
Explore data definition, manipulation, and transaction control languages, and learn how ddl defines schema, constraints, and data types, while understanding referential integrity and table relationships for sql and bi workflows.
Explore core SQL concepts from DDL to DML, including create, alter, drop, and rename, plus insert and update operations, slowly changing dimension type two, and assertions and domain constraints.
Learn SQL basics for defining and modifying tables, focusing on alter table syntax, adding or dropping columns, renaming, with DDL and an intro to DML.
Cover data definition, manipulation, and transaction control languages, explain constraints and data types, illustrate referential integrity and normalization, one-to-many relationships, and authorization for Power BI-ready database design.
Explore read, insert, and update authorization in a MySQL database, discuss slowly changing dimensions, type two, and assertions, and review DDL commands like create, alter, drop, and rename.
Build and explore a sample database by creating a table with columns, a primary key, and varchar fields, practicing ddl, dml, one-to-many relationships, and joins.
Explore DDL concepts, including primary keys and not null constraints, and learn to alter the table by adding, modifying, dropping, and renaming columns in the courses table.
Master renaming in SQL using the rename syntax to change column or table names, and explore DML basics, nested queries, data type validation, and basic transaction concepts in SQL.
Explore the data manipulation language of sql, contrasting procedural and declarative approaches, and learn to retrieve, insert, update, and delete data using select and other commands.
Master select queries to view and calculate salaries, apply aliases, and create temporary columns, then practice insert, update, and delete on the employee and dependent tables with one-to-many relationships.
Practice sql data manipulation with insert, update, delete, and copy operations, using where clauses and employee or dependent IDs, including counts and between ranges.
Manage database changes using transaction control language with commit, rollback, and savepoints, and explore data control language with grant and revoke, plus not null and primary key constraints.
Create and constrain an employee table using domain constraints, not null, and check conditions to ensure positive, unique IDs and non-null names, and explore primary, foreign, and unique keys.
Learn to create and modify tables with not null, primary key, and foreign keys constraints, and enforce data integrity using current date and boolean checks in SQL.
Learn how primary keys enforce uniqueness and not null constraints, and how foreign keys link tables, including composite primary keys and practical sql syntax for creating and altering tables.
Learn to create and manage foreign key constraints between tables, alter and drop constraints, and compare truncate versus delete for loading and maintaining data integrity in SQL.
Explore how to manage large tables with delete and truncate, understand triggers and trade-offs, work with union, union all, and intersect, and load 10,000 rows into a big data table.
Are you ready to future-proof your data skills in the era of Agentic AI and autonomous systems?
This course—Mastering Agentic AI SQL for Intelligent Data Systems—is your gateway to building robust SQL-based solutions that power intelligent agents, real-time applications, and decision-making systems. Designed by Akhil Vydyula, Lead Data Engineer at Publicis Sapient and former Senior Data Scientist at PwC, this course is packed with real-world use cases, advanced SQL logic, and AI integration techniques you won’t find elsewhere.
Whether you're a data analyst, ML engineer, backend developer, or an AI enthusiast, you’ll gain hands-on experience crafting queries that serve real-time agents, drive machine learning pipelines, and scale across distributed environments like AWS and PostgreSQL.
What You’ll Learn:
The architecture of Agentic AI systems
Writing optimized SQL queries for large-scale AI pipelines
Building feature stores, embedding tables, and real-time analytics
Leveraging SQL with Python and LangChain
Postgres + AWS + S3-based data lake transformations
Live projects using PySpark, SQL, and cloud workflows
Working with incremental data loads and real-time orchestration
Practical tricks to reduce latency and improve data freshness
By the end, you’ll be able to design, implement, and scale SQL workflows that directly empower AI agents, drive intelligent automation, and enhance decision systems.