Projects

A microcontroller-based Traffic Light Controller designed and simulated in Proteus to automate road traffic signals. The project demonstrates sequential signal timing, traffic control logic, and embedded system programming for efficient and safe intersection management.

The growing use of electric vehicles has increased the need for safe, efficient, and intelligent charging systems. This project presents the design of a Smart EV Charging System with IoT-based monitoring and energy management to improve charging reliability, user convenience, and overall system safety. The system uses embedded control and sensor technology to monitor important parameters such as voltage, current, power, charging time, and temperature in real time.

Whenever a fault occurs in an underground cable, it is difficult to detect the exact location of the fault for the process of repairing that particular cable. Diagnosing a fault is challenging and requires the entire cable to be taken out from the ground to check and fix faults. This project work aims to detect and classify fault types with their location. To locate a fault in the cable, the cable must be tested for faults. This system uses MATLAB simulations to analyze electrical signals. The current varies depending on the length of the fault in the cable. The proposed system detects the fault and classifies fault types with the exact location of the fault. This method is tested on the IEEE-9 bus system, showing better speed and accuracy than traditional methods. This solution improves the reliability and efficiency of power distribution networks. Keywords: Fault detection, fault classification, fault localization, neural networks, MATLAB simulation, IEEE 9-bus system, deep learning.

Performed relay coordination study and protection scheme design for an 11kV/415V substation. Included overcurrent, earth fault, and differential protection settings per IEC standards.

Complete electrical system design and implementation for the Maulakali Cable Car project. Involved power distribution, control panel installation, safety interlocks, emergency systems, and PLC integration.Key outcomes: zero electrical downtime since commissioning, 30% reduction in faults through preventive maintenance protocols.