I am an aspiring developer with a deep passion for technology and a strong foundation in programming and web development. My journey into the world of coding began with Python, where I developed mini-games that not only honed my problem-solving abilities but also ignited my love for software development. This early experience fueled my curiosity and led me to dive deeper into web technologies, particularly the MERN Stack. Through this, I successfully completed Capstone projects that demonstrate my ability to design and build dynamic, full-stack web applications.
Academically, I have consistently demonstrated my commitment to excellence. I graduated from MIT Junior College with First Class honors, scoring 77%, with Computer Science as my primary focus. My academic journey has provided me with strong analytical skills, attention to detail, and the discipline to tackle complex technical challenges.
In addition to my technical skills, I bring a strong work ethic and a passion for continuous learning. I thrive in environments that challenge me to grow and innovate. My ability to adapt to new technologies and my eagerness to stay updated with industry trends make me a valuable asset to any team. Beyond the realm of coding, I am an active individual who enjoys playing volleyball and swimming, which help me maintain a balanced and energized lifestyle. I am eager to apply my skills and knowledge in a professional setting where I can contribute to impactful projects. I am confident in my ability to tackle challenges, collaborate effectively, and drive innovation, making a meaningful impact in the tech industry.
Recently, I developed a fully dynamic website for a waterproofing startup, which is live and successfully handling customer orders. Alongside, I am working on exciting projects like a smart energy meter with wireless monitoring and a weather-based alert system for farmers. Skilled in the MERN stack, I continuously push myself to learn and implement new technologies, aiming to bridge the gap between tech advancements and real-world needs through practical, efficient applications.
The Ping Pong Ball game is a Python project built using the turtle module, simulating a classic two-player pong game. Players control paddles to keep a ball in motion, with points scored when an opponent misses. The game demonstrates basic physics, collision detection, and event handling, offering a fun way to improve programming and problem-solving skills.
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The Lottery Number Generator app, built with Kotlin, generates random lottery numbers and allows users to share them via email. It features a simple interface, email integration, and showcases skills in random number generation and Kotlin libraries, providing a fun, practical tool for users..
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Built a simple Movie Search app using HTML, CSS, and JavaScript. The app integrates an API to allow users to search for movies and retrieve relevant information such as titles, ratings, and descriptions in real-time.
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Developed a Currency Converter app using React. The app allows users to convert between different currencies and provides real-time conversion rates for accurate calculations.
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