[ student · builder · open source ]
Aspiring systems engineer building open infrastructure at the intersection of
agentic AI, macroeconomic modelling, and climate–energy systems.
United Nations OICT · EAPD-DRB, UN DESA · Remote
Modular Agent Runtime System
Modular, OpenClaw-inspired personal AI agent from scratch. Six independently deployable modules: persistent storage, multi-platform messaging, hot-loadable plugin runtime, LLM orchestration, dual-layer long-term memory, and proactive scheduling.
May 2026 — present ↗Geospatial Asset Intelligence for Indian Railways
Detects and classifies urban assets (buildings, trees, parks, water, roads, drains, vehicles) from satellite/aerial/drone imagery using a hybrid YOLOv8 + spectral segmentation pipeline.
14-15th May 2026 ↗Integration Framework
Bridges macroeconomic (OG-Core) and physical resource (CLEWS/OSeMOSYS) models via schema-driven ETL, validation, and L2 norm–based convergence. REST APIs, real-time dashboards. Prepared for UN OICT and UN DESA.
Mar – Apr 2026 ↗Autonomous Robot Intelligence Architecture
Modular orchestration system integrating heterogeneous computational models. Configurable pipelines enabling reproducible workflows, iterative execution, and scalable experimentation across environments.
2026 ↗Open Epidemiological-Economic Coupling Framework
Modular Python framework that links epidemiological models with macroeconomic systems by converting disease dynamics into labour and productivity shocks, enabling consistent, real-time analysis of health-driven economic impacts and policy decisions.
2026 ↗Represented India at one of the world's largest Web3 hackathons. Presented DAOverse on a global stage, receiving feedback from international judges and mentors.
Highest contributor to EAPD-DRB/MUIOGO among all GSoC 2026 applicants, with the most merged pull requests in the repository across the selection period.
YouTube channel at the intersection of science, arts, and technology. 500+ subscribers and 150k+ views on long-form content within two months of launch.