I'm an aspiring AI/ML Engineer with hands-on experience in building intelligent applications using Python, AI Framwork, and No-Code Automation tools. I love working with real-world datasets and deploying interactive web apps.
I'm a BCA student and self-taught ML developer passionate about building data-driven applications. My journey in AI/ML began with a curiosity about how machines can learn from data, and it has grown into a full-fledged passion.
I enjoy solving real-world problems using data and building interactive ML-powered applications. My journey in AI/ML has led me to work on several practical case studies and projects that demonstrate my skills in data analysis, machine learning, and deploying user-friendly web apps. I aim to contribute meaningfully to the tech community while continuously learning and growing.
When I'm not coding, you can find me reading research papers, participating in Kaggle competitions, or contributing to open-source projects in the AI community.
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An AI-powered system that combines multiple specialized agents to analyze stock data, company fundamentals, and market trends. Providing smart Buy, Sell or Hold recommendations to support data-informed investment decisions.
Performed end-to-end data analysis on Airbnb listing dataset. Implemented data preprocessing pipeline. Built predictive models using Random Forest to forecast listing prices based on location, ratings, and property characteristics.
Used Logistic Regression to predict loan approvals based on income, credit history, and employment status. Included data preprocessing, feature engineering, and model evaluation to support decision-making.
Built a neural network to predict delivery times using features like vehicle type, distance, and traffic. Focused on data cleaning, feature selection, and model tuning to improve accuracy and efficiency.
Used clustering (K-Means, TSNE) to group patients by age, BMI, blood pressure, and health conditions, enabling targeted healthcare strategies and personalized treatment plans.
Analyzed sales data to uncover trends in profit, region-wise performance, shipping delays, and top-selling products. Delivered insights using Python and data visualization tools to improve business decisions.
A study combining Bitcoin sentiment data with trader PnL to analyze predictive patterns. Results show an inverse trend—higher “Greed” often precedes lower trader profitability.
I'm always excited to collaborate on innovative AI/ML projects and discuss opportunities in data science. Whether you have a project in mind or just want to connect, I'd love to hear from you!
uzmakhatun0205@gmail.com