This page is for the project section.
1. Medical Drone for Nepal Academy of Science and Technology
Overview
The Medical Drone project is an innovative initiative designed to enhance healthcare delivery in remote areas of Nepal. The drone is capable of delivering essential medical supplies, including vaccines, blood units, and emergency medicines, to regions with limited access to healthcare facilities. The project is undertaken in collaboration with the Nepal Academy of Science and Technology (NAST).
Features
Long-Range Capability: Covers distances up to 50 km.
Payload Capacity: Can carry up to 5 kg of medical supplies.
Autonomous Navigation: GPS-enabled flight path with obstacle avoidance.
Real-Time Monitoring: Equipped with a camera for live tracking and monitoring.
Impact
Rapid Emergency Response: Reduces the time needed to deliver critical medical supplies.
Improved Accessibility: Reaches areas otherwise inaccessible by road.
Cost-Effective: Reduces the logistics cost of healthcare delivery.
2. Yantrika
Overview
Yantrika is an educational robotics platform aimed at fostering innovation and creativity among students. This project provides hands-on training and resources for building and programming robots, encouraging STEM learning and problem-solving skills.
Features
Modular Kits: Easy-to-use robotics kits tailored for beginners and advanced learners.
Online Platform: Interactive tutorials, coding challenges, and community forums.
Competitions: Hosts annual robotics competitions to inspire innovation.
Impact
Skill Development: Enhances technical and programming skills.
Community Building: Creates a network of young innovators and enthusiasts.
Career Opportunities: Prepares students for careers in robotics and AI.
3. Project Kancchi
Overview
Project Kancchi is a groundbreaking initiative to develop a humanoid robot capable of assisting in daily household tasks and serving as a companion. The robot is designed with AI-driven conversational capabilities, making it user-friendly and adaptive.
Features
Voice Recognition: Understands and responds to natural language commands.
Multi-Tasking: Performs a variety of household tasks such as cleaning and organizing.
AI Integration: Learns user preferences over time for personalized assistance.
Safety Features: Includes sensors for obstacle detection and safe operation.
Impact
Convenience: Simplifies daily chores and routines.
Companionship: Provides emotional support for elderly and isolated individuals.
Technological Advancement: Pushes the boundaries of robotics innovation.
4. Gun Shooting Automatic Tank at MSTC
Overview
This project involves designing and developing a gun-shooting automatic tank for MSTC. The tank is intended for defense applications, featuring advanced targeting and operational autonomy.
Features
Precision Targeting: Laser-guided aiming system for accuracy.
Remote Control: Operable from a secure distance.
Robust Design: Built to withstand harsh environmental conditions.
Surveillance Integration: Equipped with a camera for reconnaissance.
Impact
Enhanced Defense: Improves operational efficiency in defense scenarios.
Technology Demonstration: Showcases the potential of autonomous military vehicles.
Innovation: Contributes to advancements in robotics and defense technology.
5. Gesture-Controlled Light
Overview
The All Gesture-Controlled Light project introduces a smart lighting system that can be operated through hand gestures. It is designed for convenience and energy efficiency, offering a seamless user experience.
Features
Gesture Recognition: Detects and interprets hand movements to control the light.
Energy Efficient: Utilizes LED technology for lower energy consumption.
Customizable Settings: Allows users to adjust brightness and color temperature.
Integration: Compatible with smart home ecosystems.
Impact
Ease of Use: Eliminates the need for physical switches.
Accessibility: Ideal for individuals with mobility challenges.
Sustainability: Promotes energy conservation and eco-friendly practices.