From orbital defense systems to AI desktops — every project is a mission. Every line of code, a purpose.
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Every system is engineered from first principles — scalable architecture, real-time data pipelines, and interfaces that feel alive.
B.Tech Computer Science (AI & Data Science) at Sharda University, batch 2025–2029. Building production-grade systems across orbital defense, healthcare AI, fleet intelligence, and e-commerce.
From dyslexia detection via behavioral ML to cardiovascular risk prediction with SHAP explainability — embedding intelligence deep into every layer of the stack.
34,000+ orbital objects tracked. Sub-second WebSocket telemetry. IoT hardware to cloud inference. Every project owned fully, shipped completely.
Subtitle / Projects
Enterprise-grade AODS with a multi-tenant FastAPI backend and immersive 3D orbit visualization. Persistent background schedulers ingest live TLE datasets and synthetic rocket telemetry, streamed via low-latency WebSockets to a Three.js client. Tracks 34,000+ orbital objects through a full SSA pipeline including trajectory propagation, collision probability analysis, CDM processing, debris risk field estimation, and Physics-Informed Neural Networks (PINN) for orbit correction. Autonomous evasion-maneuver engine predicts collision events 72 hours in advance and computes fuel-optimal avoidance maneuvers.
End-to-end platform detecting dyslexia and dysgraphia via behavioral analysis. Next.js + Tailwind + shadcn UI frontend captures structured stroke data ({x, y, time, pressure, type}) from a digital writing canvas and reading modules, sending it to a FastAPI backend. The backend pipeline extracts features — speed, stroke consistency, pressure variation, pauses — feeds them into an ML classifier with SHAP-based explainability, and generates adaptive training plans with XP tracking. Redis handles rate limiting and dashboard caching; PostgreSQL via SQLAlchemy stores users, assessments, results, and tasks. Recharts powers visualization. Frontend on Vercel, backend on Render.
Full-stack IoT fleet intelligence platform with a dark-themed Vanilla JS frontend (Chart.js analytics, Leaflet.js GPS tracking), FastAPI async backend, and PostgreSQL. JWT auth with role-based access. Health engine normalizes sensor values (RPM, engine temp, battery, tire pressure, speed) using weighted degradation logic to compute 0–100 health scores. Risk classifier categorizes vehicles into Low/Moderate/High/Critical states. Computes Fleet Volatility Score (std dev across health scores) and Fleet Risk Exposure Index. IoT-ready: ESP32 + NEO-6M GPS + SIM7600 GSM hardware integration path for real-time OBD-II CAN bus telemetry.
Hospital-centric platform where hospitals register via Firebase Auth, manage patients in Firestore, and submit cardiovascular parameters to a Flask /predict endpoint. Random Forest model computes heart disease probability; SHAP-based explanation engine highlights contributing factors. Longitudinal timeline enables trend analysis. What-if simulation engine lets doctors model health improvements in real time. IoT upgrade path for continuous remote cardiovascular monitoring.
Full-stack e-commerce from scratch: React + Vite storefront and admin panel, FastAPI backend, PostgreSQL via SQLAlchemy ORM. Full purchase lifecycle: browse → variant select → cart → checkout → Razorpay payment → confirmation. Admin panel handles variant-level inventory, order management, promo codes, newsletters. Firebase for auth. Shiprocket for shipping automation with live tracking.
Privacy-first, local-first desktop AI ecosystem built with Tauri v2 + Rust backend and React + TypeScript frontend. Modular Rust agent engine with typed Tauri IPC commands exposes PLAN, BUILD, TEST, DEBUG, and SUMMARIZE agent modes. Real-time event emission. Zustand for state, CodeMirror for editing. Memory persistence and autonomous operation from planning to final output.
Open to global collaborations, freelance work, and full-time opportunities. Let's build something exceptional together.
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From space to healthcare — each system built to production standards, with scalability and elegance at its core.
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