I’m a Computer Science graduate (Class of 2025) with a deep passion for understanding how technology works from the ground up. I love exploring software systems in their entirety, from their low-level building blocks to high-level architectural design. Over time, I’ve developed a strong interest in building projects with the MERN stack, where I enjoy turning ideas into functional applications. Alongside this, I regularly sharpen my problem-solving skills through Data Structures and Algorithms, as I believe they form the backbone of writing efficient and reliable code.
My curiosity doesn’t stop there—it drives me to dig deeper into core Computer Science concepts. I’m fascinated by Operating Systems, especially concurrency and scheduling algorithms, as they reveal the intricate details of how systems manage resources. I also enjoy working with low-level programming in C, which helps me connect theory with the inner workings of hardware and software. Another area I actively explore is Computer Networks, with a special focus on routing algorithms and how information flows across distributed systems.
Beyond just coding, I’m equally interested in the bigger picture: how systems scale securely, maintain reliability, and operate efficiently in the real world. My goal is to bring together hands-on development experience with robust architectural insights, blending the mindset of a problem-solver with that of a system designer.
Outside of building and coding, I enjoy reading technical books that broaden my understanding of complex systems—some of my favorites include Designing Data-Intensive Applications (O’Reilly), System Design Interview by Alex Xu, and other resources that help me connect theoretical knowledge with practical design patterns.