Data Bricks

  1. _HµCourse Modules
    Module 1: Introduction to Databricks & Modern Data Engineering
     What is Databricks?
     Lakehouse Architecture Overview
     Difference between Data Lake, Data Warehouse, and Lakehouse
     Setting up Databricks workspace
     Brief tour of the Databricks UI
     Hands-on: Launching your first Databricks Notebook
    Module 2: Spark Essentialsfor Data Engineers
     Spark architecture &execution model
     DataFrames vs Datasets vs RDDs
     Working with PySpark in Databricks
     Hands-on: Reading and writing data using Spark
     Transformations and Actions
    Module 3: Delta Lake and Data Lakehouse
     What is Delta Lake?
     Features: ACID Transactions, Time Travel, Schema Enforcement
     Creating & managing Delta Tables
     Data versioning and rollback
     Hands-on: Converting Parquet to Delta, using Time Travel
    Module 4: Ingesting Data at Scale
     Ingesting batch data (CSV, JSON, Parquet, externalsources)
     Streaming data ingestion (Kafka, Auto Loader)
     Using Databricks Auto Loader
     Hands-on: Streaming data ingestion from cloud storage (S3/ADLS)
     Best practicesforscalable ingestion
    Module 5: Building ETL Pipelines
     Writing modular ETL jobs in notebooks
     Using Databricks Workflows(Jobs API)
     Orchestrating pipelines using Task Dependencies
     Scheduling jobs and alerts
     Hands-on: Building a reusable ETL pipeline
    Module 6: Data Quality and Validation
     Data validation with Deequ or Great Expectations
     Implementing quality checks in Delta
     Handling bad records and nulls
     Logging and alerting with MLflow or other tools
     Hands-on: Quality checks with Delta table constraints
    Module 7: Performance Optimization & Best Practices
     Caching, partitioning, and Z-ordering
     Query optimization and cost reduction
     Choosing the right cluster type and size
     Managing job performance metrics
     Hands-on: Optimizing a slow-running query
    Module 8: Real-Time Data Processing
     Spark Structured Streaming on Databricks
     Window functions and aggregations
     Streaming joins and watermarks
     Handling late data
     Hands-on: Building a real-time dashboard pipeline
    Module 9: CI/CD and Production Readiness
     Version control with Git in Databricks
     CI/CD using Databricks Repos & Workflows
     Managing environments (dev, test, prod)
     Logging, monitoring & alerting strategies
     Hands-on: End-to-end pipeline deployment with Git
    Module 10: Project
    Project Ideas(Choose One):
     Build a real-time data pipeline
     ETL pipeline for a retail sales dataset with Delta Lake
     End-to-end streaming + batch processing pipeline
    ⬛ Outcomes
    By the end of this course, learners will be able to:
     Build production-grade ETL pipelines in Databricks
     Use Spark and Delta Lake effectively
     Automate and schedule jobs using Workflows
     Process batch and streaming data atscale
     Implement CI/CD and deploy end-to-end data pipelines