Financial Data Engineering with Python: Market, Accounting, and Forecasting Pipeline Design by James Preston, Danny Munrow
English | February 7, 2026 | ISBN: N/A | ASIN: B0GM28Z3P4 | 452 pages | EPUB | 0.56 Mb
Reactive Publishing
Financial data is no longer just stored. It is engineered, validated, versioned, and deployed like production software.
Financial Data Engineering with Python is a practical, system-level guide for building robust financial data pipelines that support market analytics, accounting infrastructure, and forward-looking forecasting models. Designed for financial analysts, data engineers, quant researchers, and technical finance professionals, this book bridges the gap between traditional financial data handling and modern production-grade data architecture.
Instead of focusing on theory alone, this book shows how real financial data systems are structured in high-performance environments where data latency, accuracy, auditability, and reproducibility directly impact decision-making and risk exposure.
Inside, you will learn how to:
* Design resilient market data pipelines for pricing, trading, and risk systems
* Engineer accounting data flows that support reconciliation, audit trails, and reporting integrity
* Build forecasting data layers that integrate historical, real-time, and external macro datasets
* Implement Python-based ETL, validation, and monitoring frameworks for financial workloads
* Structure financial data models for scalability across research, reporting, and production systems
* Reduce data fragility using schema controls, versioning, and automated quality checks
The book emphasizes production reality: messy source data, regulatory constraints, system interoperability, and the need for repeatable, testable data processes across financial organizations.
Whether you are modernizing legacy finance workflows, building institutional-grade analytics infrastructure, or developing next-generation financial data platforms, this guide provides a clear, implementation-focused blueprint grounded in real-world financial data engineering practice.
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