Microsoft Certified: Azure AI Apps and Agents Developer (Associate (AI-103)) — exam guide & mock tests | explainx.ai | explainx.ai
Microsoft · certification guide
Microsoft Certified: Azure AI Apps and Agents Developer
Associate (AI-103)
Practice for Microsoft's Azure AI Apps and Agents Developer – Associate exam (AI-103). Mock tests mirror the official domain weights, six production scenarios, and multiple-choice format for Microsoft Foundry, Foundry Agent Service, Azure AI Search, and Content Understanding.
Study hub mapped to Microsoft's AI-103 study guide — official proctored registration stays with Microsoft / Pearson VUE.
Microsoft positions the Azure AI Apps and Agents Developer – Associate (AI-103) credential for Azure AI engineers and developers who build generative apps and agents with Python and Microsoft Foundry. The exam tests practical judgment about Foundry services, agents, RAG, vision, speech, and document extraction — not model training research.
→Building generative AI apps and agents on Azure with Python and the Microsoft Foundry SDKs
→Choosing the right Foundry service for a task — LLMs, small language models, multimodal models, and Foundry Tools
→Designing RAG and grounding pipelines with Azure AI Search (semantic, vector, and hybrid retrieval)
→Building single and multi-agent solutions with Foundry Agent Service — roles, goals, memory, tool schemas
→Implementing computer vision, speech, text analysis, and document extraction with Foundry Tools
→Securing and operationalizing AI solutions — managed identity, private networking, keyless credentials, CI/CD
→Monitoring, evaluating, and governing agents — tracing, drift detection, safety signals, responsible AI
Official exam format
Summarized from Microsoft's public AI-103 exam page — confirm on Microsoft Learn before you schedule.
Level
Associate (Intermediate) — Azure AI engineers building apps and agents with Python and Microsoft Foundry
Format
Approximately 40 questions (Microsoft does not publish an exact count — treat this as a pacing estimate) · multiple choice and multiple response · no penalty for guessing
Duration
120 minutes · Pearson VUE proctored
Pass score
700 / 1000 (officially documented — a score of 700 or greater is required to pass)
Official price
$165 USD per attempt
Questions
~40 (estimate — Microsoft does not publish an exact count)
Associate tierMCQ + multiple responseNo penalty for guessing
Task statements by domain
The official skills outline lists weighted domains and granular task statements. explainx practice questions target these competencies — use this map to plan study time and pick focused mock tests.
Plan and manage an Azure AI solution (28%)
1.1 Choose the appropriate Foundry services
· Select generative models by class — LLMs, small language models, multimodal models, code models
· Choose Foundry services for grounding, vector search, agent workflows, and multimodal processing
· Distinguish Foundry Tools (prebuilt point-solution APIs) from Foundry Agent Service (the agent runtime)
· Select retrieval and indexing methods appropriate to the data and latency requirements
· Choose memory, tool, and knowledge integration patterns for agents
1.2 Design and deploy AI infrastructure
· Design Azure infrastructure for hosting AI apps and agents
· Choose deployment options for models and agents (managed, serverless, standard vs provisioned)
· Configure model and agent deployments in a Foundry project
· Integrate CI/CD pipelines for promoting Foundry project deployments across environments
Six production scenarios
Practice questions are scenario-framed around realistic Azure AI workloads — multi-agent RAG support, regulated document extraction, voice agents, content moderation, secure deployment, and agent-fleet observability.
Multi-Agent Customer Support with RAG Grounding
Build a tiered support system where a router agent hands off to billing, technical, and escalation specialists. Each specialist is grounded via Azure AI Search hybrid retrieval and uses function calling to reach backend APIs, with conversation tracking and memory across the handoff chain.
Domains: Generative & Agentic AI · Plan & Manage
Regulated Document Extraction & Compliance Review
A financial-services compliance team ingests contracts and scanned forms through Content Understanding (OCR, layout analysis, and named-field extraction), then applies generative summarization with PII and sensitivity detection before routing to a human approver.
Domains: Information Extraction · Text Analysis
Enterprise Voice Agent for Field Technicians
A hands-free voice assistant uses custom Speech models for domain jargon, runs speech-to-text and text-to-speech round-trips, and reasons across spoken queries plus reference images captured in the field.
A media company auto-generates and edits marketing images and video with inpainting and mask-based edits, gated by responsible-AI checks — watermark enforcement, prohibited-symbol detection, brand-policy rules, and defense against indirect prompt injection via text embedded in images.
Domains: Computer Vision
In scope on the exam
✓ Choosing Foundry services and models for generative, agentic, and grounding tasks
✓ Building generative apps and RAG with Foundry SDKs and connectors
✓ Building single and multi-agent solutions with Foundry Agent Service — roles, memory, tool schemas
✓ Prompt engineering, parameter tuning, reflection, and self-critique loops
✓ Computer vision — image/video generation and editing, multimodal understanding, responsible AI
✓ Text analysis and speech — entities, sentiment, translation, speech-to-text/text-to-speech as an agent modality
✓ Information extraction — semantic/vector/hybrid search, enrichment skills, OCR + layout + field extraction
DevOps — CI/CD pipelines for Foundry project promotion, quota and rate-limit management
Practice on explainx — live now
Independent mock exams aligned to the AI-103 skills outline — not affiliated with Microsoft's proctored certification. 850 multiple-choice questions in the bank, shuffled every attempt, instant explanations after submit.
Quick answers for candidates preparing with explainx mock exams (not Anthropic support).
Anthropic's ~301-level proctored certification for solution architects building production apps with Claude Code, the Claude Agent SDK, MCP, and structured output. The official exam has 60 multiple-choice questions in 120 minutes, four scenario frames per sitting, and a scaled pass score of 720/1000.
No. explainx.ai offers independent practice mock tests aligned to the public Foundations Exam Guide domains, task statements, and scenarios. Official registration and proctoring are through Anthropic Academy / Skilljar.
Lifetime access to all Claude Certified Architect mock tests on explainx.ai is $5 USD (one-time). Each attempt draws a shuffled subset from a bank of 1,000+ practice questions with explanations after submit.
You can browse certification and test pages without an account. Starting a timed mock test requires signing in and purchasing lifetime practice access for that program.
Eight mock tests per program including a full exam simulation, plus 1,000+ banked multiple-choice items. Programs include Claude Certified Architect (agentic architecture, MCP, Claude Code) and AWS GenAI Developer Professional (Bedrock, RAG, agents, governance).
Questions mirror the six official production scenarios: customer support agents, Claude Code development, multi-agent research, developer productivity, CI/CD with Claude Code, and structured data extraction.
Use Anthropic's Foundations Exam Guide and Academy courses for the proctored exam. Use explainx mock tests for timed MCQ practice, domain drills, and instant feedback — especially scenario-framed items and tradeoff questions.
A business-level, non-technical Google Cloud certification. The 90-minute exam has 50-60 multiple-choice questions across four domains — gen AI fundamentals, Google Cloud's gen AI offerings, techniques to improve model output, and business strategy — with no prerequisites required.
Microsoft's Associate-level certification for Azure AI engineers building generative AI apps and agents with Microsoft Foundry and Python. The 120-minute exam covers five domains with a minimum passing score of 700/1000.
1.3 Manage cost, scale, and performance
· Manage quotas, scaling, and rate limits (throttling) as distinct from cost management (billing)
· Right-size cost footprints for model and agent workloads
· Monitor model performance, drift, safety events, and grounding quality in production
· Monitor data ingestion quality, search index health, and retrieval relevance
1.4 Secure an AI solution
· Configure managed identity and keyless credentials (credential-free auth via Azure AD, not no-auth)
· Configure private networking to isolate Foundry endpoints
· Apply role-based access policies for projects, deployments, and connections
1.5 Apply responsible AI controls
· Configure safety filters, guardrails, risk detection, and content moderation
· Run evaluators and safety evaluations (pre-deployment) vs production monitoring
· Enable explanation tooling, trace logging, and provenance metadata
· Design approval workflows and agent oversight modes, constraints, and tool-access controls
Implement generative AI and agentic solutions (33%)
2.1 Build generative AI applications with Foundry
· Deploy and consume LLMs, small language models, code models, and multimodal models
· Implement retrieval-augmented generation (RAG) against grounded knowledge
· Design tool-augmented and multistep reasoning workflows
· Evaluate models for fabrications, relevance, quality, and safety
· Integrate via Foundry SDKs and connectors; configure app-to-Foundry-project connections
2.2 Build agents with Foundry Agent Service
· Define agent roles, goals, conversation tracking, and tool schemas
· Integrate retrieval, function calling, and memory into an agent
4.1 Analyze text with language models and Foundry Tools
· Extract entities, topics, summaries, and structured JSON via generative prompting and Foundry Tools
· Detect sentiment, tone, safety, and sensitive content as distinct classification tasks
· Translate with Azure Translator in Foundry Tools or with LLM-powered translation flows
· Customize for domains (e.g., compliance summarization)
4.2 Implement speech solutions
· Implement speech-to-text and text-to-speech for agentic interactions
· Use speech as a first-class agent modality, including custom speech models for domain jargon
· Perform multimodal reasoning from audio input
· Implement speech translation via language models or Foundry Tools
Implement information extraction solutions (13%)
5.1 Build retrieval and grounding pipelines
· Ingest and index documents, images, audio, and video for grounding
· Implement semantic, vector, and hybrid search with Azure AI Search
· Enrich indexing with built-in skills (native) and custom skills (hosted function/API)
· Design RAG ingestion flows including OCR, chunking, embeddings, and grounding metadata
· Connect retrieval pipelines to workflows and agent tools
5.2 Extract information from documents
· Combine OCR, layout analysis, and field extraction as distinct pipeline stages
· Build multimodal extraction pipelines with Azure AI Document Intelligence
· Produce grounded representations via Content Understanding for agents and RAG
· Configure analyzers for structured and markdown outputs
Secure Multi-Tenant Foundry Deployment with CI/CD
A platform team designs Azure infrastructure to host multiple agent-based apps for different tenants — managed identity, private networking, keyless credentials, quota and rate-limit management, and CI/CD pipelines that promote deployments from dev to production.
Domains: Plan & Manage
Observability & Drift Detection for a Production Agent Fleet
An SRE-style team instruments deployed agents with tracing, token analytics, latency breakdowns, and safety-signal monitoring, watches for drift and grounding-quality degradation, and builds an approval workflow before any agent behavior change ships.
Domains: Plan & Manage (Monitoring) · Generative & Agentic AI
✗ Non-Azure services as primary answers to Azure AI problems
✗ Deep infrastructure networking beyond what an AI solution's security needs
✗ General data engineering unrelated to AI ingestion and grounding
✗ Legacy Azure AI Studio / Azure Cognitive Services naming where current Microsoft Foundry naming applies