Dynamic and dedicated Electronics and Communication Engineering student with a passion for technology and innovation. Eager to leverage academic knowledge and hands-on experience to contribute to ground-breaking projects in the field of electronics.
SJCE College of Engineering, JSSSTU University, Mysore. Expected Graduation: June 2025
SBRR Mahajanas Independent Pre-University College
Podar International School, CBSE
Excel Public School, CBSE
Canara High School, CBSE
This project is a comprehensive platform that brings together various entertainment and fitness resources in one place. It includes games, workout plans, movies, TV series, and more, making it a versatile and engaging site for users.
Implemented a movie recommendation system with and without Singular Value Decomposition (SVD) algorithms, accompanied by a user-friendly front-end interface. The system analyzes user preferences and viewing history to generate personalized movie recommendations, facilitating a more engaging and tailored viewing experience.
Implemented a Chaos-Enhanced Vigenère Cipher with and without Rail Fencing encryption techniques, offering enhanced security and complexity in data encryption. The system combines traditional Vigenère cipher techniques with chaos theory and Rail Fencing for more robust cryptographic solutions, making it harder for unauthorized users to decode the encrypted messages.
Click here for Chaos-Enhanced Vigenère Cipher
Click here for Rail Fencing Implementation
Developed a traffic control system utilizing density sensing techniques to regulate traffic flow efficiently. The system is designed to detect traffic density in different lanes and adjust signal timings accordingly to optimize traffic movement and minimize congestion.
Designed and constructed a miniature car equipped with obstacle detection sensors. The car is capable of detecting obstacles in its path and providing real-time alerts to the user, enhancing safety and maneuverability in constrained environments.
Designed and constructed a miniature car equipped with obstacle detection sensors. The car is capable of detecting obstacles in its path and providing real-time alerts to the user, enhancing safety and maneuverability in constrained environments.
Implemented a wireless notice board system for the real-time display of announcements and messages. The system enables seamless communication within a designated area, allowing users to remotely update and broadcast information without the need for physical notice boards.
Conducted a simulation study on noise cancellation techniques and signal reconstruction methods to improve audio quality. The project involved analyzing different algorithms and digital signal processing techniques to mitigate noise interference and enhance the fidelity of audio signals.
Developed a water level detection system utilizing a servo motor for applications such as tank monitoring and control. The system is designed to accurately measure water levels and provide feedback for automated control or monitoring purposes, ensuring efficient utilization of resources.
Created a fire detection and extinguishing system using the STM32 microcontroller platform. The system incorporates sensors for detecting fire incidents and triggering prompt extinguishing mechanisms to mitigate potential hazards. It aims to enhance safety measures and minimize damage in fire-prone environments.