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Makerspaces Project

Setting up Makerspaces for Underprivileged children
using CSR and crowd-funding

Overview

Makerspaces, also known as Thinker Labs, are collaborative workspaces equipped with

tools and resources that allow students to explore, create, and learn through hands-on

activities. It is a space where children work with teachers.

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I have identified two schools for under-priivileged children in Gurgaon where I will build

fully equipped Maker Space. In addition to the equipment, I also intend to conduct

workshops for children in these schools to kick-start the process of exploration and

experimentation. The next step would be to train the trainers so that they can carry the

process forward in future workshops.

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What is a Maker Lab?

A Maker Space is a learning environment where students can explore the world of science, technology, engineering, and mathematics (STEM) through creativity and invention. It’s a place where children can turn their ideas into tangible creations using tools like electronic and robotics kits, 3D printers, coding platforms and more to bring their ideas to life. It’s an incubator for future problem-solvers and innovators. engineers, inventors, and problem-solvers.

Crowd-funding and CSR​

I have raised close to ₹ 2,50,000 (~USD 3000+) through crowd-funding and through CSR (Corporate Social Responsibility) where companies fund social and environmental initiatives towards achievement of sustainable development goals and public-private partnership in transforming India. I am working on effectively utilising these funds to procure equipment required to setup Makerspaces in schools for Underprivileged children

 

Screenshot 2025-04-06 at 11.24_edited.jp

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Goals

  • Enhanced Engagement: Hands-on projects make learning more engaging andenjoyable, increasing student participation and interest in STEM (Science,Technology, Engineering, and Mathematics) subjects.

  • Skill Development: Students gain practical skills in areas such as coding, electronics, engineering, and design, which are essential in today’s job market.

  • Encouraging Innovation: By working on real-world problems, students develop an innovative mindset, learning to think outside the box and come up with creative solutions.

  • Learning by doing: Students are able to apply and enhance the knowledge they receive from books and classes

  • Building Confidence: Completing projects and overcoming challenges boostsstudents' confidence in their abilities.

  • Collaboration and Teamwork: Makerspaces encourage collaborative projects,teaching students the importance of teamwork and communication.

  • Entrepreneurial Mindset: Exposure to tools and technologies can inspire students to develop entrepreneurial ventures, contributing to their economic empowerment.

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Schools

Makerspace setup in progress for Neo Creative Foundation (school for underprivileged) in Rosewood City, Gurgaon

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​Specifications​​

Materials provided

Basic Electronics

  • Arduino Boards (Uno, Nano, Mega)

  • Raspberry Pi (basic and advanced versions)

  • ESP8266 / ESP32 Modules

Sensors:

➔ Ultrasonic sensors

➔ IR sensors

➔ Soil moisture sensors

➔ Temperature & humidity sensors (DHT11/DHT22)

➔ Light sensors (LDR)

➔ Gas sensors (MQ series)

➔ Motion detectors (PIR sensors)

➔ Flex sensor

➔ Touch Sensor

➔ Tilt Sensor

Motors:

  • Servo motors (9g, 15kg)

  • DC motors (with wheels)

  • Stepper motors

  • Motor drivers (L298N, L293D)

  • LEDs (assorted colors)

  • Resistors and capacitors (assorted)

  • DC Barrel Jack

  • Alligator Clips

  • Push Buttons, ON/OF Switch

  • DC to DC Converter

  • Breadboards and jumper wires

  • LED Strip

  • Joystick Module

  • Keypad Matrix

  • USB Cable

  • Vibration Motor

  • Transistor (Various Type)

Power supplies:

  • 9V batteries with connectors

  • Power banks

  • Adapter chargers

  • SMPS

  • Wires and connectors (male/female pins, dupont wires)

Robotics Kits:

  • Basic DIY robotic kits (2-wheel & 4-wheel models)

  • Otto DIY kit (4 servos, Arduino Nano, Nano shield)

  • Drone assembly kits (for advanced students)

Programming & Technology

➔ Software:

  • Arduino IDE

  • Tinkercad (for simulations)

  • Scratch/PictoBlox

  • Python (for coding and AI projects)

➔ Accessories:

  • Keyboards, mice, headphones

  • WiFi dongles or access points

3D Modeling

  • 3D printer (with PLA filament)

  • Design tools (Free software like TinkerCAD, CAD)

Tools & Equipment

  • Multimeters

  • Soldering kits:

  • Soldering iron

  • Solder wire

  • Flux

  • Soldering Cleaner

  • Screwdriver sets

  • Hot glue guns (with glue sticks)

  • Wires (Rainbow Wire)

  • Precision cutting tools (for wires and components)

  • Measuring tools (rulers, calipers)

  • Pliers

  • Heat Gun

  • Heat shrink tube

Other Essentials

  • Toolboxes

  • 4 Socket Extension Board

  • UPS

Safety Gear

  • Safety goggles

  • Insulated gloves (for soldering and electronics work)

  • First-aid kits​​​

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