
Building an Arduino-Based Digital Multimeter
Learn how to create a functional digital multimeter using Arduino, measuring voltage, current, and resistance with high accuracy.
Learn how to create a functional digital multimeter using Arduino, measuring voltage, current, and resistance with high accuracy.
Complete guide to connecting ESP32 sensors to cloud platforms, enabling real-time monitoring and data visualization.
Exploring smart grid technologies and simulating power distribution systems using MATLAB Simulink for efficient energy management.
A precise digital multimeter built with Arduino, featuring voltage, current, and resistance measurements with LCD display.
Advanced Maximum Power Point Tracking solar charge controller with microcontroller-based control system.
Advanced online UPS system with seamless power backup, battery monitoring, and intelligent load management.
an optimistic human being.
a passionate Electrical and Electronic Engineering student at Daffodil International University.
I specialize in embedded systems, IoT, and IT-related technologies, and I love solving real-world problems especially in the fields of embedded systems, IoT, and IT. Always eager to grow, I actively seek out new learning opportunities and enjoy connecting with others who share the same enthusiasm. Beyond academics, I spend my time exploring emerging tech, networking, and building meaningful projects. Let's build the future together!