Microsoft AI-103 Exam Questions [September 2026] | PDF + Test Engine

Exam Code
AI-103
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September 26, 2026
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67
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PDF
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About AI-103 Exam Questions

Review the complete exam guide, sample questions, and feedback from verified customers.

AI-103 Exam Brings Azure AI Development Into Focus

The Microsoft AI-103 exam, officially titled Developing AI Apps and Agents on Azure, is built for developers who want to work with modern Azure AI services. This exam connects with the Microsoft Certified: Azure AI Apps and Agents Developer Associate credential. It focuses on practical skills rather than basic theory alone. Candidates need to understand generative AI apps, AI agents, Microsoft Foundry, retrieval-augmented generation, text analysis, computer vision, speech features, and information extraction. AI-103 exam dumps can support preparation by helping candidates review these topics through focused PDF practice questions.

The AI-103 exam reflects the way Azure AI projects are being built in 2026. Businesses now want AI systems that can answer questions, search internal files, process documents, understand images, work with audio, and complete tasks through connected tools. Developers need to know how to build these solutions with proper controls. They also need to understand model selection, grounding, monitoring, security, and responsible AI.

Microsoft has placed AI-103 at an intermediate level. This means the exam is not aimed at complete beginners. A candidate should have some coding experience, especially with Python. Familiarity with APIs and SDKs is also important because many Azure AI solutions depend on app connections, service calls, and agent workflows.

Azure AI Apps and Agents Developer Associate Credential

The Microsoft Certified: Azure AI Apps and Agents Developer Associate credential is for professionals who want to show their ability to create AI-powered apps on Azure. It is useful for developers who already work with cloud platforms and want to move into AI-focused projects.

This credential can help a developer prove that they understand more than prompt writing. AI-103 covers the full process of building an Azure AI solution. A candidate needs to know how to select models, configure deployments, connect knowledge sources, add tools, control agent behavior, monitor outputs, and improve performance.

The certification can also help professionals who are changing their career direction. A software developer may want to move into generative AI development. An Azure developer may want to add AI skills to existing cloud knowledge. A technical consultant may need a stronger understanding of Microsoft Foundry and agent-based solutions. AI-103 creates a clear study path for these goals.

Skills Candidates Can Build During AI-103 Preparation

AI-103 preparation can improve several practical skills. Candidates learn how to choose between large language models, smaller models, and multimodal models. They learn how to create AI apps that use grounding and retrieval to produce more useful responses. They also learn how to build agents that can call tools, remember context, connect with data, and complete multi-step tasks.

The exam also covers security and responsible AI. A developer must know how to apply content filters, use access controls, review safety events, and limit tool permissions. These areas matter because AI apps often work with business data and customer information.

Candidates also study monitoring. This includes latency, token usage, grounding quality, response relevance, and safety signals. A good Azure AI app should not just work once. It should work consistently, respond within a reasonable time, and remain secure after deployment.

Career Opportunities Linked With AI-103 Skills

The AI-103 certification can support several career paths. Azure AI Developer is the most direct role, but the skills also match AI Engineer, Generative AI Application Developer, Cloud AI Developer, AI Integration Engineer, RAG Application Developer, and AI Agent Developer positions.

Some companies may use different job titles. One employer may advertise a Cloud AI Engineer role, while another may call it an Intelligent Automation Developer position. The names can change, but the core work is often similar. Developers are expected to connect models with apps, build search and retrieval flows, and add AI features to business systems.

Salary varies by country, experience, and role. Microsoft does not publish a fixed salary for AI-103 holders. The value of the credential depends on the candidate’s technical background and project experience. Developers with strong Python skills, Azure knowledge, and hands-on AI projects may have a better chance of getting higher-paying opportunities.

The return on investment can also appear in other ways. AI-103 can help a professional qualify for internal projects, move into a new team, or add a relevant Microsoft credential to a CV. It gives structure to the learning process, which is useful for people who don’t want to study random AI topics without a clear direction.

AI-103 Exam Format and Important Details

The Microsoft AI-103 exam is called Developing AI Apps and Agents on Azure. It is currently connected with the Azure AI Apps and Agents Developer Associate credential. Microsoft lists the exam at an intermediate level. Candidates currently receive 120 minutes to complete the assessment, and the required passing score is 700.

The exam is delivered as a proctored Microsoft certification assessment through Pearson VUE. Microsoft currently lists English as the available language. Exam pricing depends on the country or region where the candidate schedules the test.

AI-103 is still a newer exam, so candidates should review the official Microsoft page before booking. Microsoft may adjust details as the certification moves forward. The skills measured can also receive updates when Azure AI services change.

AI-103 Syllabus Covers Five Connected Areas

The AI-103 syllabus is divided into five main areas. The largest section focuses on generative AI and agentic solutions. Planning and managing Azure AI solutions is the second major section. The remaining areas cover computer vision, text analysis, and information extraction.

The sections work together. A candidate may need to understand how a document is processed, stored in a search index, retrieved through a RAG flow, and then used by an agent to answer a question. This is why AI-103 preparation should not treat each topic as a separate box.

Plan and Manage an Azure AI Solution

This section carries 25 to 30 percent of the exam. It covers the early planning stage and the ongoing management of Azure AI apps. Candidates need to know how to choose suitable Azure AI services and models for different use cases.

Model selection is important. A large language model may be suitable for detailed responses, while a smaller model may be a better choice for speed or lower cost. A multimodal model can handle text and images together. The exam may test whether a candidate can choose the right option based on business needs.

This part also covers deployments, quotas, rate limits, scaling, and cost control. Candidates should understand how to monitor an AI solution after release. Security is also included, especially access roles, managed identity, network controls, and safe connections between services.

Responsible AI is another key topic. Developers need to apply content filters, guardrails, safety checks, and approval steps. An AI agent should not have unlimited access to tools or business data. Good controls matter.

Implement Generative AI and Agentic Solutions

This is the largest AI-103 section, carrying 30 to 35 percent of the exam. Candidates should spend extra time here because it covers several important development tasks.

Generative AI apps use models to create responses, summaries, code, or structured outputs. Candidates need to understand model deployment, prompt settings, grounding, and evaluation. They should know how to connect an app with a knowledge source so the model can produce answers based on trusted content.

RAG is a major topic. Retrieval-augmented generation allows an app to search relevant content before generating a response. Candidates should understand vector search, embeddings, search indexes, retrieval steps, and grounded responses.

AI agents go one step further. An agent can use tools, call functions, remember conversation context, and complete tasks through multiple steps. Candidates should know how to define agent goals, connect tools, manage memory, apply approvals, and monitor results.

Multi-agent workflows are also part of the syllabus. In these solutions, different agents may handle separate tasks. One agent may search content, another may process data, and another may prepare the final response. Candidates need to understand the purpose of orchestration and control.

Implement Computer Vision Solutions

Computer vision carries 10 to 15 percent of the exam. This area covers image and video tasks. Candidates should understand image analysis, caption generation, visual question answering, object detection, and multimodal app features.

Image generation is also included. Developers may need to create images from prompts or edit existing visuals through masking and inpainting. These features are useful for design, media, retail, marketing, and content workflows.

Safety matters in visual AI. Candidates should know how to detect unsafe content and reduce risks linked with image-based prompt injection. They should also understand when watermarking and content controls may be required.

Implement Text Analysis Solutions

Text analysis carries 10 to 15 percent of the exam. This section covers entity extraction, topic detection, summarization, sentiment analysis, translation, and structured outputs.

Candidates should know how to turn unstructured text into useful information. For example, an AI app may need to read customer feedback, detect the main issue, identify the sentiment, and save the result in JSON format.

Speech features are also included. Developers should understand speech-to-text and text-to-speech workflows. These features can support voice assistants, accessibility tools, call analysis, and conversational apps.

Implement Information Extraction Solutions

Information extraction also carries 10 to 15 percent of the exam. This area covers document processing, OCR, search, indexing, enrichment, and structured data extraction.

Developers often need to work with PDFs, scanned forms, reports, images, and audio files. The goal is to pull useful information from these sources and make it available to an AI app or agent.

Candidates should understand semantic search, hybrid search, and vector search. They should also know how a search index connects with a RAG pipeline. This section can feel technical, but it becomes easier after building a small document-search project.

Cert Mage AI-103 Exam Dumps Support Better Revision

Cert Mage provides AI-103 exam dumps in PDF format for candidates who want a focused way to revise the syllabus. The PDF questions help learners review important topics without spending too much time searching across different pages.

The main value is convenience. AI-103 covers many technical areas, and it is easy to forget small details during preparation. Cert Mage PDF questions make it easier to revisit service selection, agent behavior, RAG flows, computer vision, speech features, security controls, and document processing.

The material can fit different study routines. Some candidates prefer long weekend sessions. Others study for 20 or 30 minutes after work. A PDF format works for both. Candidates can read questions, mark difficult topics, and return to the same areas later.

Cert Mage keeps the study process simple. Candidates receive a direct resource for revision. They can focus on learning instead of moving between many websites or saving dozens of browser tabs.

Updated PDF Questions Matter for AI-103 Preparation

AI-103 is a newer Microsoft exam, so updated preparation material is important. Azure AI services have developed quickly. Microsoft Foundry, AI agents, multimodal models, RAG workflows, and responsible AI controls now play a larger role in Azure AI development.

Older material may not cover these areas properly. Candidates need questions that match the current AI-103 direction. Cert Mage AI-103 exam dumps help candidates review the latest skills measured and prepare with more focus.

Updated questions can also save time. A candidate can quickly see whether they understand model selection, search methods, tool permissions, content filters, or speech services. This makes revision more practical.

PDF Practice Questions Help Find Weak Areas

A strong study plan should reveal weak areas early. Many candidates feel confident after reading documentation, but they struggle when a question presents two similar Azure services.

Cert Mage AI-103 PDF questions can help identify these gaps. A candidate may understand RAG in general but still confuse semantic search with vector search. Another candidate may understand AI agents but need more practice with tool access, memory, or approval flows.

The best approach is simple. Study one topic, answer related questions, review mistakes, and then return to the relevant Microsoft documentation. This cycle improves understanding. It also helps candidates avoid last-minute cramming.

Cert Mage PDF Dumps Fit a Practical Study Routine

Cert Mage exam dumps work best when used with hands-on Azure practice. Candidates should create small projects while reviewing PDF questions. A simple Foundry project can teach more than several pages of notes.

Start with a generative AI app. Add a basic knowledge source. Test grounded answers. Then create an agent that calls a tool or function. After that, try a small document-processing flow with OCR or search indexing.

Once a candidate has completed these steps, Cert Mage PDF questions become more useful. The questions are easier to understand because the learner has seen the services in action.

A Clear AI-103 Study Plan for Busy Candidates

A practical study plan should begin with generative AI and agentic solutions because this section carries the highest weight. Candidates should spend time on RAG, prompts, models, tools, memory, and orchestration.

The next step is planning and management. This includes deployments, monitoring, security, responsible AI, cost control, and scaling. These topics often appear in scenario-based questions.

After that, candidates should review computer vision, text analysis, speech, and information extraction. These sections carry smaller percentages, but they still matter for the final score.

Cert Mage AI-103 exam dumps can be added after each study section. Candidates can review PDF questions, mark weak areas, and return to difficult topics before moving forward.

Candidates who want to explore a closely related Azure AI certification can also review the Microsoft AI-102 exam questions. The AI-102 exam covers several connected areas, including Azure AI solution planning, generative AI apps, computer vision, natural language processing, and information extraction. It can be a useful related option for learners who want to compare Azure AI development topics while preparing for AI-103.

Frequently Asked Questions About Microsoft AI-103

What Is the Microsoft AI-103 Exam?

The Microsoft AI-103 exam is called Developing AI Apps and Agents on Azure. It covers Microsoft Foundry, generative AI apps, AI agents, computer vision, text analysis, speech features, and information extraction.

Which Credential Is Connected With AI-103?

AI-103 is connected with the Microsoft Certified: Azure AI Apps and Agents Developer Associate credential. It is an intermediate-level certification for developers building Azure AI solutions.

Is AI-103 Difficult for Beginners?

AI-103 can be challenging for complete beginners. Candidates should have basic Python knowledge, familiarity with APIs, and some Azure experience before starting full exam preparation.

What Score Is Required to Pass AI-103?

Microsoft currently lists 700 as the passing score for AI-103. Candidates should prepare across every syllabus area instead of focusing only on the largest domain.

How Long Is the AI-103 Exam?

Microsoft currently gives candidates 120 minutes to complete the AI-103 assessment. Practicing scenario-based questions can help candidates manage time more effectively during the exam.

Which AI-103 Domain Carries the Most Weight?

Generative AI and agentic solutions carry the largest weighting at 30 to 35 percent. This section covers models, RAG, agents, tools, memory, orchestration, monitoring, and evaluation.

Are AI-103 Exam Dumps Helpful for Preparation?

AI-103 exam dumps can support revision by giving candidates focused PDF questions. They are most useful when combined with Microsoft documentation, personal notes, and hands-on Azure practice.

Does Cert Mage Provide AI-103 Dumps in PDF Format?

Cert Mage provides AI-103 exam dumps in PDF format. Candidates can use the material for topic review, weak-area checking, and final revision before scheduling the exam.

Does AI-103 Require Python Knowledge?

Python knowledge is useful for AI-103 because the exam focuses on app development, APIs, SDKs, agent tools, and Azure AI workflows. Basic coding experience makes preparation easier.

Can AI-103 Help With Azure AI Career Growth?

AI-103 can support career growth by validating practical Azure AI development skills. It can help developers prepare for AI-focused roles and strengthen their professional profile.

Question preview

Sample AI-103 Exam Questions

Review representative questions, correct answers, and concise explanations from this exam resource.

  1. Question 1

    You have a Microsoft Foundry project that contains a prompt agent used by a customer support web app. The agent is invoked from a Python service that does NOT run in the Foundry portal. You need to implement end-to-end tracing to capture latency breakdowns and exceptions across agent runs. Which two components can you use? Each correct answer presents a complete solution. NOTE: Each correct selection is worth one point.

    1. a Log Analytics workspace
    2. OpenTelemetry
    3. Application Insights
    4. the Azure Monitor Agent
    5. Microsoft Sentinel
    View answer and explanation

    Correct answer: B. OpenTelemetry; C. Application Insights

    Explanation: To implement end-to-end tracing for a Python service, you need an Application Performance Management (APM) solution. Application Insights, a feature of Azure Monitor, is Microsoft's native APM service. It provides a Python SDK to instrument your application code, automatically capturing requests, dependency calls (like the call to the agent), exceptions, and performance metrics, which enables detailed latency breakdowns. OpenTelemetry is a vendor-neutral, open-source observability framework for instrumenting applications to generate traces, metrics, and logs. Microsoft provides an Azure Monitor exporter for OpenTelemetry, allowing you to use the standard OpenTelemetry Python SDK to instrument your service and send the telemetry data directly to Application Insights for analysis. Both are valid and complete solutions for implementing the required tracing.

  2. Question 2

    You are building a web app named App1 that generates responses by using a model deployed to a Microsoft Foundry project named Project1. Before sending the prompts to the model, App1 must retrieve documents by using Azure AI Search. You need to integrate Project1 and App1. The solution must meet the following requirements: • Multiple client applications must use the same search configuration. • A security policy must prevent key-based authentication. • Administrative effort must be minimized. What should you do?

    1. Enable a managed identity for each application and call Azure AI Search directly.
    2. Create a custom HTTP connection in Foundry and manually configure Azure AI Search endpoints per application.
    3. Call Azure AI Search directly from each application by using Microsoft Entra authentication.
    4. Configure an Azure AI Search connection in Project1 and reference the connection in each application.
    View answer and explanation

    Correct answer: D. Configure an Azure AI Search connection in Project1 and reference the connection in each application.

    Explanation: Configuring an Azure AI Search connection within the Azure AI Studio project (Project1) centralizes the data source configuration. This allows multiple applications to reference the same connection, fulfilling the requirement for a shared configuration and minimizing administrative effort. This approach abstracts the connection details from the client applications. The connection in AI Studio can be configured to use a managed identity for authentication with Azure AI Search, which satisfies the security policy of preventing key-based authentication. Client applications then interact with the Foundry project's endpoint, which securely manages the connection to AI Search on their behalf.

  3. Question 3

    You have a Microsoft Foundry project that serves a high-volume chat app. Most requests are simple FAQs, but some require advanced reasoning. You need to reduce costs and latency for common queries, without degrading the quality of the responses to complex questions. What should you do?

    1. Increase the value of the max_tokens parameter for all the requests.
    2. Route all the requests to a smaller model.
    3. Route all the requests to the most capable model.
    4. Use a model cascade that routes the requests to different models.
    View answer and explanation

    Correct answer: D. Use a model cascade that routes the requests to different models.

    Explanation: A model cascade, also known as a router or tiered approach, is an optimal design pattern for this scenario. It involves first sending a request to a smaller, faster, and less expensive model. If this model can confidently handle the query (like a simple FAQ), it provides a response, minimizing latency and cost for the majority of high-volume requests. If the query is identified as complex, it is then automatically routed ("cascaded") to a more capable, powerful model. This ensures that complex reasoning tasks receive high-quality responses, thus meeting all requirements of the problem.

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