
Discover how AWS S3 tables automate maintenance for iceberg on S3, eliminating manual tasks, enabling easy integration with SageMaker, Athena, and Redshift, and boosting query speed.
Create a table in Athena within the test one namespace using an iceberg table, daily_sales (sale_date, product_category, sales_amount) partitioned by month, and configure the S3 results location.
Create a custom IAM policy and role to allow a local script to perform S3 table operations via the glue iceberg endpoint, with access to glue APIs and lake formation.
Install required python libraries (pyiceberg, pandas, pyarrow) and verify python 3.7+ and pip 22.2.2+; then create admin s3 tables user keys, configure aws cli credentials, and verify identity.
Create the S3 tables iceberg endpoint client policy and an IAM role with a trust policy allowing the admin S3 tables user to assume it, enabling read and write access.
Learn to use S3 Tables Catalog library for Iceberg to interact with S3 tables from a Scala and Spark client deployed on AWS, with IAM role permissions and Spark validation.
Define identity based policies to secure S3 tables by mapping IAM principals to table bucket and table permissions. Configure actions, ARNs, conditions, lambda to tailor admin, standard user access.
Configure lake formation permissions to enforce fine-grained access on S3 tables with database, table, column, row, and cell level controls, using data filters and the SageMaker Lake House integration.
Leverage the aws cli to manage s3 tables by creating, querying, and deleting table buckets. Configure encryption and maintenance settings and manage table bucket policies with iam permissions.
Welcome to “AWS S3 Tables for Beginners: Foundation of Modern Analytics” — your complete introduction to one of AWS’s newest and most powerful analytics services.
This course is designed to help you understand, set up, and work with AWS S3 Tables, a modern, open table format built on Apache Iceberg, that brings data warehouse reliability to data lakes.
By the end of this course, you’ll have the skills to create, query, and manage S3 Tables efficiently — and understand how they fit into the broader AWS analytics ecosystem alongside Athena, Redshift, Glue, and Lake Formation.
What You’ll Learn
What AWS S3 Tables are and why they matter in modern analytics
How S3 Tables differ from traditional S3 data lakes and Redshift data warehouses
The role of Apache Iceberg and how it enables schema evolution, time travel, and ACID transactions
How to create and query S3 Tables using Sagemaker Lakehouse, Glue Iceberg Endpoint, S3 Tables Iceberg Endpoint and Catalog
How to secure your tables using IAM, Resource Policies and AWS Lake Formation
Best practices for managing metadata, compaction, and snapshot cleanup
Hands-on examples of building and accessing S3 Tables via catalogs and APIs
Course Structure
Introduction – Understand the evolution from data lakes to lakehouses and where S3 Tables fit in
Getting Started – Learn how to enable and create S3 Tables in your AWS account
Accessing S3 Tables – Query data using Sagemaker Lakehouse, Glue Iceberg Endpoint, S3 Tables Iceberg Endpoint and Catalog
Securing S3 Tables – Apply IAM level, Resource level and fine-grained access at table, column, and row-level using Lake Formation
Managing S3 Tables – Explore maintenance tasks such as compaction, schema evolution, and metadata optimization
Conclusion – Recap and understand how S3 Tables simplify and modernize data analytics on AWS
Who This Course Is For
Data engineers, analysts, and cloud architects exploring AWS analytics services
Professionals transitioning from traditional data warehouses to data lakes or lakehouses
Anyone who wants to understand how open table formats like Iceberg are changing cloud data management
Prerequisites
Basic understanding of AWS (S3, IAM, Athena, or Redshift) is helpful but not required
Awareness on Data Engineering Concepts and Technologies including Data Lake, Open Table Format, Apache Iceberg, Apache Spark and PyIceberg
Why Take This Course
AWS S3 Tables simplify the complexity of self-managed data lakes by automating maintenance, improving query performance, and ensuring data consistency.
With this course, you’ll gain both conceptual clarity and hands-on understanding of how to build reliable, scalable, and open analytics systems on AWS.