Microsoft Azure Developer Advanced Solutions (AZ-201)

Students in this Microsoft Azure Developer Advanced Solutions training course will learn to develop for an Azure Cloud model, implement Azure development integration solutions, and develop Azure cognitive services, Bot, and IoT solutions.

This 4-day Microsoft Azure Developer Advanced Solutions course prepares students for the Microsoft Azure Developer Advanced Solutions exam (Exam AZ-201).

Goals
  1. Learn to develop for asynchronous processing and how to implement the appropriate asynchronous compute model.
  2. Learn to implement autoscaling in your solution and implement code that addresses transient state.
  3. Discover how to implement large-scale, parallel and high-performance apps by using batches.
  4. Learn to learn to implement, and manage, distributed transactions.
  5. Learn to configure instrumentation in an app or service by using Application Insights and other tools.
  6. Learn to manage APIs by using API Management (APIM).
  7. Learn to create an APIM instance, configure authentication for APIs, create an API gateway, and define policies for APIs.
  8. Learn to configure a message-based integration architecture by using the services included in Azure.
  9. Learn to configure an app or service to send email.
  10. Learn to develop an application message model including message schema and message exchange.
  11. Learn to create an event model, topics, and subscriptions.
  12. Learn to develop solutions using Computer Vision.
  13. Learn to use speech services and natural language processing in your app.
  14. Learn to create and manage dictionaries for FAQ generation by using QnA maker.
  15. Learn to leverage Bing Search in your application.
  16. Learn to create and register simple bot using the Bot Framework, and manage a bot using the Azure Portal.
  17. Learn to configure Azure Time Series Insights for your IoT solution.
  18. Learn to configure the Stream Analytics Service for inputs and outputs for your IoT device.
  19. Learn to register your device with the IoT Hub Device Provisioning Service.
Outline
  1. Develop for asynchronous processing
    1. Implement parallelism multithreading and processing
    2. Implement Azure Functions and Azure Logic Apps
    3. Implement interfaces for storage or data access
    4. Implement appropriate asynchronous computing models
  2. Develop for autoscaling
    1. Implement autoscaling rules and patterns
    2. Implement code that addresses singleton application instances
    3. Implement code that addresses a transient state
  3. Develop long-running tasks
    1. Implement large scale parallel and high-performance apps by using batches
    2. Implement resilient apps by using queues
    3. Implement code to address application events by using webhooks
    4. Address continuous processing tasks by using Azure WebJobs
  4. Implement distributed transactions
    1. Identify tools to implement distributed transactions
    2. Manage the transaction scope
    3. Manage transactions across multiple databases and servers
  5. Enable the search of textual content
    1. Create an Azure Search index
    2. Import searchable data
    3. Query the Azure Search index by using code
  6. Instrument an app or service and implement logging
    1. Configure instrumentation in an app or service
    2. Configure the logging service
  7. Manage APIs by using API Management
    1. Analyze recommendations in Security Center
    2. Create an API Management instance
    3. Configure authentication for APIs
    4. Create an API gateway
    5. Define policies for APIs
    6. After completing this course, students will be able to:
    7. Manage APIs by using API Management (APIM)
    8. Create an APIM instance, configure authentication for APIs, create an API gateway, and define policies for APIs
    9. Configure a message-based integration architecture by using the services included in Azure.
  8. Configure a message-based integration architecture
    1. Configure an app or service to send emails
    2. Configure an event publish and subscribe model
    3. Configure the Azure Relay service
    4. Create and configure a notification hub
    5. Create and configure an evnt hub
    6. Create and configure a service bus
    7. Configure an app or service with Microsoft Graph
    8. After completing this course, students will be able to:
    9. Configure an app or service to send email
    10. Create an event model, topics, and subscriptions
  9. Develop an application message model
    1. Create an event model
    2. Create topics and subscriptions
    3. After completing this course, students will be able to:
    4. Develop an application message model including message schema and message exchange.
  10. Develop Azure Cognitive Services solutions
    1. Cognitive Services overview
    2. Develop solutions using Computer Vision
    3. Develop solutins using Bing Web Search
    4. Develop solutions using Custom Speech Service
    5. Develop solutions using QnA Maker
  11. Create and intergrate bots
    1. Azure Bot Service overview
    2. Create a bot using the Bot Builder SDK for .NET
    3. Using Language Understanding in your bot
    4. Register a bot with Bot Service
    5. Managing a bot using the Azure Portal
  12. Create and implement IoT solutions
    1. Working with the Azure IoT Hub
    2. Working with Azure Time Series Insights
    3. Working with Azure Stream Analytics
Class Materials

Each student in our Live Online and our Onsite classes receives a comprehensive set of materials, including course notes and all the class examples.

Class Prerequisites

Experience in the following is required for this Azure class:

  • Some experience with Azure and must be able to program in at least one Azure-supported language. These course focus on C#, Node.js, Azure CLI, Azure PowerShell, and JavaScript.

Training for your Team

Length: 4 Days
  • Private Class for your Team
  • Online or On-location
  • Customizable
  • Expert Instructors

What people say about our training

I found this course to be invaluable. The instructor was friendly, knowledgeable, and engaging, and he clearly knew the program inside and out. The course is 7 hours long, but the day flew by quickly because it was very interactive, with lots of exercises spread throughout the day. I have taken other courses before through other training companies, and the quality and content of this course was far superior. I am pleased with the course, and really appreciate the instructional booklet which I will be able to refer to as needed as well.
Rebecca Cohen
Metsa Board Americas
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Arizona State University
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JUMP Technology Services
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