This course is an independent exam preparation guide and is not affiliated with, endorsed by, or sponsored by the owners of this Certification Programs. The certification names are trademarks of their respective owners.

What will students learn in your course?

• Master the core concepts tested in the Databricks Certified Generative AI Engineer examination.

• Accurately assess your exam readiness using multiple full-length, timed, and realistic practice tests.

• Understand best practices for prompt engineering and LLM interaction within the Databricks environment.

• Demonstrate expertise in deploying and serving LLMs using Mosaic AI Model Serving endpoints.

• Implement effective Retrieval-Augmented Generation (RAG) pipelines utilizing Databricks Vector Search.

• Utilize MLflow for robust tracking, management, and governance of Generative AI models and experiments.

• Identify the critical role of Unity Catalog in governing data and models for GenAI applications on the Lakehouse.

• Analyze detailed explanations for every practice question to reinforce key technical knowledge and concepts.

• Differentiate between various LLM fine-tuning and adaptation techniques supported by the Databricks platform.

• Confidently approach the official certification exam day, minimizing anxiety and maximizing your potential score.

• Explain the architecture and workflow of the Databricks Lakehouse Platform tailored for modern AI workloads.

Master the core concepts tested in the Databricks Certified Generative AI Engineer examination.

Accurately assess your exam readiness using multiple full-length, timed, and realistic practice tests.

Understand best practices for prompt engineering and LLM interaction within the Databricks environment.

Demonstrate expertise in deploying and serving LLMs using Mosaic AI Model Serving endpoints.

Implement effective Retrieval-Augmented Generation (RAG) pipelines utilizing Databricks Vector Search.

Utilize MLflow for robust tracking, management, and governance of Generative AI models and experiments.

Identify the critical role of Unity Catalog in governing data and models for GenAI applications on the Lakehouse.

Analyze detailed explanations for every practice question to reinforce key technical knowledge and concepts.

Differentiate between various LLM fine-tuning and adaptation techniques supported by the Databricks platform.

Confidently approach the official certification exam day, minimizing anxiety and maximizing your potential score.

Explain the architecture and workflow of the Databricks Lakehouse Platform tailored for modern AI workloads.

What are the requirements or prerequisites?

• Basic understanding of Python programming and data structures is required.

• Familiarity with fundamental Machine Learning (ML) concepts and terminology.

• Prior exposure to the Databricks platform interface and basic functionality is beneficial.

• Knowledge of Large Language Models (LLMs), their architecture, and common limitations.

• A strong desire to achieve the Databricks Certified Generative AI Engineer credential.

• Basic knowledge of distributed computing concepts, like Apache Spark, is helpful but not mandatory.

• Understanding of model deployment concepts (e.g., APIs, endpoints, scaling).

• Ability to dedicate time to rigorous practice test simulations and review sessions.

• Access to a web browser and a reliable internet connection for taking the exams.

• Familiarity with the basic purpose and functions of MLflow for experiment tracking.

• No prior expert knowledge of all Databricks GenAI features is strictly required; this course builds readiness.

Basic understanding of Python programming and data structures is required.

Familiarity with fundamental Machine Learning (ML) concepts and terminology.

Prior exposure to the Databricks platform interface and basic functionality is beneficial.

Knowledge of Large Language Models (LLMs), their architecture, and common limitations.

A strong desire to achieve the Databricks Certified Generative AI Engineer credential.

Basic knowledge of distributed computing concepts, like Apache Spark, is helpful but not mandatory.

Understanding of model deployment concepts (e.g., APIs, endpoints, scaling).

Ability to dedicate time to rigorous practice test simulations and review sessions.

Access to a web browser and a reliable internet connection for taking the exams.

Familiarity with the basic purpose and functions of MLflow for experiment tracking.

No prior expert knowledge of all Databricks GenAI features is strictly required; this course builds readiness.

Who is this course for?

• Data Scientists preparing specifically for the Databricks Certified Generative AI Engineer certification.

• Machine Learning Engineers validating their expertise in the Databricks AI/ML stack.

• AI Developers seeking a competitive edge in LLM deployment and RAG system implementation.

• Professionals wanting to deeply understand the Databricks Lakehouse architecture for Generative AI.

• Anyone who has studied the official Databricks study guide and requires realistic, timed practice.

• Consultants needing verifiable credentials demonstrating proficiency in modern AI infrastructure.

• Students aiming for high-demand skills in large-scale LLM operationalization (LLMOps).

• Experienced Databricks users focusing specifically on the Mosaic AI tools and capabilities.

• Technical managers needing to understand the end-to-end GenAI workflow on Databricks.

• Engineers transitioning from traditional ML to Generative AI development roles.

• Individuals looking for the most comprehensive and challenging practice tests available online.

Data Scientists preparing specifically for the Databricks Certified Generative AI Engineer certification.

Machine Learning Engineers validating their expertise in the Databricks AI/ML stack.

AI Developers seeking a competitive edge in LLM deployment and RAG system implementation.

Professionals wanting to deeply understand the Databricks Lakehouse architecture for Generative AI.

Anyone who has studied the official Databricks study guide and requires realistic, timed practice.

Consultants needing verifiable credentials demonstrating proficiency in modern AI infrastructure.

Students aiming for high-demand skills in large-scale LLM operationalization (LLMOps).

Experienced Databricks users focusing specifically on the Mosaic AI tools and capabilities.

Technical managers needing to understand the end-to-end GenAI workflow on Databricks.

Engineers transitioning from traditional ML to Generative AI development roles.

Individuals looking for the most comprehensive and challenging practice tests available online.