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Model Soccer Shot Conversion

Last updated: May 25, 2026

Quick Overview

This question evaluates probabilistic predictive modeling, spatial-temporal feature engineering, model calibration and evaluation, and identification of bias, leakage, and sparse-data issues in event-level sports data within the Machine Learning domain.

  • hard
  • Google
  • Machine Learning
  • Data Scientist

Model Soccer Shot Conversion

Company: Google

Role: Data Scientist

Category: Machine Learning

Difficulty: hard

Interview Round: Technical Screen

You are given event-level soccer shot data, and possibly tracking or contextual data. Build a model that predicts the probability that a shot becomes a goal for any location on the field. In your answer, specify: - the prediction target and unit of analysis - useful features from location, geometry, game state, and player context - model choices and why - how to generate a shot-probability map over the field - offline evaluation metrics, calibration strategy, and data-splitting method - key sources of bias, leakage, and sparse-data issues

Quick Answer: This question evaluates probabilistic predictive modeling, spatial-temporal feature engineering, model calibration and evaluation, and identification of bias, leakage, and sparse-data issues in event-level sports data within the Machine Learning domain.

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Google
Dec 29, 2025, 12:00 AM
Data Scientist
Technical Screen
Machine Learning
6
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You are given event-level soccer shot data, and possibly tracking or contextual data. Build a model that predicts the probability that a shot becomes a goal for any location on the field.

In your answer, specify:

  • the prediction target and unit of analysis
  • useful features from location, geometry, game state, and player context
  • model choices and why
  • how to generate a shot-probability map over the field
  • offline evaluation metrics, calibration strategy, and data-splitting method
  • key sources of bias, leakage, and sparse-data issues

Solution

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