Administering Microsoft SQL and Azure SQL database solutions Course Overview

Administering Microsoft SQL and Azure SQL database solutions Course Overview

The "Administering Microsoft SQL and Azure SQL Database Solutions" course is a comprehensive training program aimed at equipping learners with the necessary skills to manage and maintain SQL Server and Azure SQL databases effectively. This course covers critical aspects of SQL Server Security, including assigning server and database roles, protecting data with encryption and auditing, and implementing a secure environment.

Participants will also learn best practices for backing up and restoring SQL Server databases, automating management tasks, and ensuring high availability and disaster recovery. Additionally, the course provides insights into monitoring with alerts and notifications, tracing access with extended events, and importing and exporting data.

By exploring both on-premises and cloud solutions, learners will develop the versatility needed to administer hybrid database environments. This knowledge is essential for professionals looking to advance their careers in database administration and optimize operational resources across different platforms.

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Course Prerequisites

To ensure that you have the best learning experience in the Administering Microsoft SQL and Azure SQL Database Solutions course, the following are the minimum prerequisites:


  • Basic understanding of database concepts, including tables, queries, and basic SQL syntax.
  • Familiarity with the Windows operating system and its core functionality.
  • Experience working with relational databases, such as Microsoft SQL Server or other database systems.
  • Knowledge of core database administration tasks, such as creating and managing databases, user accounts, and permissions.
  • An understanding of basic networking concepts, including TCP/IP, Domain Name System (DNS), and firewalls.
  • For the Azure SQL components, a foundational grasp of cloud computing concepts and experience with Microsoft Azure services is beneficial.

Please note that these prerequisites are meant to provide a foundation for the training and are not intended to exclude interested learners who are motivated to learn. If you have a strong willingness to learn and are committed to expanding your skills, additional study and resources can help you prepare for this course.


Target Audience for Administering Microsoft SQL and Azure SQL database solutions

Administering Microsoft SQL and Azure SQL database solutions is designed for IT professionals focused on database security, management, and scalability.


  • Database Administrators
  • Database Developers
  • IT Professionals involved with database infrastructure
  • System Engineers
  • Data Analysts
  • Security Administrators
  • Cloud Database Managers
  • Data Architects
  • Technical Consultants
  • Database Support Staff
  • IT Managers overseeing database operations
  • Professionals seeking to learn about high availability and disaster recovery in SQL environments


Learning Objectives - What you will Learn in this Administering Microsoft SQL and Azure SQL database solutions?

Introduction to Learning Outcomes and Concepts Covered:

This course is designed to equip students with the skills required to effectively administer SQL Server and Azure SQL database solutions, focusing on security, management, and data recovery.

Learning Objectives and Outcomes:

  • Understand the implementation and management of SQL Server security features.
  • Learn to assign appropriate server and database roles for managing access and permissions.
  • Gain expertise in protecting data through encryption methods and setting up auditing for compliance.
  • Master the techniques for backing up SQL Server databases to ensure data integrity.
  • Develop skills to restore SQL Server databases from backups in the event of data loss.
  • Automate routine SQL Server management tasks to improve efficiency and reliability.
  • Monitor SQL Server instances using alerts and notifications to promptly address issues.
  • Utilize Extended Events to trace and troubleshoot access to SQL Server for security and performance.
  • Effectively import and export data to and from SQL Server and Azure SQL databases.
  • Plan and implement high availability and disaster recovery solutions for SQL databases in Azure.

Technical Topic Explanation

Assigning server and database roles

Assigning server and database roles involves designating specific responsibilities to professionals managing a system. In Microsoft Azure, particularly with azure SQL Server and Azure SQL services, roles are crucial for controlling access and ensuring efficient operation. A professional assigned to an Azure SQL Server Database might be responsible for setting up, maintaining, and securing the database, ensuring optimal performance and reliability. Azure MS SQL Server roles include managing data storage, performing backups, and implementing disaster recovery plans to protect data and maintain service continuity. These roles help in managing and deploying SQL databases securely and efficiently.

Auditing

Auditing in the context of Azure SQL Server involves the tracking and logging of database activities to ensure security, compliance, and operational integrity. It's a critical practice that helps monitor and secure Azure SQL services and databases. By using auditing, administrators can analyze and detect discrepancies or malicious activities within the Azure SQL Server database. Azure MS SQL Server incorporates robust auditing mechanisms, enabling organizations to comply with legal and regulatory standards by capturing and retaining necessary data about database operations.

Protecting data with encryption

Protecting data with encryption involves converting information into a secure format that only authorized parties can access and understand. This process uses algorithms to transform readable data into a coded format. Especially with platforms like Microsoft Azure SQL Server, employing encryption is crucial to safeguard sensitive information from unauthorized access. Azure SQL services, including Azure SQL Server Database, utilize built-in encryption features like Transparent Data Encryption (TDE) to protect data at rest. This ensures data stored in Azure MS SQL Server remains secure, maintaining confidentiality and integrity even in expansive cloud environments.

Automating management tasks

Automating management tasks involves using technology to handle routine actions that keep systems running smoothly. In the realm of databases, such as Microsoft Azure SQL Server, this can mean automatically updating data, managing storage, and ensuring security without manual intervention. Services like Azure SQL Services streamline these processes by providing tools that anticipate system needs and respond accordingly. For example, Azure SQL Server Database uses automation to perform backups, monitor performance, and scale resources based on demand, freeing up human administrators for more strategic tasks. This efficiency not only reduces errors but also improves overall system performance and reliability.

High availability

High availability refers to systems designed to ensure a high level of operational performance and uptime. This is crucial for critical databases, like those hosted on Microsoft Azure SQL Server. Azure SQL services, such as Azure SQL Server Database, are engineered to minimize failures and downtime. When you use Azure MS SQL Server, it helps ensure that your applications remain accessible and your data stays secure, even during infrastructure disruptions. High availability strategies include redundant resources, failover solutions, and distributed architectures, all of which help maintain continuous service and data availability.

Disaster recovery

Disaster recovery refers to the strategic plan and processes an organization implements to recover its IT systems, data, and operations after a disaster, such as a cyberattack, natural catastrophe, or hardware failure. It aims to minimize downtime and data loss, ensuring business continuity. Solutions like Microsoft Azure SQL Server and Azure SQL Services provide robust options for backup and recovery, leveraging Azure SQL Server Database technologies to ensure resilience and rapid recovery by maintaining secure, up-to-date copies of data in the cloud. These technologies are pivotal in restoring systems and databases quickly, facilitating a smooth recovery process.

Monitoring with alerts and notifications

Monitoring with alerts and notifications involves tracking the performance and health of IT systems, such as servers and databases. When a monitored system, like an Azure SQL Server database, shows abnormal behavior or potential issues, the monitoring service automatically sends alerts. These notifications can be set up to inform IT staff via emails, text messages, or other means, enabling them to quickly address problems before they affect users or lead to significant downtimes. This proactive approach ensures systems like Microsoft Azure SQL Server operate smoothly and efficiently, minimizing disruptions and maintaining service quality.

Tracing access with extended events

Tracing access with extended events in Microsoft Azure SQL Server involves monitoring and recording various database activities to ensure security and optimize performance. This feature enables you to capture detailed information about SQL operations, such as login attempts and query executions. This is particularly useful in Azure SQL Services, where maintaining robust security and performance is critical. By utilizing extended events in Azure SQL Server databases, administrators can identify potential issues, analyze workloads, and make informed decisions to enhance the efficiency and security of their database systems.

Importing and exporting data

Importing and exporting data in Microsoft Azure SQL Server involves transferring data between your Azure SQL Server Database and other data sources. Using Azure SQL services, you can import data to populate a new database, migrate data from other databases, or export data for backups, analysis, or use in other applications. This process supports various data formats and methods, ensuring flexibility and ease of integration with Azure MS SQL Server, optimizing data management within the cloud. This capability is crucial for maintaining up-to-date and accessible data across different platforms and services.

Target Audience for Administering Microsoft SQL and Azure SQL database solutions

Administering Microsoft SQL and Azure SQL database solutions is designed for IT professionals focused on database security, management, and scalability.


  • Database Administrators
  • Database Developers
  • IT Professionals involved with database infrastructure
  • System Engineers
  • Data Analysts
  • Security Administrators
  • Cloud Database Managers
  • Data Architects
  • Technical Consultants
  • Database Support Staff
  • IT Managers overseeing database operations
  • Professionals seeking to learn about high availability and disaster recovery in SQL environments


Learning Objectives - What you will Learn in this Administering Microsoft SQL and Azure SQL database solutions?

Introduction to Learning Outcomes and Concepts Covered:

This course is designed to equip students with the skills required to effectively administer SQL Server and Azure SQL database solutions, focusing on security, management, and data recovery.

Learning Objectives and Outcomes:

  • Understand the implementation and management of SQL Server security features.
  • Learn to assign appropriate server and database roles for managing access and permissions.
  • Gain expertise in protecting data through encryption methods and setting up auditing for compliance.
  • Master the techniques for backing up SQL Server databases to ensure data integrity.
  • Develop skills to restore SQL Server databases from backups in the event of data loss.
  • Automate routine SQL Server management tasks to improve efficiency and reliability.
  • Monitor SQL Server instances using alerts and notifications to promptly address issues.
  • Utilize Extended Events to trace and troubleshoot access to SQL Server for security and performance.
  • Effectively import and export data to and from SQL Server and Azure SQL databases.
  • Plan and implement high availability and disaster recovery solutions for SQL databases in Azure.