Alternative Data Intermediate / Advanced 10 min

Alternative Data in ML Scoring: Methods and Limitations

Machine learning methods applied to credit scoring have shifted from theoretical research to standard practice. The models in this program reflect that shift — built from data patterns, validated on real portfolios, and interpreted with tools that regulators and risk teams actually use.

5 weeks duration
9! seats left
4.5 / 5 avg rating (105 reviews)
Alternative Data in ML Scoring: Methods and Limitations program cover
1,990 CAD
Includes access to anonymized sample datasets for all four alternative data source types
enroll now
only 9 spots remaining
format Intermediate / Advanced
duration 5 weeks
category Alternative Data
reading time 10 min
price 1,990 CAD

about this program

Bureau data does not exist for a large share of applicants in Canada and elsewhere. Alternative data sources have generated significant interest as a way to extend credit access — but the technical and regulatory complications are real and often understated.

What counts as alternative data

The course covers four source categories: open banking cash flow data, telco payment records, rental and utility histories, and device or app behavior signals. Each has distinct acquisition methods, quality issues, and legal constraints.

No single source works universally well. Rental history predicts well for some demographics and poorly for others. Device data raises privacy questions that vary by province. These trade-offs are examined directly.

Feature extraction challenges

Raw open banking data arrives as unstructured transaction strings. Categorizing income and expense flows requires text normalization, merchant tagging, and careful handling of irregular income patterns like freelance or gig work.

Alternative data modeling is slower than it looks in conference presentations. Data cleaning alone typically consumes more time than model training.

Regulatory and fairness considerations

PIPEDA compliance, consent requirements for open banking data, and disparate impact risk from proxy variables are addressed in the final module. Deploying alternative data models without this layer creates legal exposure that erases any lift in predictive power.

4.5
based on 105 reviews
what you receive
  • certificate of completion
  • model code and datasets
  • access to Q&A sessions
  • peer review exercises

program curriculum

structured by topic period and learning outcome

foundation
Credit data fundamentals
Working with bureau data, application data, and behavioural variables. Data quality checks and missing-value treatment.
Variable selection and encoding
Weight of evidence encoding, information value, coarse classification — the tooling that still dominates production environments.
model development
Logistic regression as baseline
Why lasso-regularised logistic regression remains a strong default. Scorecard conversion and odds calibration.
Gradient boosting for scoring
XGBoost and LightGBM applied to imbalanced credit datasets. Hyperparameter search without data leakage.
Survival models and through-the-door populations
Handling sample bias from reject inference. Survival analysis for time-to-default outcomes.
validation and deployment
Model performance metrics
Gini coefficient, KS statistic, PSI, and the distinction between discrimination and calibration in regulatory contexts.
Explainability with SHAP
Producing audit-ready explanations for decisions made by tree ensembles. SHAP values in practice, not just theory.
Monitoring and drift detection
Tracking population stability post-deployment. Triggers for model rebuild vs recalibration.
  1. Alternative Data Landscape

    Week 1

    Source taxonomy, data acquisition methods, quality benchmarks, jurisdiction-specific legal constraints.

  2. Open Banking Feature Engineering

    Week 2

    Transaction categorization, income stability metrics, cash flow volatility features, handling gig economy income patterns.

  3. Telco and Utility Data Integration

    Week 3

    Payment regularity features, data linkage methods, missing data rates by demographic segment.

  4. Model Integration and Lift Analysis

    Week 4

    Combining bureau and alternative features, measuring incremental Gini, avoiding multicollinearity with bureau variables.

  5. Compliance and Deployment

    Week 5

    PIPEDA consent frameworks, disparate impact testing on alternative features, documentation for model risk management.

questions? write to [email protected]

ready to work with REAL scoring data?

The program runs on actual credit portfolio datasets under controlled conditions. You leave with code, documentation, and a validated model — not slides. Enrolment closes when seats fill.

duration 5 weeks
9 seats remaining
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