The course aims to equip participants with the knowledge and skills to build, and optimize lakehouses, perform ETL processes using Spark
Difficulty
Hours per week
Live Sessions
Next Date
Objective
Discover the concepts and benefits of data lakes and lakehouses, explore data lake architecture, and understand key considerations and challenges in implementing data lakes and lakehouses.
Gain insights into Apache Spark's role in data engineering, explore the features of the powerful Databricks platform, and learn how to set up and configure Spark and Databricks environments.
Master the art of extracting data from diverse sources, including databases, files, and streaming data. Learn how to ingest and store data in data lakes using Spark and Databricks, handling structured, semi-structured, and unstructured data.
Understand Spark RDDs and DataFrames for efficient data transformations. Apply Spark transformations and actions for data processing and become proficient in using Spark SQL for querying and manipulating data.
Navigate schema evolution and versioning challenges in data lakes. Implement schema enforcement strategies, and learn about metadata and data catalog management within data lake environments.
Leverage Databricks notebooks for seamless data engineering tasks, foster collaborative development, and implement version control in Databricks. Master the creation of data pipelines and job scheduling.
Ensure data quality and governance with Unity Catalog in data lake and lakehouse environments using Databricks. Stay compliant with data regulations and discover best practices for effective data governance.
Acquire best practices for designing and managing data lakes and lakehouses effectively. Explore real-world case studies demonstrating data engineering success with Spark and Databricks. Stay updated on the latest trends and advancements in data lakes and lakehouses.