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Databricks Generative AI Engineer Associate Practice Exams
New
101 students

Databricks Generative AI Engineer Associate Practice Exams

Exam-style questions with full explanations: RAG, Vector Search, Mosaic AI, MLflow, agents and governance
Last updated 8/2026
English

What you'll learn

  • Pass the Databricks Certified Generative AI Engineer Associate exam using original questions written to the current published exam guide
  • Design LLM-enabled applications: choose models, frame the problem, and decide when retrieval, fine-tuning or prompting is the right approach
  • Prepare data for generative AI — chunking strategy, embeddings, metadata and the source quality that determines retrieval performance
  • Build retrieval augmented generation pipelines and multi-stage reasoning chains that hold up under real queries
  • Use Vector Search, Model Serving and foundation model endpoints correctly, including scaling and cost considerations
  • Manage the prompt and model lifecycle with MLflow, including versioning, logging, registry and deployment
  • Evaluate and monitor generative AI systems using model-based judges, evaluation metrics and inference tables
  • Apply governance and security through Unity Catalog: access control, lineage, sensitive data handling and responsible AI guardrails

Included in This Course

300 questions
  • Exam 175 questions
  • Exam 275 questions
  • Exam 375 questions
  • Exam 475 questions

Description

Pass the Databricks Certified Generative AI Engineer Associate exam on your first attempt.

There is a gap between understanding how large language models work and shipping one into production on a specific platform. This exam lives entirely on the far side of it. Reading about transformers will not carry you through, because the majority of the questions are about building and deploying on Databricks — chains, retrieval pipelines, vector search, model serving, and the infrastructure that holds them together. Candidates who arrive fluent in general LLM APIs but unfamiliar with Unity Catalog, MLflow and Mosaic AI consistently underestimate it.

The exam was also updated, and the current version tests material that older study resources simply do not contain: prompt versioning and lifecycle management, agent evaluation using model-based judges, and inference tables for production monitoring. If your preparation predates that update, you are studying a section structure that no longer matches the exam.

What you get

  • Full-length practice tests that mirror the structure, difficulty and pacing of the live exam

  • A detailed explanation on every single question — every option addressed individually, because the wrong answers here are usually approaches that work in a notebook and fail in production

  • Blueprint-weighted coverage of all six domains: designing applications, data preparation, application development, assembling and deploying applications, governance, and evaluation and monitoring

  • Heaviest weighting on application development and deployment, matching the exam's own emphasis

  • Current exam content, including prompt lifecycle management, agent evaluation and inference monitoring

  • Scenario-based questions carrying real constraints — retrieval quality, latency, cost per token, access control and data sensitivity

  • Kept current with the published exam guide, which Databricks revises on a stated schedule

  • Unlimited retakes, randomized question order, mobile-friendly, lifetime access

How to use this course

Sit the first test cold to find your baseline. Expect a split: strong on generative AI concepts, weaker on Databricks-specific implementation, or the reverse. That split is your study plan. Read every explanation, including on correct answers, because several options will often be legitimate techniques separated only by which one suits the stated constraint. Then go and build. Chunk a document set and load it into vector search. Watch retrieval quality change when you change the chunk size. Log a chain, serve it behind an endpoint, and evaluate it. This exam rewards people who have shipped something, however small.

Worth knowing: the certification requires renewal by retaking the current version, and Databricks has been extending this family further into agentic AI, so expect the surface area to keep moving. Preparing against the current guide rather than older material matters more here than on stable certifications.

Before you enroll

You should be comfortable with Python and have some hands-on exposure to the Databricks platform. This is a practice bank for testing readiness, not an introduction to generative AI or to Databricks. Every question here is original and written from the current published exam guide. These are not brain dumps. This course is independent and is not affiliated with, endorsed by, or sponsored by Databricks. Databricks, Mosaic AI, MLflow and Unity Catalog are trademarks of their respective owners.

Who this course is for:

  • Anyone preparing for the Databricks Certified Generative AI Engineer Associate exam
  • Data engineers and ML engineers moving into generative AI application work
  • Software engineers who have built LLM applications elsewhere and now need the Databricks-specific implementation knowledge
  • Data scientists shifting from experimentation into production generative AI systems
  • Consultants and partner-firm engineers who need the credential for client work
  • Databricks-certified professionals adding a generative AI credential to an existing portfolio
  • Not suitable for people new to Python or to Databricks — build those foundations first