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Microsoft Power Platform Solution Architect (PL-600T00-A)

H9P85S

Table of Contents

Table of Contents

    Course ID

    H9P85S

    Duration

    4 days

    Format

    ILT/VILT

    Overview

    This course is designed to give you an introduction to the solution architect role. In this course, you learn about the decisions a solution architect makes during an implementation, including security, integrations, Power Apps architecture, Power Automate architecture, and more.

    Course ID

    H9P85S

    Duration

    4 days

    Format

    ILT/VILT

    Audience

    This course is ideal for senior consultants (both functional and technical) that aspire to be solution architects, or current solution architects that are new to the role.

    Objectives

    After completing this course, you should be able to create solutions for Dynamics 365 and Microsoft Power Platform.

    Certifications and related exams

    This course prepares you for the following certification exam:

    • Microsoft Certified: Microsoft Power Platform Solution Architect
    Divider

    Course outline

    Module 1: Architect Solutions for Dynamics 365 and Microsoft Power Platform

    • Becoming a solution architect for Dynamics 365 and Microsoft Power Platform
      • Introduction to becoming a solution architect
      • Existing product and platform skills
      • Expectations of a solution architect
      • Solution architect role during project phases
      • Pillars of a great architecture
    • Discover customer needs as a Solution Architect for Dynamics 365 and Microsoft Power Platform
      • Introduction and discovery overview
      • Initial customer discovery
      • Customer discovery meetings
      • Customer communication strategy
    • Propose a solution as a Solution Architect for Microsoft Power Platform and Dynamics 365
      • Introduction and overview to proposing a solution
      • Identify solution components
      • Develop and validate a demo
      • Identify potential third-party components
      • Recognize strengths and weaknesses in a solution
    • Work with requirements for Microsoft Power Platform and Dynamics 365
      • Introduction
      • Lead requirements capture sessions
      • Identify functional requirements
      • Identify non-functional requirements
      • Confirm and finalize requirements
    • Perform fit gap analysis
      • Introduction to fit gap analysis
      • Determine feasibility of requirements
      • Refine requirements from proof-of-concept insights
      • Categorize business requirements and perform gap fit analysis
      • Evaluate Dynamics 365 and Microsoft Power Platform apps

    Module 2: Solution Architect: Design Microsoft Power Platform Solutions

    • Solution Architect series: Implement project governance for Power Platform and Dynamics 365
      • Introduction to project governance
      • Project governance
      • Solution architect’s role in project governance
      • Techniques for keeping a project on track
      • Work as a team
    • Solution Architect series: Power Platform architecture
      • Introduction
      • Environments
      • Environment data location
      • Work with data
      • Custom logic
      • Platform limits
      • High availability and disaster recovery considerations
    • Solution Architect series: Explore Power Apps architecture
      • Introduction
      • Common app patterns
      • App composition
      • Components
      • Optimize canvas apps
      • Microsoft Teams and Power Apps
      • Portal apps
    • Explore Power Automate architecture
      • Introduction
      • Triggers
      • Common actions
      • Error handling
      • Best practice
      • Business process flows
    • Solution architect series: Explore Microsoft Copilot Studio
      • Introduction
      • Agent building options
      • Agent concepts
      • Best practices
      • Integrate agents
      • Microsoft Copilot Studio in Teams
    • Solution architect series: Explore robotic process automation
      • Introduction
      • Power Automate for desktop
      • Record and edit tasks
      • Run desktop flows
      • Process mining
    • Solution architect series: Model data for Power Platform solutions
      • Introduction
      • Common Data Model
      • Data modelling
      • Choose a data store
      • Data modeling for Dataverse
      • Best practices for Dataverse
      • Exercise - Model data
      • Architecture of Fabrikam data model and devices
      • Report data and handle primary visitors
      • Handle visitors, waivers, and photos
      • Example data model solution
    • Solution architect series: Model security for Power Platform solutions
      • Introduction
      • Environment security
      • Data loss prevention
      • Access to Dataverse
      • Security in apps
      • Exercise: Security modelling
    • Solution Architect series: Evaluate Power Platform analytics and AI
      • Introduction
      • Power Platform reporting capabilities
      • Power BI overview
      • Data requirements
      • Power BI and Power Platform
      • Dataflows
      • AI
    • Solution Architect series: Implement integrations with Power Platform
      • Introduction
      • Integration challenges
      • Inbound data integration
      • Outbound data integration
    • Solution Architect series: Plan application lifecycle management for Power Platform
      • Introduction
      • Key considerations for ALM
      • Solutions
      • Configuration and reference data
      • Release process
      • ALM with Azure DevOps
    • Solution Architect series: Testing and go-live
      • Introduction
      • Plan for go-live
      • Data migration
      • Plan for go-live

    Module 3: Validate Your Microsoft Power Platform Solution Architect Skills

    • Becoming a solution architect for Dynamics 365 and Microsoft Power Platform
      • Introduction to becoming a solution architect
      • Introduction to becoming a solution architect
      • Expectations of a solution architect
      • Solution architect role during project phases
      • Pillars of a great architecture
    • Design a semantic model in Power BI
      • Introduction
      • Work with tables
      • Create a date table
      • Work with dimensions
      • Define data granularity
      • Work with relationships and cardinality
      • Resolve modeling challenges
      • Exercise: Model data in Power BI Desktop
    • Challenge project: Create Microsoft Power Platform solutions
      • Introduction
      • Prepare
      • Exercise: Create solutions for customers using Power Platform

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