Senior Data Scientist & AI Researcher
Specializing in AI/ML, design optimization, and building intelligent systems. Currently leading AI initiatives at Fidelity Investments.
I'm a passionate data scientist and researcher with expertise in machine learning, deep learning, and optimization techniques. I completed my M.S. (Engineering Design) by Research from IIT Madras, where I was part of the ADOPT group focusing on Advanced Design Optimization and Probabilistic Techniques.
My research focused on developing interpretable multidimensional visualization techniques using Self-Organizing Maps, enabling designers to make informed decisions with limited computational budgets.
CoexistAI is a modular, developer-friendly research assistant framework that enables you to build, search, summarize, and automate research workflows using LLMs. Features include web exploration, Reddit integration, YouTube transcript analysis, GitHub code exploration, map generation, text-to-podcast conversion, and full MCP support for seamless integration with AI agents.
Published in Structural and Multidisciplinary Optimization (Springer, IF: 3.37). Developed modified SOM algorithm for interpretable design space visualization enabling efficient identification of regions of interest.
Presented at 13th World Congress of Structural and Multidisciplinary Optimization, Beijing, China. Novel approach to identifying robust design regions using self-organizing maps.
"Show, Attend and Tell" implementation using ResNet and LSTM with attention mechanism on Flickr 8K dataset for automatic image caption generation.
Fine-tuned BERT model for Named Entity Recognition tasks, implemented with PyTorch Lightning and optimized for TPU training.
Explore my collection of deep learning, NLP, and computer vision projects
View All Projects →CoexistAI is a modular, developer-friendly research assistant framework that enables you to build, search, summarize, and automate research workflows using LLMs. The framework provides a comprehensive suite of tools for modern AI-powered research.
Leading AI/ML initiatives and driving innovation in data science solutions.
Developed data-driven solutions and analytics for healthcare and pharmaceutical clients.
Research on Advanced Design Optimization and Probabilistic Techniques. Developed interpretable multidimensional visualization techniques using Self-Organizing Maps.
Foundation in mechanical engineering principles and computational methods.
Updates coming soon...
I'm always interested in hearing about new opportunities, collaborations, or just connecting with fellow researchers and developers.