Data Engineering for AI and ML Pipelines: A Practical Guide to Building Reliable Data Systems for Machine Learning and Artificial Intelligence - Sam, Ben A
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Data Engineering for AI and ML Pipelines: A Practical Guide to Building Reliable Data Systems for Machine Learning and Artificial Intelligence
Sam, Ben A
Synopsis "Data Engineering for AI and ML Pipelines: A Practical Guide to Building Reliable Data Systems for Machine Learning and Artificial Intelligence"
Your model is only as dependable as the data system that feeds it. Most machine-learning failures in production start in the data, not the model. A file arrives late, a schema changes without warning, or a feature is calculated one way in training and another in production. Data leakage can make a model look excellent until it goes live. Data Engineering for AI and ML Pipelines teaches you to build the systems that prevent these failures. The book is organized around six layers: Ingest, Transform, Validate, Store, Serve, and Monitor. One project runs through all of them. In 14 stages, you'll build a customer-churn pipeline for Northwind Stream, a fictional subscription business, taking it from raw files to a monitored, governed production system. Inside, you will learn how to: Ingest data reliably and enforce schemas and data contracts Transform, validate, and test data before it reaches a model Choose between warehouses, data lakes, and lakehouses, and model data for ML Engineer features and prevent leakage and training-serving skew Build pipelines that can be safely rerun and backfilled Serve features for batch and real-time predictions Monitor data freshness, drift, and model performance Apply security, privacy, and governance Chapters include tested Python and SQL code, troubleshooting guidance, key takeaways, and knowledge-check questions. The appendices provide a data dictionary, an engineering checklist, and a project code map. A glossary and index complete the book. It is written for readers who know Python and basic SQL. That includes aspiring data engineers and data scientists, as well as ML and software engineers moving into production work.