I build real-time products, intelligent systems, and full-stack interfaces with a sharp focus on performance, clarity, and delightful interaction.
Dedicated software engineer with a strong foundation in C++ and JavaScript. Proficient in the MERN stack (Next.js 16, React, Node.js) and PostgreSQL, with a proven track record of building scalable campus solutions.
I'm the founding dev behind CampusEats — a real-time food-ordering PWA designed to serve 3,000+ students at BITS Goa. Member of DevSoc & the Department of Propnights.
Foundation years — built early curiosity around code, systems, and product thinking.
Focusing on software development, machine learning, and hardware logic. Building full-stack code solutions and data-driven algorithms.
Architecting a real-time food-ordering PWA designed to serve 3,000+ students at BITS Goa. Currently in testing phase.
Built adaptive Kalman filter + fuzzy logic sensor selection over an MQTT/InfluxDB IoT pipeline.
Architected a multi-threaded alert engine using rigorous OOP principles with custom exception handling, real-time telemetry logging, and four-tier severity thresholds.
Built a zero-ML genre classifier using STFT + Hamming windows to extract timbre, brightness, and rhythmic volatility into a 3D feature space with deterministic fuzzy-logic vetoes.
Architected a Progressive Web App streamlining food ordering for 3,000+ students at BITS Goa. Live multi-order tracking via Firestore snapshot listeners. Merchant dashboard with sound alerts & automated payment workflows.
Built under Prof. Anirban Das. Fuzzy-logic-based dynamic sensor selection + adaptive Kalman filter fusing 4 heterogeneous temperature sensors. MQTT-based IoT pipeline with dockerised InfluxDB backend.
Developed a deterministic audio analysis pipeline that maps music into a geometric feature space. Extracts spectral centroids, zero-crossing rates, and spectral flux using Fourier Transforms (STFT) with Hamming windows to accurately isolate genre traits without relying on neural networks.
A production-grade, role-based disaster forecasting and alerting engine built from scratch in pure Java, utilizing deterministic mathematical modeling to process multi-source environmental telemetry.
I'm open to internships, collaborations, and ambitious side-projects. Drop a message — I reply faster than my IDE compiles.