Final Year Dual Degree Student at IIT Bombay
Passionate about Machine Learning, Deep Learning, and AI Applications in Materials Science and Healthcare. Seeking opportunities to pursue graduate studies in Computer Science.
I'm a final-year student pursuing a Dual Degree (B.Tech. + M.Tech.) in Metallurgical Engineering and Materials Science with a Minor in AI and Data Science at IIT Bombay.
My research interests lie at the intersection of Machine Learning and real-world applications—from predicting patient outcomes in stroke survivors to accelerating materials discovery through computational methods. I've had the privilege of working with researchers at institutions like University of Waterloo, Purdue University, and Nanyang Technological University.
I'm passionate about building AI systems that make a tangible impact, whether it's improving healthcare diagnostics, automating complex web tasks, or understanding quantum properties of materials.
Dual Degree, IIT Bombay
Materials Science + AI/DS Minor
ML, NLP, Computer Vision
Medical AI, Computational Materials
JEE Adv. 99.28%ile
GATE AIR 88
Working at the intersection of AI and impactful applications
University of Waterloo, Canada
Guide: Prof. Sirisha Rambhatla & Dr. S. P. Gorthi
Developing a deep learning model to predict 3-month functional outcomes (mRS) in acute ischemic stroke survivors using MRI/CT scans.
Purdue University, USA
Guide: Prof. Berkay Celik & Dr. Devin Esroy
Systematic evaluation of open-source web automation agents across frontend frameworks and LLM configurations.
IIT Bombay • DDP Thesis
Guide: Prof. Amrita Bhattacharya
Applying ML to predict quantum mechanical properties in 2D materials, enabling faster material screening for spintronic applications.
Nanyang Technological University, Singapore
Guide: Prof. Erik Cambria & Dr. Rui Mao
Investigating how cognitive injection strategies guide LLMs to emulate individual human writing styles.
Course projects and independent work showcasing technical skills
IE 643 • Prof. P. Balamurugan
Extended Stable Diffusion to accept multilingual prompts using AdaLN projection network bridging M-CLIP and CLIP embedding spaces.
EE 782 • Prof. Amit Sethi
Reproduced KRISP model with 78% fewer parameters (116M → 25M) achieving 75% relative accuracy on VQAV2 dataset.
CS 771 • Prof. Paritosh Pandya
Modeled and verified the 100 Prisoners Problem using NuSMV model checker with CTL/LTL specifications.
Self Project
Voice-activated security system with facial recognition that monitors rooms and verbally confronts intruders with AI-generated dialogue.
Received full-time return offer for exceptional performance
Feel free to reach out for research collaborations, opportunities, or just to chat!