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Over 9 hours of video content
This video course will provide appropriate instruction and walk-throughs to allow job seekers to demonstrate proficiency with Microsoft Azure next-gen, cloud-based database technologies.
Overview:
Cloud-based IT services, such as those provided by Microsoft Azure, are one of the fastest growing segments of the computing industry, and database management products are one of the major categories of services that Azure and other cloud services provide. One of the fundamental elements of Azure from its inception was Microsoft SQL Services, which ported the database management capabilities of Microsoft's SQL Server product to the cloud. In the time since the introduction of Microsoft Azure, the cloud-based SQL implementation has been enhanced to include a range of deployment options that provide subscribers with varying levels of administrative independence. Virtual machine-based Infrastructure-as-a-Service (IaaS) installations provide the cloud equivalent of the in-house SQL server; SQL managed instances eliminate the need for administration of the operating system; and SQL Database is a Platform-as-a-Service (PaaS) product that takes both the OS and the SQL instance administration chores out of the consumers' hands. All of these database management solutions have their own administration and maintenance requirements, and the DP-300 exam is designed to test a student's familiarity with these requirements.
This video series will provide proper instruction on how to implement and manage the operational aspects of solutions built on SQL Server and Azure SQL services. It will illustrate how to use the many different methods and tools to perform and automate day-to-day operations along with other tools for management and administrative tasks.
Additionally, this video series will showcase how to implement the core tenants related to the role of an Azure database administrator, including management, availability, security, performance, and high availability and disaster recovery.
Skill Level:
Learn How To:
Course Requirement:
Individuals should have subject matter expertise in:
Additionally, individuals should have knowledge and experience with:
Who Should Take This Course:
Database administrators, data management specialists, IT professionals who are working with Azure database services, Azure solutions architects, developers, and individuals aiming to transition into cloud-based database administration role.
About Pearson Video Training:
Pearson publishes expert-led video tutorials covering a wide selection of technology topics designed to teach you the skills you need to succeed. These professional and personal technology videos feature world-leading author instructors published by your trusted technology brands: Addison-Wesley, Cisco Press, Pearson IT Certification, Sams, and Que Topics include: IT Certification, Network Security, Cisco Technology, Programming, Web Development, Mobile Development, and more. Learn more about Pearson Video training at http://www.informit.com/video.
Video Lessons are available for download for offline viewing within the streaming format. Look for the green arrow in each lesson.
Introduction
Module 1: Plan and implement data platform resources
Lesson 1: Plan and deploy Azure SQL solutions
1.1 Deploy database offerings on selected platforms
1.2 Understand automated deployment
1.3 Apply patches and updates for hybrid and IaaS deployment
1.4 Deploy hybrid SQL Server solutions
1.5 Recommend an appropriate database offering based on specific requirements
1.6 Evaluate the security aspects of the possible database offering
1.7 Recommend a table partitioning solution
1.8 Recommend a database sharding solution
Lesson 2: Configure resources for scale and performance
2.1 Configure Azure SQL Database for scale and performance
2.2 Configure Azure SQL Managed Instance for scale and performance
2.3 Configure SQL Server on Azure Virtual Machines for scale and performance
2.4 Configure table partitioning
2.5 Configure data compression
Lesson 3: Plan and implement a migration strategy
3.1 Evaluate requirements for the migration
3.2 Evaluate offline or online migration strategies
3.3 Implement an online migration strategy
3.4 Implement an offline migration strategy
3.5 Perform post migration validations
3.6 Troubleshoot a migration
3.7 Set up SQL Data Sync for Azure
3.8 Implement a migration to Azure
3.9 Implement a migration between Azure SQL services
3.10 Implement Azure SQL Managed Instance database copy and move
Module 2: Implement a secure environment
Lesson 4: Configure database authentication and authorization
4.1 Configure authentication by using Active Directory and Microsoft Entra ID
4.2 Create users from Microsoft Entra identities
4.3 Configure security principals
4.4 Configure database and object-level permissions using graphical tools
4.5 Apply the principle of least privilege for all securables
4.6 Troubleshoot authentication and authorization issues
4.7 Manage authentication and authorization by using T-SQL
Lesson 5: Implement security for data at rest and data in transit
5.1 Implement transparent data encryption (TDE)
5.2 Implement object-level encryption
5.3 Configure server- and database-level firewall rules
5.4 Implement Always Encrypted
5.5 Implement Always Encrypted with VBS enclaves
5.6 Configure secure access
5.7 Configure Transport Layer Security (TLS)
Lesson 6: Implement compliance controls for sensitive data
6.1 Apply a data classification strategy
6.2 Configure server and database audits
6.3 Implement data change tracking
6.4 Implement dynamic data masking
6.5 Manage database resources by using Microsoft Purview
6.6 Implement database ledger in Azure SQL
6.7 Implement row-level security
6.8 Configure Microsoft Defender for Azure SQL
Module 3: Monitor, configure, and optimize database resources
Lesson 7: Monitor resource activity and performance
7.1 Prepare an operational performance baseline
7.2 Determine sources for performance metrics
7.3 Interpret performance metrics
7.4 Configure and monitor activity and performance
7.5 Monitor by using database watcher
7.6 Monitor by using Extended Events
Lesson 8: Monitor and optimize query performance
8.1 Configure Query Store
8.2 Monitor by using Query Store
8.3 Identify sessions that cause blocking
8.4 Identify performance issues using dynamic management views (DMVs)
8.5 Identify and implement index changes for queries
8.6 Recommend query construct modifications based on resource usage
8.7 Assess the use of query hints for query performance
8.8 Review execution plans
8.9 Monitor by using Intelligent Insights
Lesson 9: Configure database solutions for optimal performance
9.1 Implement index maintenance tasks
9.2 Implement statistics maintenance tasks
9.3 Implement database integrity checks
9.4 Configure database automatic tuning
9.5 Configure server settings for performance
9.6 Configure Resource Governor for performance
9.7 Implement database-scoped configuration
9.8 Configure compute and storage resources for scaling
9.9 Configure intelligent query processing (IQP)
Module 4: Configure and manage automation of tasks
Lesson 10: Create and manage SQL Server Agent jobs
10.1 Manage schedules for regular maintenance jobs
10.2 Configure job alerts and notifications
10.3 Troubleshoot SQL Server Agent jobs
Lesson 11: Automate deployment of database resources
11.1 Automate deployment by using Azure Resource Manager (ARM) and Bicep templates
11.2 Automate deployment by using PowerShell
11.3 Automate deployment by using Azure CLI
11.4 Monitor and troubleshoot deployments
Lesson 12: Create and manage database tasks in Azure
12.1 Create and configure elastic jobs
12.2 Create and configure database tasks by using automation
12.3 Configure alerts and notifications on database tasks
12.4 Troubleshoot automated database tasks
Module 5: Plan and configure a high availability and disaster recovery (HA/DR) environment
Lesson 13: Recommend an HA/DR strategy for database solutions
13.1 Recommend HA/DR strategy based on Recovery Point Objective/Recovery Time Objective (RPO/RTO) requirements
13.2 Evaluate HA/DR for hybrid deployments
13.3 Evaluate Azure-specific HA/DR solutions
13.4 Recommend a testing procedure for an HA/DR solution
Lesson 14: Plan and perform backup and restore of a database
14.1 Recommend a database backup and restore strategy
14.2 Perform a database backup by using database tools
14.3 Perform a database restore by using database tools
14.4 Perform a database restore to a point in time
14.5 Configure long-term backup retention
14.6 Backup and restore a database by using T-SQL
14.7 Backup and restore to and from cloud storage
Lesson 15: Configure HA/DR for database solutions
15.1 Configure active geo-replication
15.2 Configure an Always On availability group on Azure virtual machines
15.3 Configure failover groups
15.4 Configure quorum options for a Windows Server Failover Cluster
15.5 Configure Always On Failover Cluster Instances on Azure virtual machines
15.6 Configure log shipping
15.7 Monitor an HA/DR solution
15.8 Troubleshoot an HA/DR solution
Summary