The Employee Performance Predictor is an end-to-end machine learning project designed to analyze employee data and predict future performance levels (High / Medium / Low).
This system simulates a real-world HR analytics workflow used by modern organizations to make data-driven decisions regarding employee growth, training, and retention.
Organizations often struggle to:
- Identify high-performing employees
- Detect low performers early
- Optimize training investments
- Make unbiased promotion decisions
This project solves these challenges using data analytics + machine learning.
✔ Helps HR teams make smarter decisions ✔ Reduces bias in performance evaluation ✔ Improves employee productivity ✔ Enables targeted training & development
- Python 🐍
- Pandas, NumPy
- Scikit-learn
- XGBoost
- Plotly
- Streamlit
Data → Preprocessing → EDA → Feature Engineering → Model → Prediction → Dashboard
Employee-Performance-Predictor/
│
├── app/ # Streamlit dashboard
├── data/ # Dataset
├── models/ # Saved ML model
├── src/ # Core logic (EDA, training)
├── outputs/ # Graphs & results
│ └── screenshots/ # Project screenshots
├── README.md
├── requirements.txt
└── main.py
- 📊 Data Analysis (EDA)
- 🤖 ML Model (XGBoost)
- 📈 Performance Prediction
- 🎯 KPI Dashboard
- 📉 Visualization (Plotly)
- 🧠 HR Decision Insights
The model predicts:
- 🌟 High Performer
- ⚡ Medium Performer
⚠️ Low Performer
git clone https://github.com/sujalkrshaw/employee-performance-predictor.git
cd Employee-Performance-Predictor
pip install -r requirements.txt
streamlit run app/app.py- Model trained on synthetic HR dataset
- Achieved strong classification performance
- Successfully predicts employee performance levels
- Real HR dataset integration
- SHAP explainability
- Deployment (Cloud)
- Employee attrition prediction
Used in companies like:
- Amazon
- TCS
- Accenture
for HR analytics & decision-making.
This project demonstrates how data science can transform HR decision-making using predictive analytics.
Special thanks to Umesh Yadav Sir for guidance and inspiration.
If you found this project useful, consider giving it a ⭐ on GitHub!



