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Master the art of developing scalable, efficient, and secure solutions on Microsoft Azure with this comprehensive course tailored for aspiring Azure developers. You'll gain hands-on experience in deploying virtual machines, managing containerized applications, and implementing cloud-native technologies.

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Master the art of developing scalable, efficient, and secure solutions on Microsoft Azure with this comprehensive course tailored for aspiring Azure developers. You'll gain hands-on experience in deploying virtual machines, managing containerized applications, and implementing cloud-native technologies.

The course begins by setting up your development environment, and walking you through tools like Git, Azure CLI, and Visual Studio. From there, you'll learn to create and manage Azure resources, including App Service Web Apps, Azure Functions, and Cosmos DB. Each module builds on the last, equipping you with the knowledge to design, deploy, and monitor robust applications.

As you progress, you'll dive into advanced topics like securing application data with Azure Key Vault, implementing user authentication with Azure AD, and creating event-driven and message-based solutions using Azure Service Bus and Event Grid. Each topic is supported by real-world exercises to solidify your understanding.

This course is ideal for developers looking to enhance their Azure expertise or prepare for the AZ-204 certification exam. A foundational knowledge of programming and cloud concepts is recommended. Whether you’re a beginner to Azure or looking to deepen your skills, this course offers valuable insights into Microsoft’s cloud ecosystem.

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What's inside

Syllabus

Overview
In this module, we will introduce you to the Developing Solutions for Microsoft Azure (AZ-204) course. You will gain insights into the certification's requirements and learn how to set up your development environment, including tools like Git, Azure CLI, and IDEs like Visual Studio Code and Visual Studio Community Edition.
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Traffic lights

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what should give you pause
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Provides hands-on experience with Azure CLI, equipping learners with practical skills for managing Azure resources and automating tasks, which is essential for cloud development
Covers Azure Functions, enabling learners to build serverless applications, which is a modern approach to application development that reduces infrastructure management overhead
Explores Azure Cosmos DB, a globally distributed database service, which is useful for building scalable and high-performance applications that require low latency and high availability
Includes securing cloud solutions with Azure Key Vault and Managed Identities, which are critical for protecting sensitive data and ensuring compliance with security standards
Requires foundational knowledge of programming and cloud concepts, so learners without this background may need to acquire it before taking the course
Teaches API Management in Azure, which allows learners to create, manage, and secure APIs, but learners should be aware of the costs associated with using this service

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Reviews summary

Preparation for azure az-204 certification

According to learners, this course is a highly valuable resource for those preparing for the AZ-204 certification exam. Students praise the clear explanations and comprehensive coverage of Azure services. The hands-on labs and practical exercises are frequently highlighted as being particularly effective for solidifying understanding and providing real-world experience. While some found certain sections challenging or felt additional resources were sometimes needed, the overall sentiment suggests it's a strong foundation for developing Azure solutions and tackling the exam.
Some topics move quickly, others in-depth.
"Some modules felt a bit rushed, while others went into great detail. Could be more consistent pacing."
"I found some topics needed more explanation or examples, while others were very thorough."
"There were a few areas where I had to seek external resources to fully understand the concepts presented quickly."
Broad range of AZ-204 topics covered.
"This course covers a wide array of services required for the AZ-204, touching on App Services, Functions, Cosmos DB, etc."
"I was impressed by how many different Azure components and services were included in the syllabus."
"The breadth of topics was good, providing a solid overview of the AZ-204 requirements."
Content is easy to follow and understand.
"The instructor explains complex topics clearly and concisely, making it easy to grasp the material."
"I found the explanations in the videos very straightforward and helpful for understanding the Azure concepts."
"The way the course content is presented makes it very accessible, even for tricky subjects."
Practical exercises enhance understanding.
"The hands-on labs were the most valuable part for me. Doing the exercises helped reinforce the concepts explained in the lectures."
"I really appreciated the practical aspect with the labs. It's crucial to get hands-on experience when learning Azure."
"The course provides useful labs that simulate real-world scenarios, making learning much more effective."
Excellent preparation for the AZ-204 exam.
"This course was instrumental in my preparation for the AZ-204 certification exam. It covered the key topics comprehensively."
"I felt well-prepared for the AZ-204 test after completing this course. The topics aligned nicely with the exam objectives."
"If you are studying for the AZ-204, this is a great resource. It hits the important areas needed for the certification."
Best suited for those with foundational skills.
"While the course is good, having some prior experience with Azure or cloud concepts definitely helps."
"I recommend having a basic understanding of programming and Azure before diving into this course."
"As a beginner, some sections were a bit fast-paced and assumed prior familiarity with certain technologies."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Developing Solutions for Microsoft Azure (AZ-204) with these activities:
Review Core Azure Concepts
Reinforce foundational knowledge of Azure services and concepts to better understand the course material.
Browse courses on Azure Fundamentals
Show steps
  • Review the Azure documentation on core services.
  • Complete a practice quiz on Azure fundamentals.
  • Identify areas where your knowledge is weak.
Brush Up on Git Fundamentals
Practice Git commands to ensure smooth collaboration and version control throughout the course.
Show steps
  • Review basic Git commands like commit, push, and pull.
  • Practice branching and merging in a local repository.
  • Familiarize yourself with Git workflows.
Deploy a Simple Web App to Azure
Gain hands-on experience deploying a web application to Azure App Service to solidify understanding of deployment processes.
Show steps
  • Create a basic web application using HTML, CSS, and JavaScript.
  • Create an Azure App Service Web App using the Azure portal or CLI.
  • Deploy the web application to the Azure App Service Web App.
  • Test the deployed web application.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Follow Azure Quickstart Tutorials
Work through Azure quickstart tutorials to gain practical experience with various Azure services.
Show steps
  • Select a few Azure quickstart tutorials related to the course topics.
  • Follow the tutorials step-by-step, paying attention to the details.
  • Experiment with different configurations and options.
Document Your Azure Learning Journey
Create a blog or journal to document your learning process, challenges, and solutions encountered during the course.
Show steps
  • Create a blog or journal using a platform like Medium or a personal website.
  • Document your learning process for each module.
  • Share your insights and solutions with others.
Participate in Study Groups
Join or form study groups to discuss course concepts and solve problems collaboratively.
Show steps
  • Find or create a study group with other students.
  • Schedule regular meetings to discuss course topics.
  • Share your knowledge and learn from others.
Build an Azure Resource Manager (ARM) Template
Create an ARM template to automate the deployment of Azure resources, reinforcing infrastructure-as-code principles.
Show steps
  • Identify the Azure resources you want to deploy.
  • Write an ARM template to define the resources and their configurations.
  • Deploy the ARM template using the Azure CLI or portal.
  • Test the deployed resources.

Career center

Learners who complete Developing Solutions for Microsoft Azure (AZ-204) will develop knowledge and skills that may be useful to these careers:
Azure Developer
An Azure Developer is responsible for designing, building, testing, and maintaining cloud solutions on the Microsoft Azure platform. This role involves coding, implementing cloud services, and ensuring application performance and scalability. This course is directly aligned with the Azure Developer role. This course provides hands-on experience deploying virtual machines, managing containerized applications, and implementing cloud-native technologies. This is ideal for developers looking to enhance their Azure expertise or prepare for the AZ-204 certification exam. Learning to use Azure AD and the Microsoft Identity Platform for robust user access controls is a critical aspect to secure application development.
Cloud Architect
A Cloud Architect designs and oversees the implementation of cloud computing strategies for organizations. This often involves selecting appropriate cloud services, designing the cloud infrastructure, and ensuring security and compliance. This course helps build a strong foundation for this career path. Learning to deploy virtual machines, manage containerized applications, and implement cloud-native technologies all contribute to the skills needed to architect robust cloud solutions. Learning to create and manage Azure resources, including App Service Web Apps, Azure Functions, and Cosmos DB, helps one to design and deploy applications. Securing application data, implementing user authentication, and creating event-driven solutions all prepare one for advanced architecture design and management.
Application Architect
An Application Architect is responsible for designing the architecture of software applications. The Application Architect chooses the technologies used to build applications and ensures the application meets performance, security, and scalability requirements. This course gives a strong basis for considering these different requirements when making decisions on an application's architecture. You will learn how to implement secure cloud solutions and also learn how to implement caching for solutions. In addition you'll be able to troubleshoot using metrics and log data.
Cloud Security Engineer
A Cloud Security Engineer implements and manages security measures to protect cloud-based systems and data. This course helps to build expertise in critical aspects of cloud security on the Azure platform. This course teaches one how to implement secure cloud solutions. By leveraging Azure Key Vault, Managed Identities, and App Configuration, one learns to safeguard sensitive information and integrate security best practices into their applications. Learning to implement user authentication with Azure AD and the Microsoft Identity Platform can provide the security skills needed of a Cloud Security Engineer.
Solutions Architect
A Solutions Architect is responsible for designing and implementing solutions to address business problems. This involves understanding client requirements, designing the solution architecture, and overseeing the implementation process. As this course covers a broad range of Azure services and development techniques, it helps to meet the demands of a Solutions Architect. Learning to create and manage Azure resources, implement user authentication, and develop event-driven solutions all provide the breadth of knowledge needed to design comprehensive solutions. Learning to implement API Management is also valuable in creating scalable solutions.
API Developer
An API Developer designs, develops, and tests Application Programming Interfaces, which allow different software systems to communicate with each other. Because this course covers API Management, this course can provide an entry into becoming an API Developer. It will allow you to learn to create and manage APIs, enforce policies, and implement authentication to ensure secure and efficient API consumption. The course helps one to learn how to connect different systems together.
Technical Lead
A Technical Lead manages a team of developers and guides the technical direction of a project. This involves overseeing the development process, ensuring code quality, and mentoring team members. Because this course provides a wide overview of Azure's services, it helps potential technical leads to guide and manage teams working on Azure projects. This course will allow you to learn to create and manage APIs, enforce policies, and implement authentication to ensure secure and efficient API consumption. This course also teaches one to implement caching mechanisms using Azure Cache for Redis to optimize application performance.
Database Administrator
A Database Administrator (DBA) manages and maintains databases, ensuring data is stored securely and is accessible when needed. This course provides a strong foundation for those wishing to manage databases in the Azure cloud. You will learn to develop solutions that use Cosmos DB storage and blob storage. The DBA will learn to implement robust partitioning, optimize consistency levels, and utilize change feeds to develop high-performance and scalable applications. This will allow the DBA to deliver data management solutions.
Software Engineer
A Software Engineer designs, develops, and tests software applications. This is a broad field, and the knowledge obtained in this course can specialize a software engineer in cloud development. This course allows one to learn to build scalable solutions using triggers and bindings, along with durable workflows for complex orchestrations, empowering one to create event-driven applications. This course also emphasizes securing cloud solutions. By leveraging Azure Key Vault, Managed Identities, and App Configuration, one learns to safeguard sensitive information and integrate security best practices into their applications.
Technical Support Engineer
A Technical Support Engineer provides technical assistance to customers and helps them resolve issues with software or hardware. This course may be useful for Technical Support Engineers who support Azure-based applications. You will learn to troubleshoot solutions by using metrics and log data. The course will allow one to use Application Insights to gather actionable metrics and logs, as well as implement web tests and alerts to ensure smooth application performance. One can then assist customers in fixing any problems.
DevOps Engineer
A DevOps Engineer automates and streamlines the processes of software development and deployment. DevOps Engineers work with developers and IT staff to oversee code releases and infrastructure management. Given that this course covers environment setup, Azure resource management, and application deployment, this course may be useful for aspiring DevOps Engineers. This course helps one learn to provision virtual machines, deploy ARM templates, and work with containerization technologies. This facilitates efficient and scalable solution deployment. Using Application Insights to gather actionable metrics and logs is invaluable for ensuring smooth application performance in a DevOps environment.
Systems Administrator
A Systems Administrator is responsible for managing and maintaining computer systems and servers. This course may be valuable for systems administrators who are transitioning to managing cloud-based systems. Learning to provision virtual machines, deploy ARM templates, and work with containerization technologies allows system administrators to efficiently manage their cloud infrastructure. This course also emphasizes monitoring and troubleshooting Azure solutions, giving one the tools to ensure smooth system performance.
Integration Specialist
An Integration Specialist works to connect different software systems and ensure they communicate effectively. This course may be particularly useful for those aiming to specialize in cloud-based integrations. This course will allow you to learn to develop event-based solutions, gaining practical experience in leveraging Azure Event Grid and Event Hub to create responsive and scalable event-processing solutions. You will also learn to develop message-based solutions using Azure messaging services, ensuring reliability and scalability in distributed systems.
Data Engineer
A Data Engineer is responsible for designing, building, and maintaining data pipelines and data warehouses. Data Engineers specialize in processing and storing large volumes of data. This course may be useful in preparing one for the data engineering demands in the modern cloud. Learning to develop solutions that use Cosmos DB Storage and Blob Storage provides the data management skills needed to build scalable data solutions. This provides hands-on experience in managing storage operations, configuring metadata, and implementing effective archiving and retention policies for enterprise needs.
Cloud Consultant
A Cloud Consultant advises organizations on cloud computing strategies. This involves assessing cloud readiness, designing cloud solutions, and guiding the migration process. This course may be useful to build relevant expertise for a Cloud Consultant. This course provides an understanding of the breadth of Azure services, including virtual machines, web apps, functions, and databases, thereby equipping one with the knowledge to advise organizations on the best cloud solutions for their needs. Learning about secure cloud solutions using Azure Key Vault and Managed Identities is particularly helpful to demonstrate an understanding of security best practices.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Developing Solutions for Microsoft Azure (AZ-204).
Covers Azure Key Vault architecture in rigorous detail, including RBAC vs. vault access policies, Managed HSM pools, automated secret and certificate rotation, customer-managed keys (CMK), soft-delete purge protection, and Private Link network isolation.
While not a book, the official Microsoft Azure CLI documentation is the most up-to-date and comprehensive resource for information on Azure CLI commands, parameters, and usage. It is an essential reference tool for anyone working with the Azure CLI, providing detailed information on contemporary topics and serving as a must-have resource.
Bridges.NET cryptographic APIs with cloud key governance, walking engineers through symmetric AES encryption, RSA key pairs, digital signatures, and secure secret retrieval backed by Azure Key Vault and Hardware Security Modules.
Guides cloud practitioners through hardening Azure workloads using centralized secret storage, customer-managed encryption keys, Managed Identities, and Microsoft Defender for Cloud telemetry across production subscriptions.
Shows application developers how to eliminate hardcoded credentials in configuration files by pairing system-assigned and user-assigned Managed Identities with the Azure Key Vault SDK and App Configuration references.
Focused on C#, this book offers a deep dive into building scalable and reliable serverless applications with Azure Functions. It covers triggers, bindings, durable functions, security, and CI/CD pipelines. This practical guide for experienced developers and cloud architects looking to implement real-world solutions.
Dedicates rigorous hands-on coverage to Azure Key Vault defense in depth, demonstrating RBAC authorization, soft-delete safeguards, Managed HSM deployment, private endpoints, and automated threat monitoring.
Demystifies the applied cryptographic primitives operating inside cloud key management systems, including Hardware Security Modules (FIPS 140-2/3), envelope encryption, authenticated encryption, key derivation, and PKI certificate chains.
Updated in 2024 for its second edition, explaining RSA, elliptic-curve cryptography, AES-GCM, cryptographic randomness, and post-quantum readiness so cloud engineers select the right key types and sizes in Key Vault.
Practical guide to using Git for version control. It covers all the essential commands and concepts, and provides clear and concise explanations.
Provides a deep dive into the architecture and design of Azure Service Bus, covering topics such as scalability, reliability, and performance tuning.
This study guide for the AZ-204 exam offers comprehensive coverage of topics essential for Azure developers, including working with Azure App Service. It delves into creating, deploying, and managing web applications, providing in-depth guidance and practice. must-read for those aiming for the AZ-204 certification and provides a solid foundation for developing solutions on Azure.
Offers a practical approach to building and deploying serverless applications with Azure Functions. It includes various use cases and illustrations to explain complex problems. It's suitable for developers, DevOps engineers, and architects at all levels, with some prior experience in C# and fundamental Azure services being helpful.
Teaches enduring engineering discipline for key generation, pseudorandomness, symmetric modes, and PKI trust hierarchies so security teams configure Azure Key Vault key lifecycles without subtle cryptographic flaws.
Good starting point for developers new to Azure Functions. It covers the basics, including triggers, bindings, creating serverless APIs, deployment, and monitoring. It also introduces durable functions and migrating monolithic applications to a serverless architecture.
The second edition of 'Hands-On Azure for Developers' provides updated content on implementing Azure PaaS ecosystems, with a continued focus on Azure App Service. It incorporates more contemporary topics like containers and serverless, making it highly relevant for developers seeking to deepen their understanding of current practices and expand their knowledge of related services. serves as a valuable reference and guide for building modern applications.
Tailored for .NET Core developers, this book focuses on implementing Azure solutions, including using Azure App Service. It covers deploying applications, managing secrets, and explores various Azure services from a developer's perspective. is highly relevant for the target audience and provides practical insights into integrating .NET Core with Azure App Service.
Walks cloud developers through provisioning Azure Key Vault instances, storing application secrets, and integrating secret retrieval seamlessly into Azure Functions, App Service, and CI/CD deployment pipelines.
Focuses on integrating Azure Functions with Azure Cosmos DB, a common use case for serverless applications requiring a NoSQL database. It provides hands-on experience with this specific integration pattern and covers performance optimization, scaling, security, and testing.
Explains how short-lived cryptographic certificates, automated PKI issuance, workload identity attestation, and mutual TLS rely on centralized cloud key vaults to enforce zero-trust service communication.
Unpacks the operational mechanics of X.509 certificates, certificate authorities, OCSP stapling, and private key protection that underpin Azure Key Vault certificate lifecycle automation and mutual TLS.
Focuses on the practical aspects of using Azure Functions and their integration with other Azure resources. It's a good resource for understanding how to implement serverless computing in real-world scenarios.
Focuses on the programming aspects of Azure Functions, likely covering different languages and best practices for writing function code. It would be valuable for developers who want to deepen their coding skills specifically for the Azure Functions environment.
Illustrates offensive and defensive perspectives on Azure Key Vault, detailing how attackers exploit overly permissive access policies or leaked Managed Identity tokens to dump vault secrets and how defenders audit Diagnostic Logs.
While an exam preparation guide, this book covers key development topics on Azure, including those relevant to Azure App Service, such as configuring app settings, logging, scaling, and deployment slots. It is highly relevant for those preparing for the AZ-204 exam and provides a structured approach to understanding practical Azure development concepts. It serves as a useful reference for specific development tasks.
Is designed to help readers prepare for the AZ-104 Microsoft Azure Administrator exam. It covers a broad range of Azure administration topics, including those manageable via the Azure CLI. While not solely focused on the CLI, it provides essential context and practical examples for core Azure services, making it a valuable resource for those seeking a broad understanding and certification preparation. It is commonly used as a study guide for industry professionals.
Provides a step-by-step guide to learning Azure Functions, covering the basics of development, management, deployment, and monitoring. It's suitable for IT architects and developers new to serverless architectures on Azure. It explains triggers and bindings and how to build scalable systems.
Details how Microsoft Defender for Cloud (formerly Azure Security Center) continuously assesses Key Vault security posture, detects anomalous secret access patterns, and enforces regulatory compliance benchmarks.
Introduces serverless development on Azure, starting with single functions and progressing to integration with other Azure services like App Insights and Cosmos DB. It provides context for tackling larger serverless projects and migrating to a cloud-first solution.
Likely provides practical guidance and examples for working with Azure Functions, covering various aspects of development and implementation. It would be a useful resource for developers seeking hands-on knowledge.
Examines how modern cloud architectures enforce workload identity attestation, automated credential rotation via Terraform and Ansible, and quantum-resilient encryption anchored in centralized key management.
Establishes best practices for handling sensitive parameters and dynamically referencing external secret stores like Azure Key Vault during automated Bicep, ARM, and Terraform infrastructure provisioning.
This cookbook offers practical recipes for performing various tasks in Azure, including a chapter specifically on Azure App Service. It covers deployment options, autoscaling, and network access restriction for App Services. is an excellent reference tool for developers and administrators needing quick solutions to common App Service configurations and management tasks.
This book, likely a collection of resources or a guide from Microsoft, would focus on the developer experience of using .NET with Azure services, including App Service. It would cover topics relevant to the courses mentioned, such as deploying .NET applications to Azure. It serves as a practical guide for .NET developers.
Offers a practical, hands-on approach to learning Azure, with a focus on the Azure CLI for command examples. It's structured into short, digestible lessons, making it ideal for busy professionals or students looking to quickly gain practical experience. It provides a solid foundation in core Azure concepts and their implementation using the CLI, serving as an excellent starting point for gaining a broad understanding.
Covers the basics of Microsoft Azure, including the Azure portal, Azure services, and how to use Azure to build and deploy applications.
Concise and easy-to-use reference guide to Git. It covers all the essential commands and concepts, and great resource for quick lookups.
This concise book focuses specifically on Azure Durable Functions, an extension for building stateful serverless applications. It's valuable for understanding how to manage state persistence and create stateful objects within the serverless paradigm. It assumes some basic familiarity with Azure Functions.
Dives into the main features of Azure Cosmos DB and demonstrates how to use it as a data store for mission-critical applications. It provides clear examples for building applications leveraging Cosmos DB's multi-model and globally distributed capabilities. It's a valuable resource for developers looking to deepen their understanding and learn best practices.
Specifically addresses implementing DevOps practices with Azure. Given the strong connection between DevOps and deploying/managing applications on App Service, this book is highly relevant for understanding the tools and workflows for continuous integration and delivery to App Service. It's a valuable resource for implementing automated deployment pipelines.
Provides a comprehensive look at Azure DevOps, which is highly relevant for deploying and managing applications on Azure App Service through CI/CD pipelines. It covers project management, source control, and build and release pipelines, all crucial for a streamlined App Service deployment strategy. It's a valuable resource for integrating DevOps practices with Azure App Service.
Given the mention of Azure DevOps in the course list, this book is highly relevant as it focuses on using Azure DevOps for the entire application development lifecycle on Azure. It covers continuous integration and continuous delivery (CI/CD), which is crucial for deploying applications to Azure App Service. is valuable for understanding the automation and release processes associated with App Service deployments.
An updated edition of the foundational book on microservices. This is highly relevant for understanding the architectural patterns that often utilize serverless functions like Azure Functions. It covers the entire software delivery process in the context of microservices.
This book, part of a larger bundle on Azure Networking CLI mastery, is specifically tailored for beginners. It introduces the fundamental concepts of Azure networking and how to use basic CLI commands to manage networking resources. It's an excellent starting point for those new to both Azure networking and the Azure CLI.
Provides a holistic view of building complete solutions on Azure, including the use of App Service. It guides developers through selecting the right services and integrating them to build enterprise applications. It's useful for understanding how App Service fits into a larger application architecture and provides practical, step-by-step guidance.
Is designed to provide a concise and easy-to-understand overview of Azure Active Directory. It is perfect for beginners who want to learn the basics of Azure AD. Also, it gives plenty of screenshots.
Provides a broad understanding of Azure Cosmos DB, covering its core features, supported NoSQL data models, and scalable architecture. It's particularly useful for C# developers new to Cosmos DB but familiar with Azure. The book serves as a good starting point for gaining foundational knowledge.
Provides a practical guide to building microservices using Spring Boot and cloud technologies, including how to work with Event Grid and other cloud services. While it covers a broader range of topics beyond Event Grid, it offers valuable insights into integrating Event Grid into microservice-based systems.
Focuses on using Azure Cosmos DB with C# and .NET applications. It provides practical guidance for developers building applications on the Microsoft stack and utilizing Cosmos DB as their database.

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