (Full payment only)