- The types of AI services available in Azure — language, speech, vision, and generative AI — and the scenarios where they apply.
- How to call Azure AI Services using REST APIs as well as client libraries (for example, Python and C#) so you can use pre-built models without training your own.
- How to wire these services into real-world cloud apps (chatbots, image analysis pipelines, recommendation systems) and deploy them in the cloud.
| Objective | Outcome | Example |
|---|---|---|
| Understand Azure AI service offerings | Know which service fits a given scenario (language understanding, speech, vision, generative) | Choose Speech-to-Text for transcribing calls; use Computer Vision to tag images |
| Use REST APIs and SDKs | Call models from code or scripts using HTTP or client libraries (Python, C#) | Send a text prompt to a generative model via REST or the Python SDK |
| Integrate services into cloud apps | Design and deploy workflows that combine AI capabilities with other Azure services | Build a chatbot using Language Service, host it in Azure App Service, store logs in Cosmos DB |

- Overview of Azure AI Services and common scenarios (language, speech, vision, and generative AI).
- Demonstrations of calling services:
- REST API patterns (authentication, endpoints, request/response shapes).
- Client SDK usage (Python and C# examples with recommended libraries).
- Integration and architecture patterns:
- Combining multiple services in pipelines.
- Reliable production patterns (retries, batching, monitoring).
- Deployment considerations:
- Secure keys and managed identities.
- Scaling and cost control.
Before you begin: make sure you have an Azure subscription and access to the relevant AI service resources (or an admin who can provision them). Install the Azure CLI and the SDK for your language of choice (Python or .NET) to follow the hands‑on examples.
- Azure AI Services provide pre-trained models and managed APIs for adding intelligence to applications quickly.
- Using REST APIs and SDKs reduces time-to-integration so teams can focus on product features rather than model training.
- Integration patterns help you build scalable, maintainable cloud solutions that combine speech, vision, language, and generative capabilities.