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Full-stack Data Science engine: Advanced SQL feature engineering, Customer Segmentation (K-Means), and LTV Prediction using Deep Learning (TensorFlow). Includes automated AI Ethics & Bias auditing.

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πŸ›’ Retail-360: Intelligent Customer Lifecycle Engine

πŸ“‹ Executive Summary

This project demonstrates an end-to-end Data Science pipeline designed to optimize customer retention and revenue. By analyzing raw transactional data, we aim to:

  1. Engineer Features: Transform raw SQL logs into a customer-level "RFM" (Recency, Frequency, Monetary) feature store.
  2. Segment Customers: Utilize Unsupervised Learning (K-Means) to identify distinct customer personas.
  3. Predict LTV: Build a Deep Neural Network (TensorFlow/Keras) to forecast future customer spending.
  4. Audit for Bias: Conduct an AI Ethics check to ensure equitable model performance.

πŸ“„ Model Card: Retail-360 LTV Engine

Model Details

  • Developer: Mickey Moore
  • Model Date: December 2025
  • Model Version: 1.0.0
  • Type: Deep Neural Network (Regressor) for Customer Lifetime Value prediction.

Intended Use

  • Primary Use Case: Prioritizing marketing spend for high-value customers (Predicted LTV > $500).
  • Intended Users: Marketing Analysts, CRM Managers.
  • Out of Scope: Credit scoring or loan approval (model is not robust enough for financial risk assessment).

Factors & Limitations

  • Data: Trained on 10,000 synthetic transaction records (2017-2018).
  • Limitations: The model degrades in accuracy for "New Customers" with less than 3 orders (Cold Start Problem).
  • Bias: Audit performed on 'Region'. Max disparity in MAE was found to be < $5.00, deemed acceptable for marketing purposes.

Ethical Considerations

  • Privacy: All PII (Personally Identifiable Information) was hashed before training.
  • Fairness: We explicitly optimized the model to minimize error variance across geographic regions to prevent "redlining" in marketing offers.

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Full-stack Data Science engine: Advanced SQL feature engineering, Customer Segmentation (K-Means), and LTV Prediction using Deep Learning (TensorFlow). Includes automated AI Ethics & Bias auditing.

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