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Data Engineering Best Practices

Data Engineering Best Practices

By : Richard J. Schiller, David Larochelle
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Data Engineering Best Practices

Data Engineering Best Practices

5 (2)
By: Richard J. Schiller, David Larochelle

Overview of this book

Revolutionize your approach to data processing in the fast-paced business landscape with this essential guide to data engineering. Discover the power of scalable, efficient, and secure data solutions through expert guidance on data engineering principles and techniques. Written by two industry experts with over 60 years of combined experience, it offers deep insights into best practices, architecture, agile processes, and cloud-based pipelines. You’ll start by defining the challenges data engineers face and understand how this agile and future-proof comprehensive data solution architecture addresses them. As you explore the extensive toolkit, mastering the capabilities of various instruments, you’ll gain the knowledge needed for independent research. Covering everything you need, right from data engineering fundamentals, the guide uses real-world examples to illustrate potential solutions. It elevates your skills to architect scalable data systems, implement agile development processes, and design cloud-based data pipelines. The book further equips you with the knowledge to harness serverless computing and microservices to build resilient data applications. By the end, you'll be armed with the expertise to design and deliver high-performance data engineering solutions that are not only robust, efficient, and secure but also future-ready.
Table of Contents (21 chapters)
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Architecture Framework – Logical Architecture Best Practices

The need for a more detailed architecture framework will be elaborated upon in this chapter as the logical architecture. As stated in the prior chapter, the framework is documented as a three-level conceptual, logical, and physical architecture, and in this chapter, you will be exposed to the need for a formal way to depict the logical components of the system design that will flow together to implement the capabilities identified at the conceptual level of the design. This will enable you to clearly communicate the to-be state of the IT solution to implementors and vendors.

It also justifies the choices made at the conceptual level where design choices, vendors, and tools were selected after much due diligence. The due diligence process will continue when formulating this logical layer of the architecture. This layer produces an implementable blueprint that is essential to be able to design a solution. It is formulated...

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