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Free Databricks ML Associate practice test

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Exam breakdown Top domains in this Databricks ML Associate bank
Machine Learning Workflows 45%
About 77 items in this bank
Feature Engineering 22%
About 37 items in this bank
MLflow Tracking 10%
About 17 items in this bank

What Databricks ML Associate covers: Machine Learning Workflows (45%) • Feature Engineering (22%) • MLflow Tracking (10%)

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Databricks ML Associate

Databricks Certified Machine Learning Associate

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Question 1 of 10
Objective seed.025 Model Training

When training a machine learning model on Databricks, which feature allows you to automatically build high-quality models with minimal code using automated feature engineering and hyperparameter tuning?

Concept tested: Model Training: Model training should use appropriate algorithms, evaluation metrics, and validation practices.

A. Correct: AutoML because it automatically builds high-quality models with minimal code using automated feature engineering and hyperparameter tuning.

B. Incorrect: Foundation Model Fine-tuning because it involves customizing foundation models, not building them from scratch with automated tools.

C. Incorrect: Vector Search because it stores and queries embedding vectors for RAG applications, not for model training automation.

D. Incorrect: Distributed Training because it refers to examples of distributed deep learning using frameworks like Ray or DeepSpeed, not automating the creation of high-quality models.

Why this matters: This matters because AutoML simplifies the process of creating machine learning models by reducing the need for manual feature engineering and hyperparameter tuning.
Question 2 of 10
Objective seed.001.7 Machine Learning Workflows

In Databricks ML workflows, which task is essential for preparing data before model training?

Concept tested: Machine Learning Workflows

A. Incorrect: MLflow Tracking records experiments, parameters, metrics, and artifacts to manage the complete lifecycle of model development but does not prepare data for training.

B. Correct: Data preparation involves cleaning, transforming, and organizing raw data before model training.

C. Incorrect: Model deployment involves serving models in production environments, but it does not prepare data for training.

D. Incorrect: Feature engineering transforms raw data into useful model inputs but does not involve the initial steps of data preparation.

Why this matters: This matters because the wrong choice changes how technicians or teams configure, troubleshoot, or support Data preparation.
Question 3 of 10
Objective seed.010 Feature Engineering

What is a necessary condition for using the Unity Catalog Model Registry to manage machine learning models in Databricks?

Concept tested: Feature Engineering: Feature engineering transforms raw data into useful model inputs.

A. Incorrect: This because having MLflow version 3 installed is not a necessary condition for using Unity Catalog Model Registry, although it enhances its functionality.

B. Correct: This because Unity Catalog must be enabled in your workspace to use the Unity Catalog Model Registry for managing machine learning models.

C. Incorrect: This because using the Workspace Model Registry (legacy) is an alternative when Unity Catalog is not available, not a necessary condition.

D. Incorrect: This because creating a new registered model is one of the actions you can perform after enabling Unity Catalog and setting up the prerequisites.

Why this matters: This matters because understanding this prerequisite ensures proper setup for managing ML models centrally with enhanced governance features.
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Question 4 of 10
Objective seed.028 Deployment

When deploying a machine learning model in Databricks, which feature should you use to ensure centralized access control and auditing of your models?

Concept tested: Deployment: Deployment planning considers how a model will be served, monitored, versioned, and updated.

A. Correct: Unity Catalog Models because it extends the benefits of Unity Catalog to ML models, including centralized access control and auditing.

B. Incorrect: Dedicated Compute Mode because it refers to a compute resource requirement rather than a feature for managing model lifecycle.

C. Incorrect: MLflow Tracking Server because it is used for tracking experiments but does not provide centralized access control or auditing features.

D. Incorrect: Workspace Model Registry because Databricks recommends Unity Catalog Models over the Workspace Model Registry for governing and deploying models.

Why this matters: This matters because proper management of model lifecycle ensures security, traceability, and efficient governance of ML models in production environments.
Question 5 of 10
Objective Databricks-mlflow-tracking MLflow Tracking

When practicing Databricks ML Associate, which option belongs under MLflow Tracking?

Concept tested: MLflow Tracking

A. Incorrect: "MLflow Tracking is a package delivery company." does not satisfy the stem as directly as MLflow Tracking records experiments, parameters, metrics, and artifacts. and reflects a different concept.

B. Incorrect: "Artifacts are unrelated to ML experiments." does not satisfy the stem as directly as MLflow Tracking records experiments, parameters, metrics, and artifacts. and reflects a different concept.

C. Correct: "MLflow Tracking records experiments, parameters, metrics, and artifacts." best answers the stem and aligns with the key idea behind MLflow Tracking records experiments, parameters, metrics, and artifacts.

D. Incorrect: "Experiment metrics should never be recorded." does not satisfy the stem as directly as MLflow Tracking records experiments, parameters, metrics, and artifacts. and reflects a different concept.

Why this matters: This matters because the wrong choice changes how technicians or teams configure, troubleshoot, or support MLflow Tracking records experiments, parameters, metrics,....
Question 6 of 10
Objective Databricks-model-registry Model Registry

What is a key feature of Databricks Model Registry?

Concept tested: Model Registry

A. Incorrect: A model registry does more than just serve as a keyboard shortcut; it manages model versions and lifecycle stages.

B. Incorrect: Lifecycle stages directly relate to the readiness of models for deployment, indicating their status in different phases like testing or production.

C. Correct: This option accurately describes how Databricks Model Registry assists with version control and stage management.

D. Incorrect: Tracking model versions is essential for maintaining a clear history and ensuring proper deployment.

Why this matters: Understanding the role of model registry in managing versions and lifecycle stages helps you make informed decisions during development and deployment processes.
Question 7 of 10
Objective Databricks-training Model Training

When training a machine learning model on Databricks, what is crucial to remember?

Concept tested: Model Training

A. Correct: Using appropriate algorithms, evaluation metrics, and validation practices ensures the best possible outcome during model training.

B. Incorrect: Ignoring validation data can lead to overfitting or underfitting of the model.

C. Incorrect: Considering training as merely a storage account name misunderstands the purpose and process of machine learning training.

D. Incorrect: Algorithms and metrics play a critical role in determining the effectiveness and accuracy of a trained model.

Why this matters: Understanding these concepts is important for correctly identifying best practices in machine learning on Databricks, which can help you answer similar questions accurately on exams.
Question 8 of 10
Objective seed.003 Machine Learning Workflows

In Databricks ML workflows, which component is used to track experiments and log parameters, metrics, and artifacts during model development?

Concept tested: Machine Learning Workflows

A. Correct: MLflow Tracking is used to log parameters, metrics, and artifacts during model development, ensuring reproducibility and traceability of experiments.

B. Incorrect: Databricks Feature Store handles feature engineering tasks but does not track experiments or log parameters/metrics/artifacts.

C. Incorrect: Unity Catalog manages data lineage and metadata for tables but does not handle tracking of ML experiments.

D. Incorrect: AI Playground allows no-code development and testing of generative AI models, unrelated to experiment tracking.

Why this matters: This matters because the wrong choice changes how technicians or teams configure, troubleshoot, or support MLflow Tracking.
Question 9 of 10
Objective seed.008.6 Feature Engineering

Which capability of Databricks Feature Store ensures that feature computations used during model training are the same as those used at inference time?

Concept tested: Feature Engineering

A. Correct: The Databricks Feature Store ensures consistency between training and inference by handling all feature computation tasks, eliminating any discrepancies.

B. Incorrect: Automatic scaling for real-time applications is a benefit of Mosaic AI Model Serving, not the Feature Store.

C. Incorrect: Direct access to models from SQL queries is a capability of Mosaic AI Model Serving, not the Feature Store.

D. Incorrect: Integration with Unity Catalog provides governance and lineage tracking but does not directly ensure consistent feature computations.

Why this matters: This matters because the wrong choice changes how technicians or teams configure, troubleshoot, or support Elimination of training/serving skew by ensuring consistent....
Question 10 of 10
Objective seed.030 Deployment

When deploying a machine learning model on Databricks for real-time inference, which feature ensures the service scales automatically to meet varying demand?

Concept tested: Deployment: Deployment planning considers how a model will be served, monitored, versioned, and updated.

A. Incorrect: Automatic scaling based on serverless compute because Mosaic AI Model Serving automatically scales up or down to meet demand changes, saving costs and optimizing latency performance.

B. Correct: Manual scaling based on user input because the service automatically handles scaling without requiring manual intervention.

C. Incorrect: Fixed infrastructure with no scaling capabilities because Model Serving uses serverless compute which allows for automatic scaling.

D. Incorrect: Scaling based on scheduled time intervals because Mosaic AI Model Serving scales dynamically in response to real-time demand changes.

Why this matters: This matters because automatic scaling ensures efficient resource utilization and performance optimization, reducing operational costs and improving service reliability.
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170 verified questions are currently in the live bank. Questions updated at May 13, 2026, 2:07 PM CDT. The daily set rotates at 10:00 AM local time, and each explanation links back to the source used to write it. Use the web set for quick practice, then switch to the app when available for larger banks and deeper review.

Careers and fields this exam supports

Databricks ML Associate is aimed at people working across data and ML workflows where experimentation, pipelines, and platform usage come together.

  • Role examples: machine learning practitioner, data scientist, analytics engineer, and data platform user.
  • Where it shows up: data platforms, applied ML, experimentation, and workflow-driven machine learning.
  • On-the-job payoff: your work happens inside a data platform rather than a purely academic ML environment.
  • Typical next step: It pairs well with cloud ML and AI engineering certs when you want deeper platform-specific practice.
What matters more on Databricks ML Associate

Databricks ML Associate is easiest once you understand what this exam is really rewarding beyond surface memorization.

  • Current emphasis in this bank: Machine Learning Workflows (45%).
  • Questions in this Databricks lane usually separate the right answer from the merely familiar answer by scenario fit, scope, and the exact decision the exam is testing.
  • Best official starting point: Databricks Machine Learning Associate certification.
How to pass Databricks ML Associate

The fastest path is to turn this exam into a repeatable pattern-recognition loop instead of a one-time cram session.

  • Start with the free daily set closed-book so you can see which parts of the ai and data lane still feel weak.
  • Use every explanation as a checkpoint for why the right answer fits the scenario and why the other answer choices do not.
  • Open the official Databricks source when a concept keeps missing so you fix the gap at the source instead of rereading generic notes.
  • Keep repeating the question flow until the scenario wording starts to feel familiar instead of random.
Common mistakes on Databricks ML Associate

The usual misses happen when learners recognize keywords but do not slow down enough to match the scenario to the exact decision the exam is testing.

  • Reading for one familiar keyword and skipping the deeper clue that tells you which ai and data concept actually fits.
  • Memorizing isolated terms without checking why the right answer wins over the other answer choices in the same scenario.
  • Ignoring the official Databricks source after a miss and hoping the next question will feel easier on its own.
  • Repeating the same study loop without turning misses into source-backed review notes.
How to use this Databricks ML Associate practice page

The fastest path is simple: answer the set, review the reasoning, then use the score history and source links to decide what to hit next.

  • Answer the free set first without looking anything up so the score reflects what is actually sticking.
  • Read every explanation, especially the wrong answer choices, so the weaker options stop looking plausible next time.
  • Open the linked source when a concept feels weak, then come back and repeat the question flow while the wording is fresh.
  • Use the 7-day score keeper, related cert links, and comparison pages to decide what to study next instead of guessing.
  • Move into Pro when you want the full bank, timed reps, readiness tracking, and previous-test review.
Official exam resources

Use these official Databricks resources alongside the daily practice set. They cover the provider's own exam page, study guide, or prep material.

Need adjacent Databricks practice pages too? Databricks practice hub.

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