Google Cloud

Google Professional Machine Learning Engineer

Google Cloud machine learning, data pipelines, model development, deployment, monitoring, governance, and responsible AI.

PMLE
60Official questions
120 minOfficial duration
70%Practice target

Exam coverage

Skills you will practice

    Practice exam

    Build your session

    Quick start
    Custom setup
    Questions10
    160
    Timer30 min
    Off120 min

    Difficulty

    How to use this practice bank

    Start with mixed, untimed sessions to identify weak areas. Then use focused difficulty sessions and gradually increase the question count and timer until you can sustain the pace of the official exam.

    2026 Exam Guide

    Google Professional Machine Learning Engineer Study Guide

    Current exam coverage, candidate guidance, important topics, and practical preparation advice for the PMLE exam.

    What Is Google Professional Machine Learning Engineer?

    Google Professional Machine Learning Engineer validates the ability to design, build, deploy, monitor, and govern machine learning solutions on Google Cloud. It covers data preparation, model development, MLOps, responsible AI, feature engineering, and production monitoring.

    In 2026, candidates should understand Vertex AI, pipelines, feature stores, model training, evaluation, deployment, drift, explainability, governance, data quality, BigQuery ML concepts, and responsible AI. The exam rewards end-to-end ML engineering judgment.

    Who Should Take This Exam?

    This certification is for ML engineers, data scientists, AI engineers, cloud engineers, and practitioners who operationalize models on Google Cloud.

    Candidates should know machine learning fundamentals, Python concepts, data pipelines, cloud services, model evaluation, and production operations.

    Exam Domains

    ML Problem Framing

    Core

    Business goals, data availability, success metrics, and feasibility.

    Data Preparation and Feature Engineering

    Core

    Data quality, labeling, transformations, feature pipelines, and storage.

    Model Development and Evaluation

    Core

    Training, tuning, metrics, bias, explainability, and model selection.

    Deployment, Monitoring, and Governance

    Core

    Vertex AI endpoints, pipelines, drift, CI/CD, security, and responsible AI.

    Common Topics Covered

    • Vertex AI
    • Pipelines
    • Feature engineering
    • Model evaluation
    • Hyperparameter tuning
    • BigQuery ML
    • Model endpoints
    • Drift monitoring
    • Explainability
    • Responsible AI

    Study Tips

    Study the ML lifecycle as a production system. Know how data quality, feature drift, evaluation metrics, and deployment strategy affect business outcomes.

    Practice matching model and deployment choices to requirements such as latency, explainability, retraining frequency, cost, and governance.

    Practice Questions Overview

    Certoga's Google ML Engineer questions use original scenarios for model development, deployment, monitoring, governance, and responsible AI decisions.

    GCP ML Practice Exam & 2026 Study Guide | Certoga