Amazon Web Services

AWS Machine Learning Engineer Associate

Machine learning workflows, data preparation, model development, deployment, monitoring, and responsible AI on AWS.

MLA-C01
65Official questions
130 minOfficial duration
72%Practice target

Exam coverage

Skills you will practice

    Practice exam

    Build your session

    Quick start
    Custom setup
    Questions10
    165
    Timer30 min
    Off130 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

    AWS Machine Learning Engineer Associate Study Guide

    Current exam coverage, candidate guidance, important topics, and practical preparation advice for the MLA-C01 exam.

    What Is AWS Machine Learning Engineer Associate?

    AWS Certified Machine Learning Engineer - Associate validates the ability to build, deploy, monitor, and maintain machine learning solutions on AWS. It sits between foundational AI awareness and advanced ML specialization, focusing on practical ML engineering workflows.

    In 2026, candidates should understand data preparation, feature engineering, model training, evaluation, deployment, monitoring, cost, security, and responsible AI. AWS services such as SageMaker, Bedrock, Glue, S3, IAM, CloudWatch, and model governance capabilities are important for scenario reasoning.

    Who Should Take This Exam?

    This certification is useful for ML engineers, data scientists moving into production workflows, cloud engineers supporting ML systems, and developers who deploy AI-powered applications.

    Candidates should understand basic machine learning concepts and AWS fundamentals. Hands-on experience with data pipelines, model endpoints, and monitoring improves readiness.

    Exam Domains

    Data Preparation for Machine Learning

    Core

    Data collection, cleaning, transformation, labeling, features, and storage.

    ML Model Development

    Core

    Training, tuning, evaluation, algorithms, foundation models, and experiment management.

    Deployment and Orchestration

    Core

    Endpoints, batch inference, pipelines, automation, scaling, and cost controls.

    Monitoring, Security, and Governance

    Core

    Drift, performance, logging, access, privacy, responsible AI, and compliance.

    Common Topics Covered

    • Amazon SageMaker
    • Feature engineering
    • Model training
    • Hyperparameter tuning
    • Batch inference
    • Real-time endpoints
    • Model monitoring
    • Amazon Bedrock
    • IAM
    • Responsible AI

    Study Tips

    Study ML lifecycle flow from raw data to monitored production model. Know which service or control fits data prep, training, deployment, and monitoring requirements.

    Practice identifying operational concerns such as model drift, endpoint scaling, data leakage, access control, cost, and rollback after poor model behavior.

    Practice Questions Overview

    Certoga's AWS ML Engineer questions use original scenarios covering data, model development, deployment, monitoring, and governance decisions.

    AWS ML Practice Exam & 2026 Study Guide | Certoga