FinRAG: Retrieval-Augmented Generation for Financial QA
Built a financial-domain RAG system that answers investment, risk-analysis, and forecasting queries with improved factuality and reduced hallucinations.
Recent MS Data Science graduate passionate about building intelligent systems with machine learning and computer vision.
I recently graduated with a Master's degree in Data Science from the University of New Haven (May 2026). I am deeply passionate about building intelligent, robust systems that solve complex real-world problems, and I am driven by a fascination with transforming raw data into actionable, high-impact intelligence.
Rather than just training models, I enjoy the entire end-to-end process — from architecting efficient data pipelines and engineering software, to deploying scalable machine learning solutions. I thrive in dynamic environments where rigorous theoretical mathematics meets practical, hands-on software engineering.
I am a strong advocate for the open-source community and value continuous learning, cross-disciplinary collaboration, and breaking down complex topics through detailed technical writing and tutorials.
Exploring robust estimation and computer vision with a focus on accuracy, determinism, and reproducibility.
RANSAC and deterministic variants to effectively filter extreme outliers.
Homography, object tracking, and instance segmentation techniques.
Fusing multi-modal sensory inputs like LiDAR and RGB arrays for SLAM.
Training specialized neural networks, optimization algorithms, and NLP applications.
Applying data-driven and geospatial techniques directly to ecological conservation and analysis.
Selected academic and applied work across vision, ML, and systems.
Built a financial-domain RAG system that answers investment, risk-analysis, and forecasting queries with improved factuality and reduced hallucinations.
Implemented a three-class instance segmentation pipeline on a custom dataset using Detectron2/Mask R-CNN. Trained & fine-tuned models analyzing mAP, IoU.
End-to-end solver for the Tango logic puzzle with interactive visualization via Pygame. Extended with Q-learning experiments.
Exploratory Data Analysis and Data Engineering pipeline ensuring robust transformation, cleaning, and preparation of raw datasets for scalable machine learning.
Explorations and integrations using the ORB-SLAM3 framework for visual, visual-inertial, and multi-map SLAM operations across diverse environments.
Insights and tutorials on deep learning, machine learning algorithms, and optimization.
A detailed walkthrough of how neural networks make predictions and learn from mistakes, with step-by-step math and Python code.
A comprehensive breakdown of ReLU, Sigmoid, Tanh, and other critical neural network activation functions with generated mathematical plots.
Understanding the calculus behind model optimization and why mini-batches strike the perfect balance between speed and stability.
Why the Confusion Matrix, Precision, Recall, and F1-Scores are far more important than raw Accuracy — especially with imbalanced datasets.
Defeating the Curse of Dimensionality by using variance-maximizing orthogonal transformations to compress massive datasets.
Unpacking two of the most commonly confused fundamental theorems in classical probability and how they power data science inference.
I am a recent MS Data Science graduate actively looking for full-time roles in Data Analytics, Machine Learning, and Computer Vision. Whether you have an opportunity, a collaboration idea, or just want to connect — I'd love to hear from you!