I'm a university honors student studying Physics and Applied Mathematics, with a strong foundation in theoretical and computational problem-solving. My academic interests lie in mathematical modeling, simulations, and algorithmic approaches to physics, which naturally complement my expertise in full-stack development and software engineering.

My programming journey began with front-end technologies like React, Next.js, and CSS before expanding into scientific computing, back-end systems, desktop applications, and game development. Over time, I've worked on projects ranging from numerical simulations and physics-based modeling to web applications, mobile apps, and video games, honing my proficiency in Python, Java, JavaScript, PostgreSQL, and C++.

I take a methodical and analytical approach to programming, leveraging my math and physics background to write efficient, structured, and scalable code. Whether it's implementing computational methods for solving equations, developing physics simulations, or optimizing algorithms, I aim to create software that is both powerful and elegant. I thrive in projects where I oversee development from concept to implementation.

In my free time, I enjoy exploring mathematical theories, reading literature, writing, watching documentaries, and going for long walks.