📦 Number of Orders Prediction -- E-Commerce
A machine learning project that predicts the number of customer orders
an e-commerce store will receive on any given day using historical patterns,
pricing, discounts and marketing campaign data.
Predict daily order volumes accurately
Help businesses optimize inventory and staffing
Compare multiple ML models to find the best predictor
Provide data-driven business recommendations
orders_project/
│
├── data/
│ ├── orders_raw.csv
│ ├── orders_clean.csv
│ └── predictions.csv
│
├── outputs/
│ └── (10 charts saved here)
│
├── 01_generate_data.py
├── 02_data_cleaning.py
├── 03_eda.py
├── 04_model_training.py
└── 05_insights.py
Type: Synthetically generated -- simulates real e-commerce patterns
Size: 1095 rows -- 3 years of daily data (2021-2023)
Target Column: num_orders -- total orders received per day
Library
Purpose
pandas
Data manipulation and feature engineering
numpy
Numerical computing and data generation
matplotlib
All charts and visualizations
seaborn
Correlation heatmaps
scikit-learn
Linear Regression, Random Forest, metrics
xgboost
XGBoost gradient boosting model
pickle
Save and load trained models
Feature
Description
lag_1
Orders from previous day
lag_7
Orders from same day last week
rolling_avg_7
7-day moving average of orders
is_month_start
First 5 days of month flag
is_month_end
Last 5 days of month flag
quarter
Business quarter (Q1-Q4)
week_of_year
Week number (1-52)
Model
Description
Linear Regression
Baseline -- fits a straight line through data
Random Forest
Ensemble of 100 decision trees
XGBoost
Sequential gradient boosting -- best performer
XGBoost achieved the best accuracy with lowest RMSE
Marketing campaigns boosted daily orders by 25-40%
Weekend orders were 15-20% higher than weekdays
October to December was the busiest quarter (festive season)
lag_1 (yesterday's orders) was the single most important feature
💡 Business Recommendations
Run campaigns in February-May to lift slow months
Increase delivery staff on Fridays for weekend rush
Complete inventory buildup by September for festive season
Use targeted discounts only on Tuesday and Wednesday
Deploy XGBoost every Monday to forecast the coming week
pip install pandas numpy matplotlib seaborn scikit-learn xgboost
python 01_generate_data.py
python 02_data_cleaning.py
python 03_eda.py
python 04_model_training.py
python 05_insights.py