I'm Shreshtha — an AI & Data Science undergrad at K.J. Somaiya School of Engineering (B.Tech, 2027), building AI that survives outside notebooks.
Professional bug creator by day, bug fixer by evening, AI engineer somewhere in between. Recently I've been deep in drug discovery and Spiking Neural Networks (SNNs) — and, obviously, plotting my next adventure.
AI intelligence platform for semantic search and conversational analytics over the FDA MAUDE dataset — 35M+ medical-device adverse-event records. Includes an automated DFMEA/UFMEA/PFMEA generation pipeline that maps device specifications to FDA product codes and produces traceable, citation-grounded risk analyses.
Decentralized auction smart contract hardened against DoS attacks, with a secure withdrawal architecture that improves transaction reliability. The underlying DoS-mitigation research was published at IEEE ICBDS 2025.
Implemented the Kolmogorov-Arnold Graph Neural Network (KA-GNN) paper end-to-end for molecular property prediction — a hands-on deep dive into drug-discovery pipelines, cheminformatics, and Kolmogorov-Arnold network architectures.
A real convolutional network, running entirely in your browser — draw a digit and watch it flow through the layers: pixels in, convolutions, pooling, prediction out.