Introduction to SQLand SQL with
Databricks
Presented by: [Your Name]
Team: [Your Team Name]
Date: [Presentation Date]
2.
Agenda
• 1. Whatis SQL?
• 2. Basic SQL Concepts & Commands
• 3. SQL in Real-World Scenarios
• 4. What is Databricks?
• 5. Using SQL in Databricks
• 6. Demo Use Case
• 7. Q&A
3.
What is SQL?
•Structured Query Language
• Used for managing and manipulating relational databases
• Common RDBMS: MySQL, PostgreSQL, Oracle, SQL Server, Azure SQL DB
4.
Basic SQL Concepts
•SELECT: Retrieve data
• WHERE: Filter data
• JOIN: Combine data from multiple tables
• GROUP BY / HAVING: Aggregate data
• ORDER BY: Sort results
• INSERT/UPDATE/DELETE: Modify data
• DDL commands: CREATE, ALTER, DROP
5.
Real-World SQL UseCases
• Data extraction for reporting
• Data validation and profiling
• ETL and data pipelines
• Business Intelligence dashboards
6.
What is Databricks?
•Cloud-based platform for data engineering, ML, and analytics
• Built on Apache Spark
• Supports multiple languages: SQL, Python, Scala, R
• Unified platform for notebooks, jobs, and real-time processing
7.
SQL in Databricks
•SQL is fully supported in Databricks notebooks
• Access Delta Tables using SQL queries
• Use %sql magic command in notebooks
• Connect to external sources: Azure SQL, PostgreSQL, ADLS
8.
Databricks SQL Capabilities
•Interactive dashboards
• SQL editor with auto-complete
• Scheduling and job runs
• Query history and result caching
Sample Use Case
•Load sales data into Delta Lake
• Clean & aggregate data using SQL
• Create dashboard using Databricks SQL editor
11.
Benefits of SQLin Databricks
• Scalability with Spark engine
• Easy integration with cloud storage
• Secure access control with Unity Catalog
• Collaboration through notebooks
12.
Demo (Optional)
• Showa SQL query in Databricks notebook
• Create a Delta Table
• Run basic aggregations
13.
Summary
• SQL isessential for data manipulation
• Databricks enhances SQL with scale and cloud-native features
• Ideal for modern data analytics and engineering