Our Projects & Resources

Pushing boundaries in robotics and AI — explore our flagship projects and the equipment powering student innovation.

Flagship Projects

Two transformative initiatives driving our club's mission forward

AI Study Focus Tracker

Computer Vision • Machine Learning

Overview

An AI-powered monitoring tool that uses computer vision to track student focus during study or online learning sessions. This project addresses the critical issue of distractions by employing machine learning algorithms to detect behaviors like yawning, phone use, or looking away from the screen.

Key Features

Real-time Detection

OpenCV & Mediapipe for live behavior analysis

Weekly Reports

Actionable insights to improve learning habits

Privacy-First

Local processing ensures data stays secure

Smart Alerts

Instant feedback on attention lapses

Implementation Timeline

Phase 1 Detection module development
Phase 2 Distraction logic integration
Phase 3 Alerts, logging & reporting interface

Expected Outcome

A functional MVP (Minimum Viable Product) providing students with actionable insights to enhance their study effectiveness and reduce distractions during learning sessions.

Python OpenCV Mediapipe TensorFlow

Phased ROS Framework

Robotics • Simulation • AI Integration
🌾 Agriculture Drone 🏙️ Smart City Drone 📦 Warehouse Robot ROS

Overview

A modular robotics framework built on ROS (Robot Operating System), designed to progress through simulation, AI integration, and hardware deployment. This initiative spans three potential domains, each offering unique applications of autonomous robotics.

Three Potential Domains

🌾
Agriculture Drone

Optimize farming with crop scanning, health monitoring, and disease detection using computer vision and multispectral imaging.

🏙️
Smart City Drone

Urban analytics, traffic monitoring, and anomaly detection for intelligent city infrastructure management.

📦
Warehouse Robot

Automation with vision-based tracking, SLAM navigation, and intelligent inventory management systems.

Three-Phase Development Plan

Phase 1 Simulation & Module Design (Gazebo/RViz)
Phase 2 AI Integration & Algorithm Development
Phase 3 Real-world Testing & Hardware Deployment

Next Steps

Member Feedback

Gather input to select focus domain

Form Sub-teams

Organize specialized development groups

Module Design

Begin simulation setup and architecture

Expected Outcome

A fully functional, modular robotics system that demonstrates real-world autonomous capabilities — from precision agriculture to smart city management to warehouse automation.

ROS/ROS2 Gazebo Python/C++ SLAM Computer Vision

Available Equipment

Everything you need to bring your ideas to life — explore our comprehensive toolkit

Have a Project Idea?

Share your innovative robotics and AI project proposals with us. Whether it's a new concept or an ongoing project, we want to see what you're working on!

Get mentorship and resources
Collaborate with fellow innovators
Access to club equipment
Showcase your work
Submit Your Project

Quick and easy submission process — share your vision with us today!

Ready to Build the Future?

Join our community and start working on groundbreaking projects