Projects

A showcase of some of my key work across AI, Web Development, and Biometrics

Retrieval-Augmented Generation (RAG) Chatbot

Tech Stack: Python, Transformers, Flask, FAISS

RAG Chatbot

Implemented a custom chatbot using RAG architecture with document indexing via FAISS and GPT-like models to return factually accurate responses.

Personal Portfolio Website

Tech Stack: HTML5, CSS3, JavaScript, GitHub Pages

Portfolio Website

A responsive and visually engaging personal website to showcase projects, experience, and publications. Hosted using GitHub Pages with custom domain integration.

CITeR Deepfake Detection

Tech Stack: Python, Tortoise TTS, MFCC, Deep Learning

Deepfake Detection

Worked on deepfake voice and image detection in collaboration with the CITeR research group. Trained custom models and evaluated them using audio and facial embeddings.

Clarkson Iris Camera App

Tech Stack: Kotlin, Android

Iris Camera App

Designed a Kotlin-based Android app for iris capture and analysis used in biometric recognition systems developed at Clarkson University.

Chatbot with Pre-trained Models

Tech Stack: Python, Transformers, Flask

Chatbot Project

Developed a conversational chatbot using HuggingFace Transformers and Flask. Enabled seamless integration of pre-trained models for quick deployment and inference.

University Identity Management System

Tech Stack: HTML, CSS, JS, .NET

IDM System

Created a university access control system with features like MFA login and role-based access. This project aligns with modern identity and access management (IAM) requirements.

Full Machine Learning Training

Tech Stack: Jupyter Notebook, Python, Scikit-learn

ML Training

Hands-on training notebooks covering everything from linear regression to clustering, including real-world examples and model evaluations.

Deepfake Audio and Video Analysis

Tech Stack: Python, FFmpeg, OpenCV

Deepfake A/V

Explored synthetic media generation and detection using a mix of audio and visual signal processing techniques. Evaluated model robustness under adversarial scenarios.