Build a shareable, beginner-friendly gender classification machine learning app with Python, scikit-learn, and data visualizations that make your portfolio pop.
- Why This Project?
- Features
- Demo Preview
- Tech Stack
- Quick Start
- Project Structure
- Dataset
- Evaluation And Results
- Roadmap And Ideas
- Community And Contribution
- Spread The Word
- Hands-on gender classification example built with a transparent decision tree classifier.
- Beginner-friendly walkthrough that doubles as a machine learning tutorial you can share.
- Uses clean visualizations to explain height, weight, and shoe size patterns.
- Ideal for blog posts, portfolio pieces, workshops, classrooms, and hackathons.
- Interactive command line app to predict gender from height, weight, and shoe size.
- Automated setup scripts for Windows, macOS, and Linux so anyone can run it fast.
- Feature importance chart, correlation heatmap, scatterplot, and boxplot for storytelling.
- Lightweight dataset that keeps the focus on the supervised learning workflow.
- Tested codebase (pytest) to help you practice test driven machine learning.
These visuals generate automatically when you run the project, making it easy to screenshot, share, or drop into a blog post about gender classification or decision trees.
- Python 3.9+
- scikit-learn, pandas, numpy
- matplotlib, seaborn
- pytest for regression checks
Windows
cd gender_classification_ml
setup_venv.batmacOS / Linux
cd gender_classification_ml
chmod +x setup_venv.sh
./setup_venv.shcd gender_classification_ml
python -m venv .venv
# Activate the environment
# Windows
.\.venv\Scripts\activate
# macOS / Linux
source .venv/bin/activate
# Install dependencies and run
pip install --upgrade pip
pip install -r requirements.txt
python app.pyRun the tests (optional but encouraged):
python test_app.pygender_classification_ml/
|-- app.py
|-- test_app.py
|-- requirements.txt
|-- setup_venv.bat
|-- setup_venv.sh
|-- README.md
`-- .gitignore
- 11 labeled samples focused on three easy to explain features:
- Height (cm)
- Weight (kg)
- Shoe Size (EU)
- Target label: Gender (Male or Female)
- Perfect for teaching supervised learning, feature scaling discussions, or rapid experimentation.
- Uses a decision tree classifier to keep explainability front and center.
- Prints accuracy, confusion matrix, and feature importance every time you train.
- Swap in other algorithms (RandomForest, KNN, LogisticRegression) to compare performance and publish your findings.
- Deploy the model with Streamlit or Gradio for instant web demos.
- Expand the dataset with open data sources to improve generalization.
- Add hyperparameter tuning notebooks for GridSearchCV experiments.
- Record a walkthrough video or write a tutorial blog post and link it back here for cross promotion.
- Issues and pull requests are open, so share your ideas, visualizations, or alternative models.
- Looking for first contributions? Start with doc improvements, dataset enhancements, or automated tests.
- Join the conversation in Discussions to brainstorm real world applications like retail, biometrics, or personalization.
- Star this repo to keep it on your radar and help others discover it.
- Share your remix on X, LinkedIn, or Reddit with the tag #MachineLearning and link back here.
- Mention this project in your next community talk or newsletter and drop the URL so we can amplify it.
- Cross promote with the companion project
twitter_or_x_sentiment_analysis/for another portfolio ready machine learning build.
Have an idea to make this project more inclusive, accurate, or fun? Open an issue and let us build it together.
