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AB-100T00-A: Architecting agentic AI business solutions

  • 4.9(45,888 Rating)

Course Overview

AB-100T00-A: Architecting Agentic AI Business Solutions is an advanced, industry-focused course designed for professionals who want to design, architect, and implement agentic AI systems that operate autonomously, collaborate intelligently, and deliver measurable business value.

The course explores how modern AI agents—powered by large language models, tools, workflows, and orchestration frameworks—can be applied to real-world business scenarios such as automation, decision support, customer experience, operations, and enterprise transformation. Learners will gain hands-on exposure to architecting scalable, secure, and responsible agentic AI solutions aligned with organisational goals.

This course bridges the gap between AI theory and enterprise implementation, equipping participants with the skills needed to lead AI-driven innovation initiatives.

Course Objectives & Learning Outcomes:

  • Understand the core concepts and architecture of agentic AI systems
  • Design AI agents that can reason, plan, act, and collaborate autonomously
  • Architect end-to-end agentic AI solutions aligned with business requirements
  • Integrate AI agents with enterprise systems, APIs, and data sources
  • Apply governance, security, and ethical principles to agentic AI deployments
  • Evaluate use cases where agentic AI delivers measurable ROI
  • Design scalable, maintainable, and production-ready AI architectures
  • Communicate AI solution designs effectively to technical and non-technical stakeholders

As an AI-first solution architect, you lead the transformation of enterprise operations by envisioning and implementing AI-powered architecture. With a focus on making the most of the full spectrum of Microsoft AI apps and services, along with business application tools, you drive innovation and help to ensure the delivery of impactful AI-powered solutions.

Target Audiance

  • This course is ideal for solution architects, AI engineers, IT leaders, business analysts, consultants, and professionals involved in designing or managing AI-driven business solutions.

Schedule Dates

09 March 2026 - 11 March 2026
AB-100T00-A: Architecting agentic AI business solutions
15 June 2026 - 17 June 2026
AB-100T00-A: Architecting agentic AI business solutions
21 September 2026 - 23 September 2026
AB-100T00-A: Architecting agentic AI business solutions
21 December 2026 - 23 December 2026
AB-100T00-A: Architecting agentic AI business solutions

Course Content

  • Assess the use of agents in task automation, data analytics, and decision-making
  • Review data for grounding, including accuracy, relevance, timeliness, cleanliness, and availability
  • Organize business solution data to be available for other AI systems
  • Design overall AI strategy for business solutions
  • Implement the AI adoption process from the Cloud Adoption Framework for Azure
  • Design the strategy for building AI and agents in business solutions
  • Design a multi-agent solution by using platforms such as Microsoft 365 Copilot, Copilot Studio, and Azure AI Foundry
  • Develop the use cases for prebuilt agents in the solution
  • Define the solution rules and constraints when building AI components with Copilot Studio, Azure AI services, and Azure AI Foundry
  • Determine the use of generative AI and knowledge sources in agents built with Copilot Studio
  • Determine when to build custom agents or extend Microsoft 365 Copilot
  • Determine when custom AI models should be created
  • Provide guidelines for creating a prompt library
  • Develop the use cases for customized small language models for the solution
  • Provide prompt engineering guidelines and techniques for AI-powered business solutions
  • Include the elements of the Microsoft AI Center of Excellence
  • Design AI solutions that use multiple Dynamics 365 apps
  • Evaluate the costs and benefits of an AI-powered business solution
  • Select ROI criteria for AI-powered business solutions, including the total cost of ownership
  • Create an ROI analysis for the proposed AI solution for a business process
  • Analyze whether to build, buy, or extend AI components for business solutions
  • Implement a model router to intelligently route requests to the most suitable model

  • Design business terms for Copilot in Dynamics 365 apps for customer experience and service
  • Design customizations of Copilot in Dynamics 365 apps for customer experience and service
  • Design connectors for Copilot in Dynamics 365 Sales
  • Design agents for integration with Dynamics 365 Contact Center channels
  • Design task agents
  • Design autonomous agents
  • Design prompt and response agents
  • Propose Microsoft AI services for a given requirement
  • Propose code-first generative pages and the use of an agent feed for apps
  • Design topics for Copilot Studio, including fallback
  • Design data processing for AI models and grounding
  • Design a business process to include AI components in a Power Apps canvas app
  • Apply the Microsoft Power Platform Well-Architected Framework to intelligent application workloads
  • Determine when to use standard natural language processing, Azure conversational language understanding, or generative AI orchestration in Copilot Studio
  • Design agents and agent flows with Copilot Studio
  • Design prompt actions in Copilot Studio
  • Design extensibility of AI solutions
  • Design AI solutions by using custom models in Azure AI Foundry
  • Design agents in Microsoft 365 Copilot
  • Design agent extensibility in Copilot Studio
  • Design agent extensibility with Model Context Protocol in Copilot Studio
  • Design agents to automate tasks in apps and websites by using Computer Use in Copilot Studio
  • Design agent behaviors in Copilot Studio, including reasoning and voice mode
  • Optimize solution design by using agents in Microsoft 365, including Teams and SharePoint
  • Orchestrate configuration for prebuilt agents and apps
  • Orchestrate AI in Dynamics 365 apps for finance and supply chain
  • Orchestrate AI in Dynamics 365 apps for customer experience and service
  • Propose Microsoft 365 agents for business scenarios
  • Orchestrate the configuration of Microsoft 365 Copilot for Sales and Microsoft 365 Copilot for Service
  • Propose Microsoft Power Platform AI features, including AI hub
  • Design interoperability of the finance and operations agent chats to use additional knowledge sources
  • Recommend the process of adding knowledge sources to in-app help and guidance for Dynamics 365 Finance or Dynamics 365 Supply Chain Management apps

  • Recommend the process and tools required for monitoring agents
  • Analyze backlog and user feedback of AI and agent usage
  • Apply AI-based tools to analyze and identify issues and perform tuning
  • Monitor agent performance and metrics
  • Interpret telemetry data for performance and model tuning
  • Manage the testing of AI-powered business solutions
  • Recommend the process and metrics to test agents
  • Create validation criteria of custom AI models
  • Validate effective Copilot prompt best practices
  • Design end-to-end test scenarios of AI solutions that use multiple Dynamics 365 apps
  • Build the strategy for creating test cases by using Copilot
  • Design the ALM process for AI-powered business solutions
  • Design the ALM process for data used in AI models and agents
  • Design the ALM process for Copilot Studio agents, connectors, and actions
  • Design the ALM process for Azure AI services agents
  • Design the ALM process for custom AI models
  • Design the ALM process for AI in Dynamics 365 apps for finance and supply chain
  • Design the ALM process for AI in Dynamics 365 apps for customer experience and service
  • Design responsible AI, security, governance, risk management, and compliance
  • Design security for agents
  • Design governance for agents
  • Design model security
  • Analyze solution and AI vulnerabilities and mitigations, including prompt manipulation
  • Review solution for adherence to responsible AI principles
  • Validate data residency and movement compliance
  • Design access controls on grounding data and model tuning
  • Design audit trails for changes to models and data

FAQs

Agentic AI refers to AI systems composed of autonomous agents that can reason, make decisions, take actions, and collaborate with other agents or tools. Unlike traditional AI models that respond to single prompts, agentic AI systems operate continuously to achieve defined goals.

Agentic AI can be applied to process automation, customer support, decision intelligence, operations optimisation, data analysis, workflow orchestration, and enterprise knowledge management.

Yes. The course focuses heavily on real-world business scenarios and practical architecture patterns used in modern enterprises.

The course includes guidance on responsible AI, data privacy, compliance, risk management, and governance frameworks critical for enterprise AI adoption.

Graduates will be better positioned for roles such as AI Solution Architect, Enterprise Architect, AI Consultant, Automation Lead, or Digital Transformation Manager.