April 13, 2024
Updated June 9, 2025
15 minute read
Embarking on a Career as a Serverless Architect
A Serverless Architect is a specialized IT professional who designs and implements applications using serverless computing models. This means they build systems where the cloud provider dynamically manages the allocation and scaling of servers. For those new to the concept, imagine ordering a pizza: you don't need to own an oven or know how to make one; you just order the pizza (the function or service you need) and it arrives. Similarly, Serverless Architects focus on crafting the application's logic and features, while the cloud platform handles the underlying infrastructure.
Working as a Serverless Architect can be incredibly engaging. You'll often be at the forefront of technological innovation, designing solutions that are highly scalable, cost-efficient, and quick to deploy. The role involves a blend of high-level system design and a deep understanding of cloud services, offering a continuous learning experience. If the idea of building cutting-edge, event-driven systems and optimizing cloud resources sparks your interest, this career path could be a thrilling journey.
What is Serverless Architecture?
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Find a path to becoming a Serverless Architect. Learn more at:
OpenCourser.com/career/5y2vog/serverless
Reading list
We haven't picked any books for this reading list yet.
A comprehensive guide to designing and building serverless applications, covering topics such as function types, event-driven architecture, and best practices for scaling and security.
Provides practical guidance on implementing serverless architectures, with a focus on patterns such as API gateways, event sourcing, and distributed messaging.
Provides a comprehensive look at serverless offerings on AWS, including demos and real-world examples.
Dives deeply into the details of serverless architecture using Node.js. If Node.js language of interest for working with serverless applications, then this book very good choice.
Teaches fundamental and advanced techniques to architect serverless solutions on Microsoft Azure.
Focuses on building event-driven serverless applications using AWS Lambda. It provides practical examples and guidance on integrating Lambda with various AWS services to create responsive and scalable systems. It's a hands-on guide for developers working with AWS.
Focuses on building serverless applications using Google Cloud Platform (GCP). It explores GCP's serverless offerings, including Cloud Functions, and guides readers through building applications on the platform. It's a valuable resource for those working within the GCP ecosystem.
Guides readers through different deployment strategies with serverless that can be used to optimize and align with goals.
This books covers serverless across GCP, Azure, and AWS, focusing on using Python for serverless apps.
Focuses on building serverless applications using Node.js and AWS Lambda, covering topics such as creating serverless functions, handling events, and working with databases. It is suitable for developers who want to learn how to build and deploy serverless applications using Node.js.
A practical guide to building and deploying serverless applications, covering topics such as function design, event handling, and testing.
Managing costs is important in serverless environments. provides guidance and strategies for optimizing costs in serverless architectures, covering various aspects of cost management in the cloud. It's a practical guide for architects and developers aiming for cost-efficient solutions.
For those with a Java background, this book offers a practical guide to building serverless applications using AWS Lambda. It delves into programming Lambda functions, integration with other AWS services, and best practices for testing and deploying Java-based serverless applications. It's particularly useful for developers looking to apply their existing skills in a serverless context.
Focusing on Microsoft Azure's serverless offering, this book is ideal for those working within the Azure ecosystem. It covers the basics of Azure Functions, including triggers, bindings, and durable functions, providing practical guidance for building serverless applications on Azure. It serves as a good starting point for Azure-specific serverless development.
Provides a deep dive into building serverless solutions with Azure Functions specifically using the C# language. It covers triggers, bindings, creating custom bindings, and building serverless APIs. It's a valuable resource for developers with a C# background looking to leverage Azure Functions.
Another resource for Azure Functions, this book offers a step-by-step guide with use cases and illustrations. It covers integration with other Azure services, deployment management, and security considerations for Azure Functions. It's a practical handbook for developers and IT professionals using Azure.
Focuses on the strategic advantages of adopting a serverless mindset. It explores how serverless can accelerate development, reduce costs, and improve agility. It's valuable for technology leaders and architects looking to understand the business impact and strategic implications of serverless adoption.
While not exclusively about serverless functions, this book cornerstone for understanding the distributed systems concepts that underpin serverless architectures. It provides essential background knowledge on data storage, processing, and communication in distributed environments, which is crucial for designing robust serverless applications. It's highly recommended for deepening one's understanding of the broader technical landscape.
Focuses on building serverless data architectures using Google Cloud, covering topics such as data modeling, data storage, and data processing. It is suitable for data architects and developers who want to learn how to design and build serverless data architectures on Google Cloud.
Serverless computing key component of cloud-native development. explores patterns and practices for building applications that thrive in the cloud, including concepts relevant to serverless architectures such as microservices, event-driven systems, and resilience. It helps contextualize serverless within the broader cloud-native movement.
Provides a high-level overview of serverless architectures, discussing the benefits, challenges, and design principles involved.
Likely delves into the philosophy and approach behind serverless computing, offering insights into adopting a serverless-first mindset and its implications for software development and architecture. It would be beneficial for understanding the 'why' behind serverless.
Provides a broad overview of the FaaS concept, discussing the benefits, challenges, and use cases for serverless functions.
For more information about how these books relate to this course, visit:
OpenCourser.com/career/5y2vog/serverless
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