Workforce analytics and retention modeling. Predict individual employee flight risk, segment by driver, and identify the interventions that move the numbers. Built on XGBoost, SHAP, and hierarchical Bayes conjoint methodology. Deployed across federal, provincial, and Fortune 100 environments.
Conjoint analysis and preference research. Force real tradeoffs in employee benefits, customer purchase decisions, voter choice, and stakeholder policy acceptance. Output is prescriptive: change this attribute, expect this shift in choice.
Quasi-experimental program evaluation. Difference-in-differences, natural experiments, and small-cluster inference. The right design choice depends on the data structure and the question. We pick the one that holds up to scrutiny, not the one that produces the cleanest chart.
Synthetic research. Where time or budget does not allow for full fieldwork, AI-generated profiles produce research-grade insights in days. Useful for early-stage decisions and time-sensitive calls.