Hello Modern Data Pipelines
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ISBN: 9789365894837
eISBN: 9789365896084
Authors: Raj Kishore Singh
Rights: Worldwide
Edition: 2026
Pages: 252
Dimension: 6*9 Inches
Book Type: Paperback
- Description
- Table of Contents
- About the Authors
Modern organizations rely on data pipelines to transform raw, continuously generated data into timely and reliable insights. As data volume, velocity, and complexity grow, engineers must design systems that support real-time processing, scalability, governance, and operational reliability. Understanding how these pipelines work has become essential for building data-driven products and platforms.
This book provides an end-to-end view of modern data pipeline engineering. It is designed as a practical roadmap that bridges the gap between complex theory and real-world practice for aspiring engineers. It begins with an overview of pipeline objectives and essential ETL/ELT concepts before setting up your technical environment. Readers learn core data engineering principles, pipeline design patterns, ingestion techniques, data processing and transformation strategies, and storage choices. Later chapters focus on data quality, governance, security, real-time processing, orchestration, and monitoring.
By the end of this book, readers will be equipped to design, build, and operate production-ready data pipelines with confidence. They will gain the skills needed to make informed architectural decisions, handle real-world data challenges, and build scalable, reliable systems that support analytics and business decision-making.
WHAT YOU WILL LEARN
● Understand modern data pipeline concepts and architectural foundations.
● Design scalable, modular, and fault-tolerant pipeline architectures.
● Implement reliable batch and real-time data ingestion strategies.
● Transform raw data into analytics-ready datasets efficiently.
● Select appropriate storage systems for performance and scalability.
● Apply data quality, governance, and security best practices.
● Operate, monitor, and troubleshoot production data pipelines.
WHO THIS BOOK IS FOR
This book is for software engineers, data engineers, data architects, and platform engineers who design, build, or operate data-intensive systems. It is also suitable for analytics engineers, cloud practitioners, and professionals transitioning into data engineering roles.
1. Introduction and Overview
2. Data Engineering Essentials
3. Designing Scalable Pipeline Architecture
4. Advanced Data Ingestion and Integration
5. Data Processing and Transformation
6. Strategic Data Storage and Management
7. Ensuring Data Quality, Governance, and Security
8. Real-time Processing and Orchestration
9. Case Studies and End-to-end Project
10. Troubleshooting, Optimization, and Future Trends
Raj Kishore Singh is a principal engineer with over 14 years of experience in software and data engineering. He specializes in designing and building large-scale, cloud-native data platforms, with a strong focus on scalability, reliability, and real-time processing.
He holds a master of technology degree in intelligent systems from IIIT Prayagraj, where he developed a strong foundation in data-driven systems, distributed computing, and intelligent decision-making. This academic background complements his industry experience and informs his approach to designing robust and scalable data architectures.
Over the course of his career, Raj has been involved in building and operating data systems across multiple domains, working with modern data engineering tools and frameworks such as distributed processing engines, streaming platforms, orchestration systems, and analytical data stores. His work emphasizes practical architecture and production-ready solutions that can evolve with changing business and technical requirements.
He has a strong interest in modern data pipeline architecture, real-time data processing, data governance, and operational reliability, and is passionate about simplifying complex data engineering concepts for practitioners at different stages of their careers.
This book reflects his combined industry and academic experience and his commitment to helping engineers build scalable, reliable, and future-ready data pipelines.