Unleashing the Power of XGBoost for Regression in Python
XGBoost is a foundational algorithm for regression tasks and is efficient in handling diverse data and complex relationships. Harness the power of XGBoost, renowned for its speed and effectiveness, and its machine learning capabilities for building an environmental monitoring application.

Language
- English
Topic
- Data Science
Enrollment Count
- 64
Skills You Will Learn
- Artificial Intelligence, Machine Learning, Python, Data Visualization, Data Analysis
Offered By
- IBMSkillsNetwork
Estimated Effort
- 30 minutes
Platform
- SkillsNetwork
Last Update
- September 16, 2025
Using the XGBoost regression model and its efficient analysis of extensive water quality data, you can quickly pinpoint deviations in the data and identify potential issues in our water supply, thereby streamlining the task of safeguarding our water for consumption.
A Look at the Project Ahead
- Clean and preprocess data to prepare it for predictive modeling.
- Conduct exploratory data analysis (EDA) to reveal hidden patterns and relationships within the data set.
- Implement the XGBoost algorithm in Python to build a regressor model for prediction.
- Optimize the XGBoost model hyperparameters to enhance its predictive performance.
- Evaluate model performance using Mean Squared Error (MSE) to quantify prediction accuracy and identify areas for improvement in water quality prediction.
What You'll Need

Language
- English
Topic
- Data Science
Enrollment Count
- 64
Skills You Will Learn
- Artificial Intelligence, Machine Learning, Python, Data Visualization, Data Analysis
Offered By
- IBMSkillsNetwork
Estimated Effort
- 30 minutes
Platform
- SkillsNetwork
Last Update
- September 16, 2025
Instructors
Jigisha Barbhaya
Data Scientist
I am a Data scientist at IBM and Lead instructor at Skills network. I love to learn and educate. I have completed my MSc(Computer Application) specialisation in Data science from Symbiosis University.
Read moreContributors
Wojciech "Victor" Fulmyk
Data Scientist at IBM
I am a data scientist and economist with a strong background in econometrics, time series analysis, causal inference, and statistics. I stand out for my ability to combine technical expertise with clear communication, turning complex data findings into practical insights for stakeholders at every level. Follow my projects to learn about data science principles, machine learning algorithms, and artificial intelligence agents.
Read more