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Hand Gesture-Controlled Smart Patient Assistance System for Patients to Request Food, Water, or Medicine | Robotics Science & Engineering Project
1 × ₹2,499.00
Subtotal: ₹2,499.00
science project
Showing all 15 results
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DIY Kits, Premium Kits, Robotics Kits, STEM Kits
3D Printed Robotic Prosthetic Left Hand kit for Engineering & Robotics Projects | kit Contains 3D Printed Parts + 1 SG90 Servo Motor, Does not Include Any Mechanical and Electronic Part
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DIY Kits, Premium Kits, Robotics Kits, STEM Kits3D Printed Robotic Prosthetic Left Hand kit for Engineering & Robotics Projects | kit Contains 3D Printed Parts + 1 SG90 Servo Motor, Does not Include Any Mechanical and Electronic Part
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🤖 Perfect for Engineering & Robotics Projects – Great for students, hobbyists, and makers.
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✋ 3D Printed Left-Hand Model – Realistic design with smooth finger articulation.
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⚙️ Includes 1 SG90 Servo Motor – For basic finger movement and testing.
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🛠 High-Quality PLA/ABS Material – Durable, lightweight, and easy to assemble.
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📚 DIY Educational Kit – Learn robotics, mechanics, and servo control hands-on.
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🔧 Easy Assembly – Precision-printed parts for a hassle-free build.
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🎯 Customizable – Add your own electronics, sensors, and microcontroller.
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💡 Arduino & Raspberry Pi Friendly – Compatible with popular robotics boards.
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🎨 Unpainted & Ready to Modify – Paint and personalize your creation.
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🧠 Great for STEM Learning – Encourages creativity and problem-solving skills.
If you want, I can also make a super short, punchy 5-bullet version with maximum keyword impact for
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DIY Kits, Premium Kits, Robotics Kits, STEM Kits
3D Printed Robotic Prosthetic Right Hand Kit, Educational Project with SG90 Servo Motor, Black
DIY Kits, Premium Kits, Robotics Kits, STEM Kits3D Printed Robotic Prosthetic Right Hand Kit, Educational Project with SG90 Servo Motor, Black
EDUCATIONAL KIT: 3D printed robotic prosthetic right hand kit designed for engineering and robotics projects, perfect for hands-on learning and experimentation
KIT CONTENTS: Includes precisely 3D printed parts and 1 SG90 servo motor, requiring additional mechanical and electronic components for complete assembly
SPECIFICATIONS: Compact design measuring 24 cm x 11 cm x 6 cm, weighing 150 grams, suitable for educational institutions and hobbyists
AGE COMPATIBILITY: Designed for students aged 12 years and above, ideal for technology and electronics learning projects
ASSEMBLY FEATURES: Battery-powered operation with automatic mode, requires assembly with detailed instructions for educational purposes
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DIY Kits, Electronic Tools, Premium Kits, Robotics Kits, Science Kits, STEM & Robotics KIt, STEM Education Services, STEM Kits
Alcohol Detection Project Ready-to-use DIY Kit for Engineering and Science Project
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DIY Kits, Electronic Tools, Premium Kits, Robotics Kits, Science Kits, STEM & Robotics KIt, STEM Education Services, STEM KitsAlcohol Detection Project Ready-to-use DIY Kit for Engineering and Science Project
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🍷 Alcohol Detection Feature: Simulates how vehicles can respond to intoxication for safety
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⚙️ Complete Component Set: Includes microcontroller (Nano-compatible), sensor, motor, wheels & MDF chassis
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🧠 Learn by Doing: Build time ~30 minutes – ideal for kids aged 8+ and up
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📚 STEM Learning Focus: Encourages skills in electronics, robotics, and system design
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📦 Compact & Lightweight: Comes in a 20 x 18 x 8 cm box | Total weight: 200 grams
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Proudly Made in India: Designed for creativity, safety awareness, and innovation -
🛠️ Assembly Required: English instructions included for smooth building experience
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DIY Kits, STEM Kits
Bluetooth Controlled 2 Wheel Drive Car Diy Kit Engineering/Science Project
🔧 Key Features:
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📱 Bluetooth-controlled via smartphone
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🚗 2-wheel drive system for basic mobility
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🧰 DIY kit – easy to assemble and customize
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🧠 Powered by microcontroller
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🧱 Modular design suitable for beginners
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💡 Learn Programming and logic
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🔧 Understand Bluetooth communication
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⚙️ Explore motor control systems
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🛠 Develop hands-on assembly skills
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🤖 Introduction to basic robotics
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DIY Kits
Hand Gesture Controlled Wheel Chair DIY Project For Science / Engineering Students
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🖐️ Gesture-based control system using hand movements to operate the wheelchair.
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🤖 Arduino Nano is used to process gesture signals and control motor movement.
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📦 ADXL335 accelerometer detects the tilt direction of the user’s hand.
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📡 NRF24L01 wireless modules enable communication between hand unit and wheelchair.
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⚙️ Motor driver (L293D) controls the DC motors to move in all four directions.
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🔋 Battery-powered system with lightweight and rechargeable lithium cells.
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🦽 Wheelchair moves forward, backward, left, and right based on hand tilt.
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🧠 Real-time signal processing allows smooth and intuitive motion control.
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🎯 Ideal for science fairs, engineering exhibitions, and final-year projects.
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🧩 Great learning project to explore sensors, wireless tech, and embedded systems.
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💡 Promotes assistive innovation for differently-abled individuals using simple electronics.
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DIY Kits, Premium Kits, Projects, Robotics Kits, Science Kits, STEM & Robotics KIt, STEM Education Services, STEM Kits
Hand Gesture-Controlled Smart Patient Assistance System for Patients to Request Food, Water, or Medicine | Robotics Science & Engineering Project
-50%DIY Kits, Premium Kits, Projects, Robotics Kits, Science Kits, STEM & Robotics KIt, STEM Education Services, STEM KitsHand Gesture-Controlled Smart Patient Assistance System for Patients to Request Food, Water, or Medicine | Robotics Science & Engineering Project
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🤝 Empowers users: Enables gesture-based communication for essential needs
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🔧 DIY Friendly: Takes just around 30 minutes to assemble – no prior experience needed
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🧠 STEM Focused: Great tool for learning automation, electronics, and problem-solving
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🎨 Compact & Colorful: Dimensions: 20 x 18 x 8 cm | Weight: 200 grams | Multicoloured design
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📚 Educational & Practical: Ideal for school projects, science exhibitions, or healthcare concepts
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🔋 Battery Operated: Runs on standard alkaline batteries (not included)
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DIY Kits
IR Remote Control Wheel Chair DIY Project For Science/Engineering Students
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🦽 DIY wheelchair project controlled by an IR remote for enhanced mobility.
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🧠 Arduino-based system that decodes signals from any standard IR remote.
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🔌 BO DC motors and an L298N motor driver used for controlling wheel movement.
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🎮 Directional control (forward, backward, left, right) using remote buttons.
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📡 IR sensor receives remote signals and sends them to the Arduino for processing.
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⚙️ Arduino processes signals and commands motors to move the wheelchair.
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💰 Low-cost and accessible solution for people with physical disabilities.
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📚 Learn and apply concepts like IR communication, motor control, and coding.
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🎓 Perfect for science fairs, engineering exhibitions, and academic projects.
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🚀 Upgradeable design – add obstacle detection, Bluetooth, or voice control.
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💡 Encourages creativity and innovation in assistive technology.
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DIY Kits
Obstacle Avoiding Car DIY Project For Science / Engineering Students
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🧠 Intelligent robot that moves automatically and avoids obstacles in real-time
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📏 Uses an ultrasonic sensor (HC-SR04) to detect nearby objects using sound waves
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💻 Controlled by an Arduino Uno microcontroller which acts as the brain of the car
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🔄 A servo motor rotates the sensor left and right to scan for clear paths
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📊 Based on sensor readings, the car decides to move forward, turn, or stop
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⚙️ L298N motor driver controls the left and right DC motors for smooth movement
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🔋 Powered by a rechargeable battery pack (6V–12V)
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🧰 Built on a robotic chassis with two wheels and one balancing caster
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🧑💻 Programmed using the Arduino IDE in C/C++
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❌ No remote control needed – it’s a completely autonomous system
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🤖 Demonstrates basic principles of robotics, automation, and embedded systems
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🚀 Can be upgraded with Bluetooth, WiFi, AI camera, or GPS
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🔐 Real-life applications: self-driving cars, delivery robots, warehouse automation
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📚 Great for science fairs, engineering exhibitions, school/college projects
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🔄 Encourages understanding of sensor logic, decision-making, and motion control
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💡 Teaches practical concepts in STEM: Science, Technology, Engineering & Math
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🔧 Develops skills in problem-solving, coding, electronics, and innovation
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🏆 A fun, educational, and impressive project for beginners and enthusiasts alike
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DIY Kits, New Arrival, Premium Kits, Projects, Robotics Kits, Science Kits, STEM & Robotics KIt, STEM Education Services, STEM Kits
Smart Car Parking System Ready-to-use DIY Project Kit for Engineering and Science Project
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DIY Kits, New Arrival, Premium Kits, Projects, Robotics Kits, Science Kits, STEM & Robotics KIt, STEM Education Services, STEM KitsSmart Car Parking System Ready-to-use DIY Project Kit for Engineering and Science Project
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🧠 Educational & Fun: Ideal for young innovators aged 8+ to explore smart tech through hands-on learning.
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🚗 Simulates Real Parking System: Shows real-time slot availability and automatically controls gate access.
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📟 Nano CH340-Based Controller: Powers the system to manage display and gate operations seamlessly.
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📦 Complete Kit Included: All essential parts + step-by-step English instructions + detailed project report.
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🕒 Quick Assembly: Easy to build in approximately 30 minutes – no advanced skills needed.
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🎨 Compact & Colourful Design: Measures 20 x 18 x 8 cm and weighs just 200 grams – perfect for desktop demos.
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🧩 STEM Learning Tool: Great for science fairs, school projects, or just creative exploration at home.
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👨👩👧 Child-Friendly: Designed for kids, but adult supervision is advised for children under 8 years.
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⚙️ Assembly Required: An engaging build experience that introduces core automation and system concepts.
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DIY Kits, Premium Kits, Projects, Robotics Kits, STEM Kits
Smart Car Parling System Ready-to-use Diy Project Complete Kit
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DIY Kits, Premium Kits, Projects, Robotics Kits, STEM KitsSmart Car Parling System Ready-to-use Diy Project Complete Kit
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🚗 Simulates smart parking with gate control
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💡 Displays slot availability on LCD
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🔧 Easy 30-minute assembly
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📦 All components included
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📘 Step-by-step English manual
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🧠 STEM-based learning project
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🎨 Compact, colorful design
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👦 For ages 10+ (adult supervision advised)
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DIY Kits, Electronic Modules, Electronic Tools
Smoke Leakage Detection System Kit, DIY Science Project for Ages 8+, Educational STEM Engineering Kit
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DIY Kits, Electronic Modules, Electronic ToolsSmoke Leakage Detection System Kit, DIY Science Project for Ages 8+, Educational STEM Engineering Kit
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✅ DIY Smoke Detection Kit: Build a functional smoke alert system that activates a buzzer and LED when smoke is detected.
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🔥 Real-World Safety Simulation: Teaches how fire alarms work using a high-sensitivity smoke sensor for hands-on learning.
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🎓 Perfect for Students: Ideal for school science projects, STEM competitions, and home learning—suitable for kids ages 8+ with supervision.
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🧠 STEM Education Focused: Encourages learning in electronics, automation, safety systems, and sensor technology.
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🛠️ Easy to Assemble: Includes all required components and a step-by-step instruction guide—no prior experience needed.
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💡 Visual & Audio Alerts: Features a loud buzzer and glowing LED to simulate real-time fire warning systems.
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🏆 Great for Exhibitions: Mounted design and neat layout make it perfect for display in science fairs or academic showcases.
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♻️ Reusable Components: Use parts like sensors, LEDs, and buzzers in other electronic or Arduino-based DIY projects.
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👨🔬 Encourages Curiosity: Inspires creativity, critical thinking, and innovation through interactive learning.
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DIY Kits, Projects
Wireless Hand Gesture Control Car Diy Project For Science/Engineering Student’s
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DIY Kits, ProjectsWireless Hand Gesture Control Car Diy Project For Science/Engineering Student’s
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🤖 Gesture-Controlled Movement – Control the car using simple hand tilts (forward, backward, left, right, stop).
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📡 Wireless Communication – Uses NRF24L01 modules for long-range and stable wireless data transfer.
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🎮 No Remote Needed – Your hand becomes the controller with an ADXL335 accelerometer sensor.
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🧠 Arduino Nano Powered – Smart and compact microcontroller handles gesture detection and motor control.
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🔄 Real-Time Response – Instant reaction to your hand gestures for smooth driving experience.
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🛠️ Easy DIY Build – Simple wiring and coding make it a great hands-on learning project.
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⚙️ L293D Motor Driver – Efficiently controls the DC motors for accurate directional control.
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🔋 Battery Powered – Fully portable and ready to move with lightweight power sources.
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🎓 Perfect for Students – Ideal for science fairs, engineering mini-projects, and robotics competitions.
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🌱 Future-Ready Base – Easily upgrade to Bluetooth, obstacle avoidance, or voice control.
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