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Model Driver Acceptance Probability

Last updated: Apr 20, 2026

Quick Overview

This question evaluates a candidate's competency in production machine learning system design and operationalization, including label definition and unit of prediction, feature availability at decision time, label leakage avoidance, model selection, handling class imbalance, cold-start and delayed outcomes, evaluation and calibration, online experimentation and business metrics, and post-deployment concerns like fairness, feedback loops, and monitoring. It is commonly asked to assess the ability to apply conceptual understanding of labeling and statistical evaluation to practical deployment trade-offs; the domain is Machine Learning/Data Science and the level of abstraction spans practical application and system-level conceptual understanding.

  • medium
  • Uber
  • Machine Learning
  • Data Scientist

Model Driver Acceptance Probability

Company: Uber

Role: Data Scientist

Category: Machine Learning

Difficulty: medium

Interview Round: Onsite

Design a machine learning system to predict the probability that a driver accepts a trip or delivery offer. Your answer should cover: - the prediction target and label definition - the unit of prediction - candidate features available at decision time - how to avoid label leakage - model choices and why - handling class imbalance, cold start, and delayed outcomes - offline evaluation metrics and why calibration matters - online experimentation and business metrics - fairness, feedback loops, and model monitoring after deployment

Quick Answer: This question evaluates a candidate's competency in production machine learning system design and operationalization, including label definition and unit of prediction, feature availability at decision time, label leakage avoidance, model selection, handling class imbalance, cold-start and delayed outcomes, evaluation and calibration, online experimentation and business metrics, and post-deployment concerns like fairness, feedback loops, and monitoring. It is commonly asked to assess the ability to apply conceptual understanding of labeling and statistical evaluation to practical deployment trade-offs; the domain is Machine Learning/Data Science and the level of abstraction spans practical application and system-level conceptual understanding.

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Uber logo
Uber
Feb 27, 2026, 12:00 AM
Data Scientist
Onsite
Machine Learning
4
0
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Design a machine learning system to predict the probability that a driver accepts a trip or delivery offer.

Your answer should cover:

  • the prediction target and label definition
  • the unit of prediction
  • candidate features available at decision time
  • how to avoid label leakage
  • model choices and why
  • handling class imbalance, cold start, and delayed outcomes
  • offline evaluation metrics and why calibration matters
  • online experimentation and business metrics
  • fairness, feedback loops, and model monitoring after deployment

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