​​ Historical Dimension Tracking & SCD Pipeline Implementation Using PySpark and PostgreSQL
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Historical Dimension Tracking & SCD Pipeline Implementation Using PySpark and PostgreSQL

Group: Capstone Project

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Product Category: Cloud & Data Engineering

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Sub Category: Data Modeling & Dimensional Modeling

About this Product

Historical Dimension Tracking & SCD Pipeline Implementation Using PySpark and PostgreSQL is a practical implementation guide that teaches you how to build a production-ready Slowly Changing Dimension (SCD) pipeline using PySpark and PostgreSQL.

This guide demonstrates how to implement SCD Type 1, Type 2, and Type 3 across dimension tables while preserving historical data accuracy for analytics and reporting. You'll build a complete SCD pipeline with row-hash-based change detection, surrogate key resolution, temporal joins, data quality validation, idempotent processing, audit logging, and point-in-time reporting using production-ready engineering practices.

Product Highlights

  • Implement SCD Type 1, Type 2, and Type 3 using PySpark.
  • Build row-hash-based change detection for historical versioning.
  • Resolve surrogate keys using temporal joins.
  • Implement idempotent processing, audit logging, and data quality checks.
  • Validate point-in-time reporting with historical accuracy.
  • Learn scalable and production-ready dimensional data engineering practices.

By completing this guide, you will:

  • Build enterprise-ready SCD pipelines using PySpark and PostgreSQL.
  • Implement historical versioning and temporal data modeling.
  • Apply row-hash change detection and surrogate key resolution.
  • Validate historical reporting with data quality and audit checks.
  • Develop reusable SCD frameworks for dimensional data warehouses.

Why this project matters

Historical accuracy is essential for reliable business reporting and analytics. This guide teaches industry-standard techniques for implementing Slowly Changing Dimensions that preserve historical records, maintain point-in-time correctness, and prevent data changes from rewriting business history—skills expected in modern Data Engineering and Data Warehousing roles.

Historical Dimension Tracking & SCD Pipeline Implementation Using PySpark and PostgreSQL
85% OFF
Topics: PySpark, Slowly Changing Dimensions (SCD), PostgreSQL, Data Warehousing, Dimensional Modeling, Temporal Data Modeling, Data Engineering, ETL Pipeline Development

Languages: English

Skills: PySpark, PostgreSQL, SCD, Row Hashing, Temporal Joins, Data Warehousing, ETL

Business Domain: Data Modeling

Level: Intermediate
$100.00 $15.00

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