AB-100 : Agentic AI Business Solutions Architect

  • Duration: 3 days
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  1. Course Overview

This course prepares learners for the AB-100: Agentic AI Business Solutions Architect certification exam. It equips solution architects and AI professionals with the knowledge and practical skills required to design, plan, deploy, and govern AI-powered business solutions using Microsoft AI technologies.

Participants will gain hands-on exposure to architecting agentic AI solutions, orchestrating multi-agent systems, integrating Microsoft business applications, and ensuring responsible, secure, and scalable AI deployments.

  1. Target Audience
  • Solution Architects
  • AI / Data Architects
  • Enterprise Architects
  • Dynamics 365 & Power Platform Consultants
  • Microsoft Copilot & Foundry Specialists
  • Technical Leads driving AI transformation
  1. Learning Objectives

By the end of this program, participants will be able to:

  • Architect AI-driven business solutions aligned to enterprise goals
  • Design agentic-first and multi-agent orchestrated systems
  • Integrate Microsoft Copilot, Dynamics 365, and Power Platform AI
  • Implement secure, scalable, and governed AI environments
  • Monitor, tune, and optimize AI agents
  • Conduct ROI and cost-benefit analysis for AI initiatives
  • Apply Responsible AI and compliance frameworks
  1. Course Modules

Module 1 — Introduction to Agentic AI Architecture

  • Fundamentals of AI-powered business solutions
  • Generative AI and enterprise transformation
  • Overview of Microsoft AI ecosystem
  • Agentic-first business processes
  • Multi-agent orchestration concepts
  • Foundry tools and models introduction

Module 2 — Planning AI-Powered Business Solutions (25–30%)

2.1 Requirements Analysis

  • Identifying AI opportunities in business processes
  • Agents for task automation and decision intelligence
  • Data readiness assessment
    • Accuracy
    • Relevance
    • Timeliness
    • Cleanliness
    • Availability
  • Grounding data preparation

2.2 AI Strategy Design

  • Cloud Adoption Framework for AI
  • Enterprise AI roadmap development
  • AI adoption lifecycle
  • AI Center of Excellence framework

2.3 Agent Strategy & Use-Case Development

  • Prebuilt vs custom agents
  • Microsoft 365 Copilot extensibility
  • Copilot Studio agent design strategy
  • Foundry agent development planning
  • Multi-agent architecture design

2.4 Generative AI & Model Decisions

  • Custom vs prebuilt AI models
  • Small language model use cases
  • Model routing strategies
  • Knowledge source selection

2.5 Prompt Engineering Framework

  • Prompt library creation
  • Prompt governance
  • Enterprise prompt design standards

2.6 Business Value & ROI

  • Total Cost of Ownership (TCO)
  • ROI modeling for AI solutions
  • Build vs Buy vs Extend analysis

Module 3 — Designing AI-Powered Business Solutions (25–30%)

3.1 Designing AI & Agents

  • Task agents vs autonomous agents
  • Prompt & response agents
  • Dynamics 365 Copilot customization
  • Copilot for Sales connectors
  • Contact Center AI agents

3.2 Copilot Studio Solution Design

  • Topic design & fallback strategies
  • Agent flows & orchestration
  • Prompt actions
  • Conversational design patterns

3.3 Data & Grounding Architecture

  • Knowledge ingestion pipelines
  • Data processing for AI grounding
  • Secure data connections

3.4 Power Platform AI Integration

  • AI in Power Apps canvas apps
  • Intelligent app workloads
  • Well-Architected Framework application

3.5 AI Model & Foundry Design

  • Custom models in Microsoft Foundry
  • Code-first generative experiences
  • Agent feed architecture

Module 4 — Agent Extensibility & Interoperability

  • Agents in Microsoft 365 Copilot
  • Extending Copilot Studio agents
  • Model Context Protocol (MCP) integration
  • Agent2Agent (A2A) interoperability
  • Computer Use agents for UI automation
  • Voice & reasoning agent behaviors

Module 5 — Orchestrating AI Across Business Applications

5.1 Dynamics 365 AI Orchestration

  • Finance & Supply Chain AI features
  • Customer Service AI orchestration
  • Sales AI configuration

5.2 Microsoft 365 Copilot Ecosystem

  • Copilot for Sales
  • Copilot for Service
  • Teams & SharePoint agents

5.3 Knowledge Integration

  • External knowledge sources
  • In-app guidance AI
  • Finance & Operations chat extensibility

Module 6 — Deploying AI-Powered Business Solutions (40–45%)

6.1 Monitoring & Performance Optimization

  • Agent telemetry monitoring
  • Usage analytics
  • Feedback loop systems
  • Performance tuning techniques

6.2 Testing AI Solutions

  • Agent validation frameworks
  • Prompt testing methodologies
  • Custom model validation
  • End-to-end AI scenario testing
  • Copilot-assisted test generation

Module 7 — Application Lifecycle Management (ALM)

  • ALM for AI data pipelines
  • Copilot Studio ALM
  • Connector & action lifecycle
  • Foundry agent ALM
  • Custom model lifecycle governance
  • Dynamics 365 AI ALM strategies

Module 8 — Responsible AI, Security & Governance

8.1 Responsible AI Framework

  • Microsoft Responsible AI principles
  • Ethical AI design

8.2 Security Architecture

  • Agent security models
  • Model protection strategies
  • Data access controls

8.3 Risk & Compliance

  • Prompt injection mitigation
  • Vulnerability detection
  • Data residency compliance

8.4 Governance & Auditability

  • AI governance frameworks
  • Audit trails for models & data
  • Change tracking & monitoring

8.5 Practical Components

  • Hands-on labs with Copilot Studio
  • Multi-agent solution design workshop
  • Dynamics 365 AI implementation lab
  • Prompt engineering exercises
  • AI monitoring dashboards setup
  • ROI case study development

8.6 Assessment & Certification Preparation

  • Module quizzes
  • Architecture design assignments
  • Mock exam simulations
  • Case study presentations

8.7 Tools & Technologies Covered

  • Microsoft 365 Copilot
  • Copilot Studio
  • Microsoft Foundry & Foundry Models
  • Dynamics 365 AI
  • Power Platform AI Hub
  • Azure AI Services
  • Model Context Protocol (MCP)
  • Agent2Agent (A2A)

 

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