I'm an AI & Data Science student with a keen interest in leveraging data to solve real-world problems. Passionate about machine learning and web development, I enjoy building impactful applications and exploring new technologies. My goal is to turn data into meaningful insights and drive innovative solutions. With a strong foundation in AI and coding, I’m excited to contribute to the future of intelligent systems.
Download CVI am an Artificial Intelligence and Data Science student with a passion for leveraging data and
technology to solve real-world problems. Proficient in Python, R programming, Power BI, Tableau,
and MySQL, I have a solid foundation in data analysis, visualization, and machine learning. My
interest in full-stack development has also led me to explore the MERN stack, MongoDB, and web
development with HTML, CSS, and JavaScript.
Driven by curiosity and a love for learning, I am
constantly exploring new technologies and advancing my skills to make meaningful contributions
in the fields of AI and data science.
A Flipkart clone built using HTML, CSS, and JavaScript is a front-end project that mimics the user interface of an e-commerce platform. It includes features like product listings, a shopping cart design, and responsive layouts. The project focuses on creating visually appealing and interactive web pages.
The Crop Recommendation System is a machine learning-based project designed to suggest the best crop for cultivation based on specific input parameters like soil composition, climate conditions, and location. It employs Logistic Regression as the primary algorithm for predictions.
The Titanic Survival Prediction project uses machine learning to analyze passenger data and predict their chances of survival during the Titanic disaster. It involves data preprocessing, exploratory data analysis, and training classification models like Logistic Regression or Random Forest. This project is a great starting point for learning binary classification and feature engineering techniques.
The Movie Rating Prediction project leverages machine learning to predict user ratings for movies based on features like user preferences, movie genres, and historical data. Techniques like collaborative filtering, content-based filtering, or hybrid recommendation systems are commonly used. This project helps in understanding recommendation systems and regression or ranking algorithms.
I'm always open to new opportunities, ideas, and collaborations—let's connect!