Microsoft AI Agents for Beginners
Microsoft open-source course for learning AI agents with lessons on agentic frameworks, design patterns, tool use, agentic RAG, trustworthy agents, planning, multi-agent systems, MCP/A2A/NLWeb, memory, browser use, and Microsoft Agent Framework.
Open the source and read safety notes before installing.
Safety notes
- Course samples can create agent workflows that call tools, use model providers, read files, connect to Azure services, use browser automation, and run code; keep examples in sandbox projects.
- Lessons involving Azure AI Foundry, Microsoft Agent Framework, production agents, browser-use, MCP, A2A, NLWeb, and security may create real cloud resources, tokens, endpoints, logs, or automated actions if run against live accounts.
- Do not run sample agents against production tickets, repositories, customer data, browsers with logged-in sessions, or cloud subscriptions until tool scope and cost controls are reviewed.
- Treat course code as learning material. Pin dependency versions, inspect sample notebooks or scripts, and isolate credentials before adapting examples to internal agent workflows.
Privacy notes
- Prompts, model responses, code samples, agent traces, browser interactions, Azure diagnostics, Foundry resources, model-provider logs, and generated outputs may contain sensitive data.
- Running examples can send prompts, tool arguments, files, browser state, resource names, or dataset snippets to Microsoft services, model providers, browser automation services, or external APIs depending on configuration.
- Keep API keys, Azure subscription IDs, deployment names, generated config files, course lab outputs, and copied sample data out of public commits, screenshots, prompts, and issue comments.
- For team onboarding, define allowed providers, allowed datasets, cloud teardown steps, retention rules, and who can approve moving a sample into production.
Prerequisites
- Basic Python and command-line comfort for running the course code samples.
- A fork or local clone of the course repository if you want to run examples instead of only reading lessons.
- Microsoft Foundry access and an Azure account for examples that use Microsoft Agent Framework with Azure AI Foundry Agent Service V2.
- Non-production model provider keys for optional samples that use Microsoft Foundry, Azure AI Foundry, OpenAI-compatible providers, or MiniMax.
- Sparse checkout or enough disk space if cloning the repository with its 50+ translated language directories and translated images.
Schema details
- Install type
- copy
- Reading time
- 9 min
- Difficulty score
- 50
- Troubleshooting
- Yes
- Breaking changes
- No
- Scope
- Source repo
- Pricing
- free
- Disclosure
- editorial
Full copyable content
## Overview
Microsoft AI Agents for Beginners is an open-source course for learning how AI
agents work and how to start building them. The course covers agentic
frameworks, design patterns, tool use, agentic RAG, trustworthy agents,
planning, multi-agent systems, metacognition, production, agentic protocols,
context engineering, memory, browser-use, Microsoft Agent Framework, and agent
security.
It is a high-value long-tail entry for Microsoft AI Agents for Beginners, AI
Agents for Beginners, agentic AI course, Microsoft Agent Framework tutorial,
Azure AI Foundry agents, agentic RAG tutorial, multi-agent design pattern, MCP
A2A NLWeb protocols, AI agent memory, and browser-use AI agents.
## Course Structure
| Lesson Area | Coverage |
| --- | --- |
| Foundations | Intro to AI agents, agent use cases, and agentic frameworks |
| Design Patterns | Agentic design patterns, tool use, planning, metacognition, and multi-agent coordination |
| Retrieval | Agentic RAG and how agents combine retrieval with tool-using workflows |
| Trust and Production | Trustworthy agents, production agent concerns, and securing AI agents |
| Protocols | Agentic protocols including MCP, A2A, and NLWeb |
| Context and Memory | Context engineering and managing agentic memory |
| Microsoft Stack | Microsoft Agent Framework and Azure AI Foundry Agent Service V2 samples |
| Browser Workflows | Building computer-use agents and browser-use examples |
## How to Use It
Use the course as a structured onboarding path:
1. Start with the introductory and framework lessons to align on agent terms.
2. Move into design patterns, tool use, planning, and multi-agent lessons before
trying to build larger agent systems.
3. Use the agentic RAG, memory, context engineering, and protocol lessons to
connect the course to real MCP and retrieval workflows.
4. Run samples only with sandbox credentials and disposable cloud resources.
5. Use the production and security lessons as a checklist before adapting course
examples to internal workflows.
## Agent, MCP, and Skills Fit
This guide belongs in the agent ecosystem because it teaches the conceptual
layer behind many tools already in the directory: CrewAI, LangGraph, OpenAI
Agents SDK, Microsoft AutoGen, Semantic Kernel, Browser Use, agentic RAG
systems, and MCP-connected workflows. It also gives MCP learners a broader
agent context by covering MCP alongside A2A and NLWeb in the protocol lesson.
For teams adopting Claude Code, Codex, Gemini CLI, OpenClaw, or other agent
workflows, the course can serve as a shared vocabulary before engineers build
or review production agent systems.
## Source Review
Verified on **2026-06-18**:
- GitHub reports `microsoft/ai-agents-for-beginners` as an MIT-licensed
Microsoft repository with active development, 67,000+ stars, and 22,000+
forks.
- The repository description says it provides 12 lessons to get started
building AI agents.
- The README describes a course covering AI agent fundamentals, with written
lessons, short videos, Python code samples, and extra learning resources.
- The README says the exercises use Microsoft Agent Framework with Azure AI
Foundry Agent Service V2, with some samples supporting OpenAI-compatible
providers such as MiniMax.
- The lesson table includes agent use cases, agentic frameworks, design
patterns, tool use, agentic RAG, trustworthy agents, planning, multi-agent
design, metacognition, production, MCP/A2A/NLWeb protocols, context
engineering, agent memory, Microsoft Agent Framework, browser-use, and
securing AI agents.
- The README documents 50+ automated translations and sparse checkout commands
for cloning without translation directories.
## Safety and Privacy
Treat the repository as runnable course material. Some lessons are safe to read
only, but examples can involve cloud accounts, model providers, browser
automation, agent tools, resource creation, and logs. Use test data and sandbox
credentials until the behavior, cost, and data flow are understood.
For team training, provide a starter environment with approved providers,
sample datasets, spend limits, teardown instructions, and guidance for when a
learning example is allowed to become production code.
## Troubleshooting
### The repository clone is large
Use the sparse checkout commands from the README to skip translations and
translated images if you only need the main course and code samples.
### Azure or Foundry examples fail
Check account access, region availability, resource names, model deployments,
environment variables, and whether the sample expects Azure AI Foundry Agent
Service V2.
### Browser-use examples behave unpredictably
Run them in a disposable browser profile without personal logins. Review what
the agent can click, type, read, download, or submit before using real sites.
### Agent protocol lessons feel disconnected from a local tool
Pair the MCP/A2A/NLWeb lesson with a small MCP server or client example from
the Microsoft MCP for Beginners curriculum, then compare the protocol concepts
side by side.
## Duplicate Check
Checked current `content/guides/`, `content/tools/`, `content/mcp/`,
`content/agents/`, `content/skills/`, collections, README output, open pull
requests, and repository-wide content for `microsoft/ai-agents-for-beginners`,
Microsoft AI Agents for Beginners, AI Agents for Beginners, agentic AI course,
Microsoft Agent Framework tutorial, Azure AI Foundry agents, agentic RAG
tutorial, multi-agent design pattern, MCP A2A NLWeb protocols, AI agent memory,
and browser-use AI agents. No dedicated Microsoft AI Agents for Beginners guide,
exact source URL duplicate, target file, or open duplicate PR was found.About this resource
Overview
Microsoft AI Agents for Beginners is an open-source course for learning how AI agents work and how to start building them. The course covers agentic frameworks, design patterns, tool use, agentic RAG, trustworthy agents, planning, multi-agent systems, metacognition, production, agentic protocols, context engineering, memory, browser-use, Microsoft Agent Framework, and agent security.
It is a high-value long-tail entry for Microsoft AI Agents for Beginners, AI Agents for Beginners, agentic AI course, Microsoft Agent Framework tutorial, Azure AI Foundry agents, agentic RAG tutorial, multi-agent design pattern, MCP A2A NLWeb protocols, AI agent memory, and browser-use AI agents.
Course Structure
| Lesson Area | Coverage |
|---|---|
| Foundations | Intro to AI agents, agent use cases, and agentic frameworks |
| Design Patterns | Agentic design patterns, tool use, planning, metacognition, and multi-agent coordination |
| Retrieval | Agentic RAG and how agents combine retrieval with tool-using workflows |
| Trust and Production | Trustworthy agents, production agent concerns, and securing AI agents |
| Protocols | Agentic protocols including MCP, A2A, and NLWeb |
| Context and Memory | Context engineering and managing agentic memory |
| Microsoft Stack | Microsoft Agent Framework and Azure AI Foundry Agent Service V2 samples |
| Browser Workflows | Building computer-use agents and browser-use examples |
How to Use It
Use the course as a structured onboarding path:
- Start with the introductory and framework lessons to align on agent terms.
- Move into design patterns, tool use, planning, and multi-agent lessons before trying to build larger agent systems.
- Use the agentic RAG, memory, context engineering, and protocol lessons to connect the course to real MCP and retrieval workflows.
- Run samples only with sandbox credentials and disposable cloud resources.
- Use the production and security lessons as a checklist before adapting course examples to internal workflows.
Agent, MCP, and Skills Fit
This guide belongs in the agent ecosystem because it teaches the conceptual layer behind many tools already in the directory: CrewAI, LangGraph, OpenAI Agents SDK, Microsoft AutoGen, Semantic Kernel, Browser Use, agentic RAG systems, and MCP-connected workflows. It also gives MCP learners a broader agent context by covering MCP alongside A2A and NLWeb in the protocol lesson.
For teams adopting Claude Code, Codex, Gemini CLI, OpenClaw, or other agent workflows, the course can serve as a shared vocabulary before engineers build or review production agent systems.
Source Review
Verified on 2026-06-18:
- GitHub reports
microsoft/ai-agents-for-beginnersas an MIT-licensed Microsoft repository with active development, 67,000+ stars, and 22,000+ forks. - The repository description says it provides 12 lessons to get started building AI agents.
- The README describes a course covering AI agent fundamentals, with written lessons, short videos, Python code samples, and extra learning resources.
- The README says the exercises use Microsoft Agent Framework with Azure AI Foundry Agent Service V2, with some samples supporting OpenAI-compatible providers such as MiniMax.
- The lesson table includes agent use cases, agentic frameworks, design patterns, tool use, agentic RAG, trustworthy agents, planning, multi-agent design, metacognition, production, MCP/A2A/NLWeb protocols, context engineering, agent memory, Microsoft Agent Framework, browser-use, and securing AI agents.
- The README documents 50+ automated translations and sparse checkout commands for cloning without translation directories.
Safety and Privacy
Treat the repository as runnable course material. Some lessons are safe to read only, but examples can involve cloud accounts, model providers, browser automation, agent tools, resource creation, and logs. Use test data and sandbox credentials until the behavior, cost, and data flow are understood.
For team training, provide a starter environment with approved providers, sample datasets, spend limits, teardown instructions, and guidance for when a learning example is allowed to become production code.
Troubleshooting
The repository clone is large
Use the sparse checkout commands from the README to skip translations and translated images if you only need the main course and code samples.
Azure or Foundry examples fail
Check account access, region availability, resource names, model deployments, environment variables, and whether the sample expects Azure AI Foundry Agent Service V2.
Browser-use examples behave unpredictably
Run them in a disposable browser profile without personal logins. Review what the agent can click, type, read, download, or submit before using real sites.
Agent protocol lessons feel disconnected from a local tool
Pair the MCP/A2A/NLWeb lesson with a small MCP server or client example from the Microsoft MCP for Beginners curriculum, then compare the protocol concepts side by side.
Duplicate Check
Checked current content/guides/, content/tools/, content/mcp/,
content/agents/, content/skills/, collections, README output, open pull
requests, and repository-wide content for microsoft/ai-agents-for-beginners,
Microsoft AI Agents for Beginners, AI Agents for Beginners, agentic AI course,
Microsoft Agent Framework tutorial, Azure AI Foundry agents, agentic RAG
tutorial, multi-agent design pattern, MCP A2A NLWeb protocols, AI agent memory,
and browser-use AI agents. No dedicated Microsoft AI Agents for Beginners guide,
exact source URL duplicate, target file, or open duplicate PR was found.
Source citations
Add this badge to your README
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[](https://heyclau.de/entry/guides/microsoft-ai-agents-for-beginners)How it compares
Microsoft AI Agents for Beginners side by side with 3 alternatives on trust, install, platform support, and disclosed safety notes — all from reviewed registry metadata.
| Field | Microsoft AI Agents for Beginners Microsoft open-source course for learning AI agents with lessons on agentic frameworks, design patterns, tool use, agentic RAG, trustworthy agents, planning, multi-agent systems, MCP/A2A/NLWeb, memory, browser use, and Microsoft Agent Framework. Open dossier | Microsoft MCP for Beginners Microsoft open-source Model Context Protocol curriculum with hands-on MCP server, client, security, transport, auth, deployment, Azure, VS Code, Inspector, PostgreSQL, and cross-language examples. Open dossier | Claude Code on Microsoft Foundry Setup Configure Claude Code on Microsoft Foundry: Azure auth, idle timeouts, auto mode opt-in, PowerShell tool defaults, and third-party provider messaging. Open dossier | Coming to Claude Code from ChatGPT A practical onboarding guide for developers moving to Claude Code as a coding tool. Install it, run your first session, and map everyday coding tasks to Claude Code commands and prompt recipes. Open dossier |
|---|---|---|---|---|
| Trust | ||||
| Install risk | Review first | Review first | Review first | Review first |
| Notes | Safety ✓ Privacy ✓ | Safety ✓ Privacy ✓ | Safety ✓ Privacy ✓ | Safety ✓ Privacy ✓ |
| Category | guides | guides | guides | guides |
| Source | source-backed | source-backed | source-backed | source-backed |
| Author | Microsoft | Microsoft | kiannidev | JSONbored |
| Added | 2026-06-18 | 2026-06-18 | 2026-06-14 | 2025-10-27 |
| Platforms | Claude Code | Claude Code | Claude Code | Claude Code |
| Source repo | — | — | — | — |
| Safety notes | ✓Course samples can create agent workflows that call tools, use model providers, read files, connect to Azure services, use browser automation, and run code; keep examples in sandbox projects. Lessons involving Azure AI Foundry, Microsoft Agent Framework, production agents, browser-use, MCP, A2A, NLWeb, and security may create real cloud resources, tokens, endpoints, logs, or automated actions if run against live accounts. Do not run sample agents against production tickets, repositories, customer data, browsers with logged-in sessions, or cloud subscriptions until tool scope and cost controls are reviewed. Treat course code as learning material. Pin dependency versions, inspect sample notebooks or scripts, and isolate credentials before adapting examples to internal agent workflows. | ✓The curriculum includes runnable MCP servers, clients, deployment examples, cloud integrations, database labs, and tooling exercises; run samples in isolated projects with non-production credentials. MCP servers expose model-callable tools. Review each sample's file, network, database, and cloud side effects before connecting it to Claude, VS Code, Cursor, or another host. Security, OAuth, Entra ID, PostgreSQL, Azure, and deployment labs can create real accounts, containers, databases, tokens, or cloud resources if followed against live infrastructure. Do not paste personal access tokens, Azure secrets, database credentials, customer data, or production URLs into sample configs, screenshots, public issues, or shared prompts. | ✓Foundry credentials in CI should use federated workload identity—not checked-in client secrets. Auto mode requires `CLAUDE_CODE_ENABLE_AUTO_MODE=1` on third-party providers. PowerShell tool is enabled by default on Windows for Foundry users unless `CLAUDE_CODE_USE_POWERSHELL_TOOL=0`. | ✓Claude Code edits files and runs commands in your project. It asks for permission before modifying files, but review proposed changes before approving. Be cautious with "Accept all" mode and non-interactive (`-p`) runs in scripts or CI, which skip the per-change approval prompt. |
| Privacy notes | ✓Prompts, model responses, code samples, agent traces, browser interactions, Azure diagnostics, Foundry resources, model-provider logs, and generated outputs may contain sensitive data. Running examples can send prompts, tool arguments, files, browser state, resource names, or dataset snippets to Microsoft services, model providers, browser automation services, or external APIs depending on configuration. Keep API keys, Azure subscription IDs, deployment names, generated config files, course lab outputs, and copied sample data out of public commits, screenshots, prompts, and issue comments. For team onboarding, define allowed providers, allowed datasets, cloud teardown steps, retention rules, and who can approve moving a sample into production. | ✓Sample prompts, MCP tool arguments, server logs, API responses, database rows, telemetry from external tools, and cloud diagnostics may contain sensitive learning or project data. Running model-connected samples can send prompts, tool outputs, code snippets, and resource identifiers to the selected model provider or cloud service. The repository is public and translated; keep local notes, secrets, generated configs, and lab outputs outside commits and issue comments. When adapting the curriculum for teams, document which sample services are allowed, what data can be used, and how temporary credentials and cloud resources are deleted. | ✓Prompts stay within Azure boundary subject to your logging and diagnostic settings. Welcome banner shows provider name instead of API Usage Billing on third-party providers. Telemetry tips pointing at first-party surfaces are suppressed on Foundry deployments. | ✓Claude Code reads your project files to build context and stores conversation history locally so sessions can be resumed. Authentication credentials are stored on your system after login. |
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| Config | — | — | — | — |
| Citations | ||||
| Claim | Unclaimed | Unclaimed | Unclaimed | Unclaimed |
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