Hello, I'm
I build intelligent systems that bridge the gap between data and actionable insights. Passionate about leveraging Machine Learning and Deep Learning to solve real-world problems in healthcare, geospatial analysis, and beyond.
I build machine learning systems and the products that carry them. Right now I'm an AI Engineer at Node2.io, working on an AI‑native property-management platform where the agents act as a working copilot for building managers. Alongside that I built and maintain Scout, an open-source code security scanner with SARIF, GitHub Action and MCP integrations.
The research half is applied, not theoretical. Six months at DRDO segmenting landslides from multispectral Sentinel-2 imagery, reaching a 73% F1-score with U-Net and SegNet. Six months at IIT Mandi pulling usable signal out of EEG recordings. Two IEEE conference papers came out of separate work, one on cardiovascular risk prediction and one on personality analysis from handwriting. I graduated with a Bachelor of Engineering in Computer Science from Chandigarh University in 2025. I'd rather you check the work than take my word for it: the models below are deployed and runnable, and the notebooks are published.
Helping Node2.io build BuildingSync, an AI-native property-management platform. The integrated LLMs work as a real copilot for building managers, pulling up analytics, sorting urgent complaints, catching maintenance issues like elevator faults before they escalate, and making sense of legal and financial paperwork. Across 265+ commits, I've shipped governance voting, amenity booking, Postgres RLS hardening, and the BM KPI dashboards.
View RepositoryDeveloped Deep Learning models for landslide detection using multispectral Sentinel-2 data, achieving a 73% F1-score. Enhanced performance through implementation of U-Net, AlexNet, and SegNet architectures for semantic segmentation tasks.
View CertificateApplied Machine Learning and Deep Learning techniques to Electroencephalogram (EEG) data for measuring electrical activity in the brain. Enhanced algorithms for precise information extraction and signal processing from neural data.
Built a free, local security scanner that finds vulnerabilities before they ship — static analysis for secrets, SQL/command injection and XSS, plus dependency scanning via OSV.dev, with SARIF, GitHub Action, pre-commit and MCP integrations.
Built a production voice agent that answers inbound home-service calls, classifies the trade, validates the address and returns bookable 2-hour slots — a 12-rule scheduling engine over Google Calendar and Maps drive-times, hardened by 951 pytest cases.
Developed an AI system that accurately predicts Cardiovascular disease in patients by analyzing medical reports and daily routines using ML algorithms, achieving 94% accuracy.
Created an AI model for plant disease classification using CNN algorithms across 11 distinct plant species, achieving 99% accuracy.
Built a feature-selection-driven Logistic Regression classifier for coronary artery disease on the UCI Cleveland dataset, achieving 0.89 ROC-AUC with 83% accuracy.
2023 12th International Conference on System Modeling & Advancement in Research Trends (SMART) · IEEE
View on IEEE2024 First International Conference on Data, Computation and Communication (ICDCC) · IEEE
View on IEEEIBM · Coursera
DeepLearning.AI · Coursera
I'm open to interesting opportunities and collaborations in AI engineering and applied machine learning. Whether you have a question or just want to say hi, I'll try my best to get back to you!
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