Machine Learning Sports Betting Predictor
Budget: $10,000 – $20,000 CAD
I need a complete sports-betting prediction system powered by machine-learning techniques. The model must ingest and crunch every layer of performance data—individual player metrics, overall team statistics, and full historical game results—then output win-probability or spread forecasts that can be called programmatically.
Here’s how I picture the workflow:
• Data pipeline: automated collection and cleaning of player, team, and historical results from reliable public or paid feeds.
• Feature engineering: transform raw stats into meaningful inputs (form trends, injury flags, home/away effects, etc.).
• Model training & testing: build, tune, and validate one or more ML algorithms (e.g., gradient-boosted trees, neural networks). Solid cross-validation and back-testing are essential.
• Prediction service: expose forecasts through a lightweight REST or GraphQL API so I can plug them straight into my staking tool.
• Documentation: explain data sources, model logic, and usage instructions so I can retrain or extend the system later.
Acceptance criteria
– Forecast accuracy beats baseline bookmaker odds or a naïve historical average on a held-out test set.
– Reproducible environment (Dockerfile or requirements.txt).
– Clean, well-commented code in Python (preferred) or an equivalent ML-friendly language.
If you have existing frameworks, feature libraries, or proprietary approaches that accelerate delivery, feel free to integrate them as long as the final solution remains transparent and maintainable.
Here’s how I picture the workflow:
• Data pipeline: automated collection and cleaning of player, team, and historical results from reliable public or paid feeds.
• Feature engineering: transform raw stats into meaningful inputs (form trends, injury flags, home/away effects, etc.).
• Model training & testing: build, tune, and validate one or more ML algorithms (e.g., gradient-boosted trees, neural networks). Solid cross-validation and back-testing are essential.
• Prediction service: expose forecasts through a lightweight REST or GraphQL API so I can plug them straight into my staking tool.
• Documentation: explain data sources, model logic, and usage instructions so I can retrain or extend the system later.
Acceptance criteria
– Forecast accuracy beats baseline bookmaker odds or a naïve historical average on a held-out test set.
– Reproducible environment (Dockerfile or requirements.txt).
– Clean, well-commented code in Python (preferred) or an equivalent ML-friendly language.
If you have existing frameworks, feature libraries, or proprietary approaches that accelerate delivery, feel free to integrate them as long as the final solution remains transparent and maintainable.
Related categories:
Python
Algorithm
Machine Learning (ML)
C++ Programming
Data Science
Neural Networks
RESTful API
Data Analysis