Bionic Prosthetic Arm

This low-cost bionic prosthetic arm mimics real hand gestures using computer vision and servo motors. It identifies hand signs from a webcam and replicates them with string-based biomechanics in real time.

Team Members: Harini V, Akshaya K P, Yugashree A

Line Follower Bot

A Line Following Robot that uses IR sensors and a microcontroller to detect and follow a pre-defined line on the floor. It adjusts direction based on sensor feedback, using motors and a motor driver module.

Team Members: Vimal Raj M, Dravid S K, Ahamed Asha J, Sriram T

Drowsiness Detection Alarm System Using Arduino Nano

A smart vehicle prototype with drowsiness detection using Arduino Nano. It enhances driver safety by detecting sleep signals and triggering alerts to prevent accidents.

Team Members: Agastina P, Bhuvana G, Sathana

Quantum Fusion Dynamics

This study explores nuclear fusion using quantum mechanics. It focuses on quantum tunneling, where particles pass energy barriers without having enough energy to overcome them classically.

Team Members: Agastina A, Deepthika A

Boat Surveillance and Fish Classification using Neural Networks

This project uses neural networks to monitor aquatic environments and classify fish species. It's ideal for detecting illegal fishing and supporting marine conservation efforts.

Team Members: Agastina P, Harsha D

Brain Machine Interface

This project explores Brain-Computer Interfaces that allow users to control devices using only brain signals. Applications include prosthetics, wheelchairs, and human-machine communication.

Team Members: Agastina P, Aashita S

Drowsiness Detection and Health Monitoring System for Smart Drive

Combines driver drowsiness detection with real-time health monitoring using sensors. It analyzes eye movement, head position, and heart rate to improve road safety.

Team Members: Agastina P, Akshaya Pa, Shruthi Meenakshi M, Ganessga T

AI-Enhanced BCI with IoT for Real-Time Neuroprosthetic and Health Monitoring

This project merges Brain-Computer Interfaces with AI and IoT for real-time prosthetic control and health tracking. It transmits neural signals to smart systems for advanced decision-making and medical alerts.

Team Members: Agastina P, Akshaya Pa

Coolant Flow Drive Control in Fast Reactor

"Coolant Flow Drive Control in Fast Reactor" is a valuable contribution to nuclear engineering, offering a clear and practical exploration of coolant dynamics, control logic, and reactor safety. With its interdisciplinary approach combining control systems, thermal physics, and nuclear design, it's highly recommended for academic scholars, industry professionals, and engineering students in ECE, mechanical, and nuclear engineering fields.

Aashita

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