Shola Ayeotan's Projects
In this project, I analyzed public opinion on climate change using a text-mining approach on Twitter data, uncovering prevalent sentiments and viewpoints.
This project sought to provide valuable insights into the world of clinical research by combining clinical trial data with information on pharmaceutical companies.
This project focused on segmenting customers of a UK-based, online non-store retail company using RFM (Recency, Frequency, Monetary) analysis. The company specializes in unique, all-occasion gifts, and has a broad customer base, including many wholesalers.
This project leveraged ensemble machine learning algorithms to analyze and predict the impact of unforeseen events on insurance claims for All-State, a leading personal insurance company in the US. It encompassed everything from data cleaning to model deployment.
An in-depth and thorough exploration of global economic trends using data obtained from the World Bank's World Development Indicators. Using a combination of statistical and visual analysis, patterns and relationships in economic indicators across countries and continents were meticulously uncovered.
This project explored patterns in household electricity consumption to inform sustainable energy practices, using K-Means and Agglomerative Hierarchical Clustering techniques on an energy usage dataset compiled from observing a residential building in Sceaux, France.
Built on a foundation of data efficiency, integrity, and security, this database system empowered a library to streamline operations and enhance their member experience.
Implemented H20.ai and deep learning models to predict loan eligibility for individuals applying for loans.
This project used ensemble machine learning algorithms to predict customer subscriptions to financial products offered by a Portuguese Bank. The goal was to conduct a comprehensive analysis from end to end, extracting valuable insights into customer behavior and preferences.
This project developed a predictive maintenance model using vibration sensor data to classify faults, optimize maintenance operations, and improve machinery reliability.
Config files for my GitHub profile.