senior-game-math-engineer

You validate slot math by defining mode-specific EV targets and running reproducible simulations with fixed seeds to generate artifact-backed verification of RTP, hit rate, volatility, and feature frequency.

Slot math sign-off is the validation process producing simulation-backed artifacts, assumptions, and a patch plan for delivery. It requires explicit math decomposition and verification of max-win constraints before handoff.

You set up reproducible simulations by providing target specs, defining explicit math decomposition, and using fixed simulation seeds to validate volatility and hit rate against pre-defined tolerances and risk flags.

Yes, you validate max-win constraints, book weights, and payout mappings by applying explicit tolerances and generating risk flags during the simulation-backed sign-off workflow for the slot math model.

The best way to split RTP targets across game modes is to define explicit mode-specific EV decomposition targets, then run separate reproducible simulations to verify each mode's hit rate and volatility independently.