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Week 1 · Domain 1
Plan & Manage a Microsoft Foundry Solution
💬 Community insight

"The biggest mistake I made was skipping the Responsible AI modules thinking they'd be common sense. They're not — Microsoft has very specific terminology for the 6 pillars and the exam tests you on the names, not just the concepts. Learn them cold."

Resource checklist
Select the right Microsoft Foundry Service for gen AI, vision, NLP, speech, extraction and knowledge mining
MS Learn
Create a Foundry resource, choose models and deploy with the right deployment option
MS Learn
Use SDKs, APIs, endpoints and CI/CD patterns for Foundry Services
MS Learn
Monitor resources, diagnostic settings, costs, keys and authentication
MS Learn
Implement Responsible AI with Content Safety, content filters, blocklists and Prompt Shields
MS Learn
Plan container deployment for local or edge AI workloads
MS Learn
Lab: Secure AI services with keys, Key Vault and Microsoft Entra authentication
Lab
MS Learn free practice assessment baseline score
Practice
Key concepts
Service selection
Match the scenario first: Foundry Models for gen AI, Vision for image/video, Language/Speech/Translator for NLP, Search for retrieval, Document Intelligence or Content Understanding for extraction.
Deployment choice
Know model choice, deployment type, endpoint, SDK/API consumption, scaling and when containers are appropriate for local or edge use.
Security
Prefer Microsoft Entra ID and managed identity. Protect keys, use Key Vault where needed, and monitor resource access.
Responsible AI controls
Content filters, Content Safety, Prompt Shields, harm detection, blocklists and governance frameworks all reduce risk in production AI systems.
Operations
Monitor latency, errors, token/resource consumption and costs. Use diagnostic settings and alerts before users find problems for you.
🎓
LinkedIn Learning — opens new tab
Tim Warner: AI fundamentals & management
Microsoft Press AI-102 Cert Prep — Azure AI resource management section
▶ Microsoft Official
Plan and manage an Azure AI solution
Part 1 of 6 · Microsoft Exam Readiness Zone · Also on MS Learn ↗

Section 1 Quiz

Score 4/5 or higher to unlock Section 2

0 / 5
🔒
Section 2 is locked
Pass the Section 1 quiz with 4/5 or higher to unlock Generative AI.
Week 2 · Domain 2
Implement Generative AI Solutions
💬 Community insight

"The exam doesn’t test you on what GPT-4 can do — it tests you on how to configure it. Know your deployment types, temperature vs max tokens, and when to use system messages vs few-shot examples. RAG questions come up a lot more than you’d expect."

Resource checklist
Plan and prepare a generative AI solution in Microsoft Foundry
MS Learn
Deploy a hub, project, resources and the right generative model
MS Learn
Implement prompt flow, prompt templates and RAG grounded in your data
MS Learn
Integrate apps with Foundry SDK, Azure OpenAI APIs and multimodal models
MS Learn
Configure generation parameters, prompt engineering, evaluation and feedback tracing
MS Learn
Optimize deployment scalability, monitoring, model updates, fine-tuning and orchestration
MS Learn
Key concepts
RAG (Retrieval-Augmented Generation)
Grounds an LLM’s responses in your own data by retrieving relevant documents first. Uses AI Search as the retrieval layer.
Prompt flow
Visual pipeline in Foundry chaining prompts, tools and logic. Think: Logic Apps workflow, but for AI — steps produce outputs fed into next steps.
Deployment types
Standard (pay-per-token, shared) vs Provisioned (reserved capacity, predictable throughput, higher cost).
Temperature vs max tokens
Temperature (0–1) controls randomness. Max tokens caps response length. System message sets model role and persona.
Few-shot prompting
Providing input/output examples in the prompt to guide model behaviour without any retraining.
🎓
LinkedIn Learning — opens new tab
Tim Warner: Azure OpenAI solutions
Microsoft Press AI-102 Cert Prep — generative AI & OpenAI section
▶ Microsoft Official
Implement decision-support & generative AI solutions
Part 2 of 6 · Microsoft Exam Readiness Zone · Also on MS Learn ↗

Section 2 Quiz

Score 4/5 or higher to unlock Section 3

0 / 5
🔒
Section 3 is locked
Pass the Section 2 quiz with 4/5 or higher to unlock Agentic Solutions.
Week 3 · Domain 3
Implement Agentic Solutions
💬 Community insight

"The new AI-102 outline calls agents out separately. Treat an agent as a hosted reasoning loop with instructions, tools, memory/conversation state, and governance. The exam is likely to ask when to use a prompt agent, a workflow agent, or Microsoft Agent Framework for more complex orchestration."

Resource checklist
Understand agent roles, use cases, tools, conversations and responses
MS Learn
Configure Foundry resources needed to build and test an agent
MS Learn
Create a prompt agent with Microsoft Foundry Agent Service
MS Learn
Add tools such as Azure AI Search, Bing grounding, Logic Apps or custom functions
MS Learn
Implement complex agents and multi-agent workflows with Microsoft Agent Framework
MS Learn
Test, evaluate, optimize and deploy an agentic workflow
MS Learn
Service selection guide
Prompt agent
Configuration-first agent with instructions, model selection and tools. Best when Agent Service can host and orchestrate the agent directly.
Tools
Extend an agent with grounding or actions, such as Azure AI Search, Logic Apps, Bing grounding, code interpreter, custom APIs or functions.
Conversation and response runtime
Agent Service uses agents, conversations and responses to maintain multi-turn state and stream outputs through SDKs or REST.
Microsoft Agent Framework
Use for code-first, complex or multi-agent workflows with routing, tools, state, workflow graphs and hosting options.
Evaluation
Agents need functional testing plus quality and safety evaluation before deployment, especially when tools can take real actions.
🤖
Microsoft Learn — opens new tab
Get started with AI agent development
Agent concepts, Foundry Agent Service and hands-on portal exercise

Section 3 Quiz

Score 4/5 or higher to unlock Section 4

0 / 5
🔒
Section 4 is locked
Pass the Section 3 quiz with 4/5 or higher to unlock Computer Vision.
Week 4 · Domain 4
Computer Vision
💬 Community insight

"Computer vision was easier than I expected — most questions boil down to: use standard Azure AI Vision if it’s a common task (tags, objects, OCR), use Custom Vision if you have your own categories to train on. Don’t overthink it. OCR Read API questions were very common though."

Resource checklist
Analyse images with Azure AI Vision
MS Learn
Read text in images and documents (OCR / Read API)
MS Learn
Classify images with custom Azure AI Vision models
MS Learn
Detect, analyse and recognise faces (Azure AI Face)
MS Learn
Analyse video with Azure AI Video Indexer
MS Learn
Lab: Submit image to Vision API, interpret tags & objects
Lab
Lab: Train a custom vision classification model
Lab
MeasureUp: Computer vision domain practice set
MeasureUp
Service selection guide
Azure AI Vision (standard)
Image analysis, object detection, tags, OCR (Read API), spatial analysis. Use for pre-trained common tasks.
Custom Vision
Classification (what is it?) vs Object detection (where is it? — bounding boxes). Train on your own labelled images.
OCR — Read API
Extracts text from images and documents, including handwriting. Part of Azure AI Vision in Foundry Tools.
Azure AI Face
Face detection, attribute estimation. Face recognition (identifying specific people) requires Limited Access approval from Microsoft.
Azure AI Video Indexer
Extracts transcripts, topics, sentiments, speaker labels, keyframes from video files or live streams.
🎓
LinkedIn Learning — opens new tab
Tim Warner: Computer vision solutions
Microsoft Press AI-102 Cert Prep — Vision, Custom Vision and Video Indexer section
▶ Microsoft Official
Implement Azure AI vision solutions
Part 3 of 6 · Microsoft Exam Readiness Zone · Also on MS Learn ↗

Section 4 Quiz

Score 4/5 or higher to unlock Section 5

0 / 5
🔒
Section 5 is locked
Pass the Section 4 quiz with 4/5 or higher to unlock Natural Language Processing.
Week 5 · Domain 5
Natural Language Processing
💬 Community insight

"NLP questions are usually service-selection questions. Language analyses existing text, Speech handles audio input/output and SSML, Translator handles text/document/speech translation, CLU identifies intent, and custom question answering returns answers from a curated knowledge base."

Resource checklist
Extract key phrases, entities, sentiment, language and PII from text
MS Learn
Translate text and documents with Azure Translator in Foundry Tools
MS Learn
Implement speech-to-text, text-to-speech, SSML and speech translation
MS Learn
Build custom speech and keyword/intent recognition solutions
MS Learn
Create, train, evaluate, deploy and consume a CLU model
MS Learn
Build custom question answering with multi-turn conversation and chit-chat
MS Learn
Implement custom translation models and multilingual question answering
MS Learn
Service selection guide
Azure AI Language
Use for text analytics: sentiment, key phrases, language detection, named entities and PII detection/redaction.
Azure AI Speech
Use for speech-to-text, text-to-speech, SSML, custom speech, speaker recognition, keyword recognition and speech translation.
Azure Translator
Use for text and document translation. Pair with Speech for speech-to-speech and speech-to-text translation scenarios.
CLU
Use when an app must identify a user's intent and extract entities from utterances.
Custom Question Answering
Use when answers should come from curated FAQ/docs content, with alternate phrasing, chit-chat and multi-turn follow-up.
🎓
LinkedIn Learning — opens new tab
Tim Warner: NLP solutions
Microsoft Press AI-102 Cert Prep — language, speech and translation review
▶ Microsoft Official
Implement natural language processing solutions
Microsoft Exam Readiness Zone · Also on MS Learn ↗

Section 5 Quiz

Score 4/5 or higher to unlock Section 6

0 / 5
🔒
Section 6 is locked
Pass the Section 5 quiz with 4/5 or higher to unlock Knowledge Mining and Information Extraction.
Week 6 · Domain 6
Knowledge Mining & Information Extraction
💬 Community insight

"This domain is two related pipelines: Azure AI Search for knowledge mining and retrieval, then Document Intelligence / Content Understanding for turning files into structured information. Know the nouns: data source, indexer, skillset, index, knowledge store, semantic ranker, vector store, prebuilt model, custom model, analyzer."

Resource checklist
Provision Azure AI Search, create an index, define a skillset and run an indexer
MS Learn
Create data sources, custom skills and enrichment pipelines
MS Learn
Query an index with syntax, sorting, filtering and wildcards
MS Learn
Manage knowledge store projections: file, object and table projections
MS Learn
Implement semantic ranking and vector store/search solutions
MS Learn
Use prebuilt, custom and composed Document Intelligence models
MS Learn
Use Content Understanding for OCR, extraction, classification and multimodal ingestion
MS Learn
Pipeline selection guide
Azure AI Search
Use when users need searchable, filterable, rankable content from indexes, with optional AI enrichment and vector/semantic retrieval.
Indexer and skillset
The indexer pulls data from a source, applies built-in or custom skills, then writes enriched fields into an index.
Knowledge store
Stores enrichment outputs outside the search index using file, object or table projections.
Document Intelligence
Use for structured document extraction with prebuilt models, custom models and composed models.
Content Understanding
Use for multimodal extraction across documents, images, audio and video, especially when output needs a custom schema.
🎓
LinkedIn Learning — opens new tab
Tim Warner: Knowledge mining and extraction
Microsoft Press AI-102 Cert Prep — AI Search, Document Intelligence and extraction review
▶ Microsoft Official
Implement knowledge mining and document intelligence
Microsoft Exam Readiness Zone · Also on MS Learn ↗

Section 6 Quiz

Knowledge mining and extraction scenarios

0 / 5