I am a Computer Science and Engineering student dedicated to developing practical, performance-driven solutions. My core interests are rooted in software development and the creation of tools that enhance productivity, including expense tracking systems and interactive web applications. I am deeply engaged in leveraging modern technologies, with a strong emphasis on clean, intuitive, and effective UI/UX design, while consistently honing my problem-solving skills through mathematics and programming. My goal is to design and deliver efficient, user-focused software that streamlines and optimizes everyday tasks.
Strong foundation in languages such as C, C++, Java, or Python, with the ability to write efficient and maintainable code
Solid understanding of core concepts like arrays, linked lists, stacks, queues, trees, and algorithmic problem-solving techniques
Analytical thinking and the ability to design logical solutions to computational and real-world problems
Knowledge of software design principles, debugging, testing, and version control practices
Basic understanding of relational databases, SQL, and data organization techniques
Familiarity with frontend and/or backend technologies for building responsive web applications
Understanding of processes, memory management, and system-level operations
Knowledge of networking concepts such as protocols, client-server architecture, and data communication
Ability to design user-friendly and intuitive interfaces
Experience with tools like Git for collaboration and code management
Ability to identify, analyze, and fix errors efficiently
Capability to manage multiple projects and meet deadlines
Experience working in teams, contributing to group projects, and communicating technical ideas clearly
Willingness to learn new technologies and stay updated with industry trends
A productivity-focused application designed to help users efficiently manage and monitor their daily expenses.
A computational project that generates random undirected graphs and verifies a fundamental principle of graph theory, the Handshaking Theorem.
A structured console-based application developed to manage seating arrangements efficiently for events and ceremonies through systematic booking and data handling.
Feel free to reach out through any of the platforms below. I'm always open to connecting.