| import streamlit as st |
|
|
| |
| st.markdown(""" |
| ## π Exploratory Data Analysis (EDA) |
| |
| ### π Data Exploration: |
| |
| The dataset was thoroughly explored to understand patterns and relationships among the features that contribute to project risk. |
| The focus was on identifying which factors most influence whether a project is categorized as **Low**, **Medium**, or **High Risk**. |
| |
| ### π Key Observations: |
| |
| - Projects with **high pollution levels** and **low green space** were more likely to fall under **High Risk** |
| - A **smaller distance to industrial areas** significantly increased the risk classification |
| - **Large team sizes** with insufficient environmental planning showed a trend toward higher risk |
| - **Project type** played a major role, with construction and manufacturing projects being riskier on average |
| |
| ### π Visualization Techniques: |
| |
| - **Countplots** to visualize the distribution of categorical variables like project type and risk level |
| - **Boxplots** to analyze budget and team size across different risk levels |
| - **Heatmaps** to study correlations among features and the target (risk level) |
| - **Pairplots** for a multivariate look at environmental and internal features |
| |
| These insights were crucial in **feature selection** and helped improve model accuracy during the training phase. |
| """) |
|
|
| if st.button('Next'): |
| st.switch_page("pages/4 Feature Engineering.py") |
|
|
| if st.button('Back'): |
| st.switch_page("pages/2 Data Understanding.py") |