AB-620 Exam Training Course Study Plan

AB-620 Designing and Building Integrated AI Solutions in Copilot Studio is a structured training course for developers and advanced builders who design, build, integrate, test, and manage enterprise-grade agents in Microsoft Copilot Studio. The course targets practical readiness across identity, governance, agent flows, topics, enterprise knowledge, tools, multi-agent collaboration, Azure integrations, evaluation, and ALM.

A realistic first-attempt preparation path is 5 weeks. Each week uses daily Pomodoro blocks, forgetting-curve review checkpoints, scenario drills, and observable outputs such as decision maps, connector comparison tables, test evidence, deployment notes, and troubleshooting logs.

What This Plan Offers

This plan covers the three AB-620 exam domains: Plan and configure agent solutions, Integrate and extend agents in Copilot Studio, and Test and manage agents. Each study day assigns a specific operational topic, a concrete output, Pomodoro-based work blocks, and review intervals using same-day, next-day, 3-day, 7-day, and final-week cumulative recall.

Who This Plan Is For

This training course is for professional developers, advanced Copilot Studio builders, consultants, ISV partners, Power Platform specialists, and solution architects who already understand basic agent creation and need structured practice with integrations, enterprise controls, and production lifecycle management.

Final Outcome

By the end of the plan, the learner should be able to interpret AB-620 scenarios, select the correct Copilot Studio or Microsoft platform control object, validate tool and knowledge dependencies, evaluate agent behavior, and describe an ALM-ready deployment path without relying on generic prompt-tuning answers.

Week 1 Study Plan - Plan and configure agent solutions

Primary Objective for the Week:

Master plan and configure agent solutions through scenario analysis, component mapping, and verification-oriented practice.

Learning Methodology for the Week:

Use two 25-minute Pomodoro blocks per study day for new content, one 25-minute block for active recall, and a 10-minute same-day review. Revisit flashcards the next day, after 3 days, after 7 days, and during Week 5 cumulative review.

Day 1 - Plan responsible AI, identity, audience, channel, governance, and reusable component boundaries

Goal: Understand the operational control object, dependencies, and exam-selection logic for Plan responsible AI, identity, audience, channel, governance, and reusable component boundaries.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 2 - Create and monitor agent flows including human-in-the-loop approval, inputs, outputs, connectors, and error handling

Goal: Understand the operational control object, dependencies, and exam-selection logic for Create and monitor agent flows including human-in-the-loop approval, inputs, outputs, connectors, and error handling.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 3 - Configure topics with variables, Power Fx expressions, tools, generative answers, custom prompts, API calls, and adaptive cards

Goal: Understand the operational control object, dependencies, and exam-selection logic for Configure topics with variables, Power Fx expressions, tools, generative answers, custom prompts, API calls, and adaptive cards.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 4 - Create and monitor agent flows including human-in-the-loop approval, inputs, outputs, connectors, and error handling

Goal: Understand the operational control object, dependencies, and exam-selection logic for Create and monitor agent flows including human-in-the-loop approval, inputs, outputs, connectors, and error handling.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 5 - Cross-topic comparison table and flashcards

Goal: Understand the operational control object, dependencies, and exam-selection logic for Cross-topic comparison table and flashcards.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 6 - Hands-on or pseudo-lab rehearsal

Goal: Understand the operational control object, dependencies, and exam-selection logic for Hands-on or pseudo-lab rehearsal.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 7 - Weekly consolidation and weak-area review

Goal: Understand the operational control object, dependencies, and exam-selection logic for Weekly consolidation and weak-area review.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Week 2 Study Plan - Integrate and extend agents in Copilot Studio

Primary Objective for the Week:

Master integrate and extend agents in copilot studio through scenario analysis, component mapping, and verification-oriented practice.

Learning Methodology for the Week:

Use two 25-minute Pomodoro blocks per study day for new content, one 25-minute block for active recall, and a 10-minute same-day review. Revisit flashcards the next day, after 3 days, after 7 days, and during Week 5 cumulative review.

Day 1 - Connect agents to enterprise knowledge sources including Copilot connectors, Power Platform connectors, and Azure AI Search

Goal: Understand the operational control object, dependencies, and exam-selection logic for Connect agents to enterprise knowledge sources including Copilot connectors, Power Platform connectors, and Azure AI Search.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 2 - Add tools to agents with computer use, MCP tools, custom connectors, and REST APIs

Goal: Understand the operational control object, dependencies, and exam-selection logic for Add tools to agents with computer use, MCP tools, custom connectors, and REST APIs.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 3 - Connect agents to enterprise knowledge sources including Copilot connectors, Power Platform connectors, and Azure AI Search

Goal: Understand the operational control object, dependencies, and exam-selection logic for Connect agents to enterprise knowledge sources including Copilot connectors, Power Platform connectors, and Azure AI Search.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 4 - Add tools to agents with computer use, MCP tools, custom connectors, and REST APIs

Goal: Understand the operational control object, dependencies, and exam-selection logic for Add tools to agents with computer use, MCP tools, custom connectors, and REST APIs.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 5 - Cross-topic comparison table and flashcards

Goal: Understand the operational control object, dependencies, and exam-selection logic for Cross-topic comparison table and flashcards.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 6 - Hands-on or pseudo-lab rehearsal

Goal: Understand the operational control object, dependencies, and exam-selection logic for Hands-on or pseudo-lab rehearsal.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 7 - Weekly consolidation and weak-area review

Goal: Understand the operational control object, dependencies, and exam-selection logic for Weekly consolidation and weak-area review.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Week 3 Study Plan - Integrate and extend agents in Copilot Studio

Primary Objective for the Week:

Master integrate and extend agents in copilot studio through scenario analysis, component mapping, and verification-oriented practice.

Learning Methodology for the Week:

Use two 25-minute Pomodoro blocks per study day for new content, one 25-minute block for active recall, and a 10-minute same-day review. Revisit flashcards the next day, after 3 days, after 7 days, and during Week 5 cumulative review.

Day 1 - Configure multi-agent collaboration with Foundry agents, Copilot Studio agents, Fabric data agents, and A2A protocol

Goal: Understand the operational control object, dependencies, and exam-selection logic for Configure multi-agent collaboration with Foundry agents, Copilot Studio agents, Fabric data agents, and A2A protocol.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 2 - Integrate agents with Azure AI Search, Foundry model catalog prompts, and Application Insights monitoring

Goal: Understand the operational control object, dependencies, and exam-selection logic for Integrate agents with Azure AI Search, Foundry model catalog prompts, and Application Insights monitoring.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 3 - Configure multi-agent collaboration with Foundry agents, Copilot Studio agents, Fabric data agents, and A2A protocol

Goal: Understand the operational control object, dependencies, and exam-selection logic for Configure multi-agent collaboration with Foundry agents, Copilot Studio agents, Fabric data agents, and A2A protocol.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 4 - Integrate agents with Azure AI Search, Foundry model catalog prompts, and Application Insights monitoring

Goal: Understand the operational control object, dependencies, and exam-selection logic for Integrate agents with Azure AI Search, Foundry model catalog prompts, and Application Insights monitoring.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 5 - Cross-topic comparison table and flashcards

Goal: Understand the operational control object, dependencies, and exam-selection logic for Cross-topic comparison table and flashcards.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 6 - Hands-on or pseudo-lab rehearsal

Goal: Understand the operational control object, dependencies, and exam-selection logic for Hands-on or pseudo-lab rehearsal.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 7 - Weekly consolidation and weak-area review

Goal: Understand the operational control object, dependencies, and exam-selection logic for Weekly consolidation and weak-area review.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Week 4 Study Plan - Test and manage agents

Primary Objective for the Week:

Master test and manage agents through scenario analysis, component mapping, and verification-oriented practice.

Learning Methodology for the Week:

Use two 25-minute Pomodoro blocks per study day for new content, one 25-minute block for active recall, and a 10-minute same-day review. Revisit flashcards the next day, after 3 days, after 7 days, and during Week 5 cumulative review.

Day 1 - Evaluate agent performance with test sets, evaluation methods, and result review

Goal: Understand the operational control object, dependencies, and exam-selection logic for Evaluate agent performance with test sets, evaluation methods, and result review.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 2 - Implement ALM for Copilot Studio agents with solutions, environment variables, and Power Platform Pipelines

Goal: Understand the operational control object, dependencies, and exam-selection logic for Implement ALM for Copilot Studio agents with solutions, environment variables, and Power Platform Pipelines.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 3 - Evaluate agent performance with test sets, evaluation methods, and result review

Goal: Understand the operational control object, dependencies, and exam-selection logic for Evaluate agent performance with test sets, evaluation methods, and result review.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 4 - Implement ALM for Copilot Studio agents with solutions, environment variables, and Power Platform Pipelines

Goal: Understand the operational control object, dependencies, and exam-selection logic for Implement ALM for Copilot Studio agents with solutions, environment variables, and Power Platform Pipelines.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 5 - Cross-topic comparison table and flashcards

Goal: Understand the operational control object, dependencies, and exam-selection logic for Cross-topic comparison table and flashcards.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 6 - Hands-on or pseudo-lab rehearsal

Goal: Understand the operational control object, dependencies, and exam-selection logic for Hands-on or pseudo-lab rehearsal.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 7 - Weekly consolidation and weak-area review

Goal: Understand the operational control object, dependencies, and exam-selection logic for Weekly consolidation and weak-area review.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Week 5 Study Plan - Integrated scenario rehearsal across all AB-620 domains

Primary Objective for the Week:

Master integrated scenario rehearsal across all ab-620 domains through scenario analysis, component mapping, and verification-oriented practice.

Learning Methodology for the Week:

Use two 25-minute Pomodoro blocks per study day for new content, one 25-minute block for active recall, and a 10-minute same-day review. Revisit flashcards the next day, after 3 days, after 7 days, and during Week 5 cumulative review.

Day 1 - Plan responsible AI, identity, audience, channel, governance, and reusable component boundaries

Goal: Understand the operational control object, dependencies, and exam-selection logic for Plan responsible AI, identity, audience, channel, governance, and reusable component boundaries.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 2 - Create and monitor agent flows including human-in-the-loop approval, inputs, outputs, connectors, and error handling

Goal: Understand the operational control object, dependencies, and exam-selection logic for Create and monitor agent flows including human-in-the-loop approval, inputs, outputs, connectors, and error handling.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 3 - Configure topics with variables, Power Fx expressions, tools, generative answers, custom prompts, API calls, and adaptive cards

Goal: Understand the operational control object, dependencies, and exam-selection logic for Configure topics with variables, Power Fx expressions, tools, generative answers, custom prompts, API calls, and adaptive cards.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 4 - Connect agents to enterprise knowledge sources including Copilot connectors, Power Platform connectors, and Azure AI Search

Goal: Understand the operational control object, dependencies, and exam-selection logic for Connect agents to enterprise knowledge sources including Copilot connectors, Power Platform connectors, and Azure AI Search.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 5 - Cross-topic comparison table and flashcards

Goal: Understand the operational control object, dependencies, and exam-selection logic for Cross-topic comparison table and flashcards.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 6 - Hands-on or pseudo-lab rehearsal

Goal: Understand the operational control object, dependencies, and exam-selection logic for Hands-on or pseudo-lab rehearsal.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.

Day 7 - Weekly consolidation and weak-area review

Goal: Understand the operational control object, dependencies, and exam-selection logic for Weekly consolidation and weak-area review.

Tasks: Create a one-page decision map, write five active-recall questions, extract the Best Choice Rules for the topic, complete one troubleshooting practice drill, and record the concrete failure signals that would validate the scenario in Copilot Studio, Power Platform, Azure, Foundry, Fabric, or Application Insights as applicable.

Learning Method: Use Pomodoro Block 1 for reading and diagramming, Block 2 for troubleshooting scenario rewriting, and Block 3 for recall without notes. Add same-day review notes and schedule the item for next-day and 3-day review.

Verification: The day is complete when the learner can identify the owning component, name the first evidence signal to inspect, explain why the correct answer owns the dependency, and reject each adjacent service or prompt-only distractor.