AI system for energy demand forecasting and grid optimization. Uses time series analysis and weather data to predict energy consumption, optimize renewable energy integration, and prevent grid failures.

Dumping all my childhood passion of electronics & electrical into this central repo. It can be DIY Projects of the past, Concepts gathered during B.Tech or the ones that I got to learn in K-12.

(Under Construction )Open-source energy operating system for managing Distributed Energy Resources (DERs). Features digital twin simulation, LSTM forecasting, MILP optimization, multi-protocol adapters (Modbus/MQTT/DNP3/IEC61850/OPC-UA), and a FastAPI REST API. Production-ready with Docker, Kubernetes, and CI/CD.

A complete engineering design of an off-grid solar PV system for a residential load in Al Ain, UAE. The project includes load analysis, PV sizing, inverter and battery selection, and uses real solar radiation data to ensure an efficient, reliable, and optimized system design.

FPGA-based solar-powered EV charging station with FSM-based charge control and MPPT implementation for efficient energy management. Designed in Verilog with ModelSim validation. Achieves real-time control, reduced peak demand, and improved battery health; accepted as a CRC Press/Taylor & Francis book chapter.

A collection of my independent research projects focused on renewable energy, power systems, and sustainable engineering solutions.