Coverage Matrix
This matrix maps AI-103 exam skills to the challenge set so you can target weak areas and confirm full coverage before the exam.
How to use this matrix
Use the matrix as a study checklist: start with the highest-weight domains, jump to the mapped challenges for focused practice, and finish with the capstone to validate end-to-end readiness.
Domain 1: Plan and Manage an Azure AI Solution (15-20%)
Challenges: 01-10
| Skill | Challenges | Key Topics |
|---|---|---|
| Select the appropriate Azure AI service | 01, 02 | Service selection, architecture tradeoffs, Azure AI service fit |
| Plan and configure security (keys, RBAC, managed identity, network) | 03, 04 | Authentication, authorization, identity, private access |
| Create and manage Azure AI service resources | 01, 02, 05 | Provisioning, configuration, lifecycle management |
| Configure diagnostic logging | 06 | Diagnostic settings, Log Analytics, audit visibility |
| Manage costs | 07 | Pricing tiers, quotas, budgeting, optimization |
| Monitor Azure AI services | 06, 08 | Metrics, alerts, health monitoring, observability |
| Implement responsible AI practices | 09, 10 | Fairness, transparency, governance, safety |
| Deploy AI services in containers | 05 | Containers, deployment models, disconnected scenarios |
| Manage keys and secure endpoints | 03, 04 | Key rotation, endpoint protection, secret handling |
| Plan and implement virtual network integration | 04 | VNet integration, private endpoints, network isolation |
Domain 2: Implement Generative AI and Agentic Solutions (35-40%)
Challenges: 11-23
| Skill | Challenges | Key Topics |
|---|---|---|
| Create Azure AI Foundry project | 11 | Project setup, hubs, connections, workspace organization |
| Select and deploy Azure OpenAI models | 12, 13 | Model choice, deployments, capacity, inference options |
| Implement RAG (Retrieval-Augmented Generation) | 14, 15 | Grounding, chunking, embeddings, retrieval pipeline |
| Implement prompt engineering | 16, 17 | System prompts, few-shot design, prompt tuning |
| Configure content filtering | 18 | Safety filters, abuse monitoring, response controls |
| Generate code and images with Azure OpenAI | 19 | Code generation, image generation, multimodal use cases |
| Implement orchestration flows | 20 | Flow design, chaining, evaluation loops, process orchestration |
| Manage token usage and rate limits | 12, 13 | TPM/RPM planning, quotas, cost-aware usage |
| Evaluate generative AI responses | 17, 20 | Quality metrics, groundedness, safety, output review |
| Design agent architecture | 21 | Agent patterns, memory, planning, tool strategy |
| Implement tool use and function calling | 22 | Tool schemas, function calling, action execution |
| Implement multi-agent orchestration | 23 | Agent collaboration, delegation, workflow coordination |
Domain 3: Implement Computer Vision Solutions (10-15%)
Challenges: 24-30
| Skill | Challenges | Key Topics |
|---|---|---|
| Analyze images with Azure AI Vision | 24 | Image analysis, tagging, captions, detection |
| Implement Custom Vision image classification | 25 | Labels, training, evaluation, publishing |
| Implement Custom Vision object detection | 26 | Bounding boxes, detection models, scoring |
| Implement OCR with Azure AI Vision | 27 | Read API, printed text, handwriting extraction |
| Implement face detection and analysis | 28 | Face detection, attributes, analysis constraints |
| Analyze video with Video Indexer | 29 | Video insights, transcription, scene and speech analysis |
| Implement spatial analysis | 30 | People movement, occupancy, spatial event processing |
Domain 4: Implement Text Analysis Solutions (15-20%)
Challenges: 31-39
| Skill | Challenges | Key Topics |
|---|---|---|
| Analyze text (sentiment, entities, key phrases) | 31, 32 | NLP extraction, sentiment, entity recognition |
| Detect and redact PII | 33 | PII detection, redaction workflows, compliance handling |
| Translate text and documents | 34 | Text translation, document translation, multilingual processing |
| Implement speech-to-text | 35 | Recognition, transcription, speech ingestion |
| Implement text-to-speech | 36 | Voice synthesis, SSML, audio generation |
| Build CLU models | 37 | Intents, entities, training, deployment |
| Create Custom Question Answering | 38 | Knowledge sources, answer ranking, conversational responses |
| Implement speech translation | 39 | Real-time translation, multilingual speech pipelines |
Domain 5: Implement Information Extraction Solutions (15-20%)
Challenges: 40-48
| Skill | Challenges | Key Topics |
|---|---|---|
| Create and manage Azure AI Search indexes | 40 | Index schema, fields, analyzers, lifecycle |
| Implement scoring profiles | 41 | Relevance tuning, weights, boosting |
| Configure indexers and data sources | 42 | Connectors, ingestion, scheduled indexing |
| Implement incremental enrichment | 43 | Change tracking, enrichment updates, reprocessing strategy |
| Use built-in AI skills | 44 | Skillsets, enrichment pipeline, cognitive skills |
| Create custom skills and knowledge stores | 45 | Custom enrichment, projections, downstream consumption |
| Implement vector search and hybrid queries | 46 | Embeddings, vector fields, hybrid retrieval |
| Implement advanced queries and filters | 47 | Filters, facets, query syntax, result shaping |
| Analyze documents with Document Intelligence | 48 | Prebuilt models, extraction, forms and layout analysis |
Capstone
| Skill | Challenges | Key Topics |
|---|---|---|
| Integrate AI-103 skills in an end-to-end scenario | 49 | Solution integration, tradeoffs, production readiness review |