Electrical engineering fascinates me because it connects abstract logic with practical innovation. My work spans digital logic, circuit design, and embedded systems, with projects ranging from theoretical models to real-world hardware applications.

Using Logisim, I have built and simulated logic gates, adders, multiplexers, ALUs, and simplified CPU architectures, strengthening my grasp of how processors execute instructions at the core level.

Beyond simulation, I bring ideas to life with Arduino and Raspberry Pi. Arduino has allowed me to explore sensor integration, motor control, and automation projects, while Raspberry Pi has opened opportunities for IoT solutions, Python-based hardware control, and small-scale networked systems.

My focus is not just on functionality, but on designing systems that are efficient, scalable, and impactful — whether it’s experimenting with processor logic, creating interactive electronics, or developing smart devices that respond to the needs of people and industries.