Machine Learning Projects
NYSE Stock Analysis & Investment Recommendation System Time Series Analysis
This NYSE Stock Analysis & Investment Recommender project uses time-series analysis and data-driven insights to evaluate historical stock performance (2010–2021) across key sectors like Technology, Healthcare, and Finance. By identifying trends (e.g., AMZN's 25% returns) and calculating risk metrics, it generates tailored portfolios—low-risk for conservative investors (JNJ, UNH) and high-growth for aggressive investors (AMZN, FB)—with validated returns of 10–25%. Built with Python (Pandas, Plotly), this tool transforms complex market data into actionable strategies, empowering investors to make informed decisions.
Lead Scoring Model for X Education
This project develops a lead scoring model for X Education to identify high-potential "Hot Leads" most likely to convert into paying customers. By analyzing historical data, cleaning and preprocessing features, and training a logistic regression model, the solution achieves 81.6% accuracy and an AUC of 0.88, enabling the sales team to prioritize efforts efficiently. Key insights reveal that time spent on the website, lead source (Google/Direct Traffic), and professional background significantly influence conversions, helping optimize marketing strategies and boost enrollment rates.
Identifying Vulnerable Countries for Humanitarian Aid Using Clustering
This project leverages machine learning clustering techniques to identify the world's most vulnerable countries based on economic and health indicators. By analyzing GDP, child mortality, and income data, we pinpoint nations in dire need of humanitarian aid, helping HELP International NGO allocate resources effectively. The top priority countries include Burundi, Liberia, and Sierra Leone, where urgent intervention can save lives and foster sustainable development.
Bike Sharing Demand Prediction Analysis
This project analyzes bike-sharing data to predict demand and help a US-based company recover from pandemic losses. Using Linear Regression, we identified weather, seasonality, and time trends as key factors influencing rentals. The model provides actionable insights to boost revenue through strategic promotions and operational adjustments. Explore the code and findings to see how data science can drive business recovery!
Bank Marketing Campaign: Customer Purchase Prediction
This project predicts term deposit subscriptions for a Portuguese bank using a Decision Tree model. By analyzing 45,211 customer records, we identified call duration and past campaign success as critical drivers of conversions. Despite high accuracy, class imbalance remains a challenge. Explore the code to see how data science can refine marketing strategies and boost campaign ROI!
Twitter Sentiment Analysis Using NLP
This project analyzes 73,996 tweets using NLP to decode public sentiment. By comparing manual labels with TextBlob's polarity scores, we uncovered hidden trends and extreme opinions. Explore the code to see how NLP transforms social media data into actionable business insights!