Why LIME explanations can be unstable — and what to do about it
Deep-dive on local-surrogate reliability
I build machine-learning systems you can actually trust.
MSc Artificial Intelligence at Milano-Bicocca. I pair strong computer-vision and deep-learning models with explainability, so every prediction comes with the reason behind it. Currently building Lagani, an explainable stock-risk platform for Nepal's NEPSE market.
I'm a Master's student in AI for Science & Technology at the University of Milano-Bicocca, with a B.Tech in Computer Science from Lovely Professional University. My work sits at the intersection of computer vision, deep learning, and explainable AI.
The thread through everything I build is trust. A model that predicts "high risk" or "defective" is useless if no one understands why — so I pair strong models (CNNs, Vision Transformers, gradient boosting) with explainability methods (Grad-CAM, LIME, SHAP, saliency, knowledge graphs).
I'm also a full-stack developer (React, Next.js, Supabase). I don't stop at a notebook — I ship models as live, interactive products people can use.
The stack I reach for, from research notebooks to production web apps.
Research-grade ML with real metrics — and full-stack products that ship.




Peer-reviewed · ICCS 2023
Deep-dive on local-surrogate reliability
From attention maps to LIME on FreshGuard
Built responsive web interfaces with React, Tailwind & Supabase APIs; improved performance and cross-browser compatibility.
Taught programming fundamentals to K-12 students; delivered the Nepal STEM Alliance-certified Coding ToT curriculum.
Organised hackathons & workshops; mentored peers in software development.
Computer Vision, Deep Learning, Explainable AI, Big Data & Signal processing.
Foundations in CS, software engineering & a published ICCS-2023 conference paper.