STEM Summer Camps
Ekya School ITPL
We run summer camps where kids build robots, code, and work with electronics through hands-on projects, not lectures.
Pricing Guide
Junior STEM Camp: Mechanics & Circuits (Grades 1-3)
Camp Structure
- Duration: 5 to 7 days, 2 hours per session (approx. 10-14 hours total).
- Methodology: 100% hands-on hardware assembly. No screens or coding involved.
- Focus: Understanding positive/negative terminals, circuit loops, and mechanical movement.
Take-Home Tinker Kit
- Core Electronics: Mini Breadboard, LEDs (Red, Green, Yellow), Resistors, Piezo Buzzer, and Push Buttons.
- Power & Motion: 9V Battery with snap connector, DC Toy Motor, and Propeller Fan.
- Tools: Assorted Jumper Wires for connections.
Projects Built
- Traffic Light Simulation: Logic wiring using switches and LEDs.
- Automation: Basic Clap-Switch circuit.
- Mechanical: Motorized Windmill/Fan assembly.
Deliverables
- Printed workbook for circuit tracing.
- Young Innovator Certificate upon completion.
Robotics & Coding Camp: The Autonomous Car (Grades 4-8)
Camp Structure
- Duration: 10 to 12 sessions, 2 hours per day (approx. 20-24 hours total).
- Curriculum: Interaction between hardware (sensors) and software (logic). Moves from block-based coding to Arduino C++ syntax.
Robo-Car Kit (Take-Home)
- Controller: Arduino Uno R3 compatible board + USB Cable.
- Chassis: Acrylic base plate, 2x Rubber Wheels, 1x Castor Wheel.
- Motors: 2x DC Gear Motors (Yellow BO), 1x SG90 Servo Motor.
- Sensors: Ultrasonic Sensor (HC-SR04) for distance measurement.
Key Projects
- Obstacle Avoiding Robot: An autonomous car that navigates rooms without hitting walls.
- Smart Parking: Proximity detection using sensors and buzzers.
- Robotic Arm Control: Basic servo movement programming.
Experience
- 1:10 instructor-to-student ratio.
- Final "Demo Day" showcase for parents.
Advanced Tech Internship: IoT, AI & Python (Grades 8+)
Program Structure
- Duration: 15 to 20 sessions (Summer Intensive).
- Format: Structured as a mini-internship with design thinking challenges.
- Curriculum: Python programming, Internet of Things (IoT) protocols, and AI tool integration.
Advanced Prototyping Kit (Take-Home)
- IoT Hardware: NodeMCU/ESP8266 (WiFi enabled microcontroller).
- Connectivity: Bluetooth Module (HC-05) for mobile pairing.
- Sensors & Output: Soil Moisture, IR Sensors, Gas Sensors, and 16x2 LCD Display.
- Mechanics: Extra servo motors and structural parts for arm construction.
Complex Builds
- Home Automation: Controlling lights/fans via mobile app.
- Bluetooth RC Car: Converting autonomous bots to phone-controlled vehicles.
- Pick & Place Arm: Multi-degree mechanical arm using potentiometers.
Certification
- Internship/Portfolio certificate suitable for high school profiles.
About STEM Summer Camps
Why We Run STEM Summer Camps
At Robomations, I wanted to make STEM feel like an adventure. Since 2015, I’ve watched kids go from shy to super confident after building something real on their own. It’s a blast seeing a kid's face light up the first time their project actually works.
How We Run Things
- No boring lectures or long theory sessions.
- We use kits that kids get to mess around with right away. Everyone starts simple - making a basic circuit or figuring out how a motor works.
- Projects get trickier as we go, but there’s always help if someone gets stuck.
- Teamwork is big here. Kids learn to share ideas and figure things out together.
What Kids Actually Do
It's not just robots and wires. Here’s the kind of hands-on STEM activities for summer that kids get into:
- Build robots: motors, sensors, wheels, all that.
- Play with electronics: LEDs, breadboards, simple circuits.
- Try coding: visual programming and even some microcontrollers.
- Taste of tech: test out AI and IoT with simple smart gadgets.
Past hits? Obstacle-avoiding cars, smart dustbins, Bluetooth robots, plant watering systems, robotic arms. All built by kids, not adults.
The Big Finish
At the end, there’s a showcase where everyone shows off what they made. Parents get to see what their kids pulled off. The pride and confidence kids get? That’s what sticks long after camp is done.
Meet your Expert
Robomations
15 connects in last 3 months
My Story
Hey, we’re Robomations. Started out just wanting to make tech learning feel like playtime. Kids walk in thinking robotics is tough, next thing you know, they’re making LEDs blink and wheels spin. That first spark in their eyes - unbeatable. We’ve seen everything from bored faces to wild excitement when they build stuff like a solar cleaner or smart dustbin. It’s not just about engineering, it’s about kids saying, 'I made this, and it works!'
My Work
Hands-on Robotics & Coding Courses - We run practical classes and kits in robotics, coding, AI, and IOT for kids. No boring theory.
Learning by Doing - Kids actually build things - circuits, moving models, even automatic plant watering projects.
For Curious Minds, Grade 1-10 - No experience needed. Just show up ready to try. We’ve got projects for every age.
Showcase & STEM Exhibitions - Students get to display inventions like 'build your own solar cleaner' at our exhibitions.