20762C: Developing SQL 2016 Databases Course Overview

20762C: Developing SQL 2016 Databases Course Overview

The 20762C: Developing SQL 2016 Databases course is a comprehensive program designed for professionals seeking to enhance their skills in Developing Microsoft SQL Server databases. It covers a broad range of topics essential for effective database development, including Designing and implementing tables, Enforcing data integrity, Optimizing indexes, and utilizing advanced features such as in-memory tables and stored procedures. Through a series of modules and hands-on labs, learners will gain practical experience in Managing and maintaining databases, which is crucial for pursuing MCSA SQL Database Administration certification. The knowledge gained from this course will equip individuals to build robust, high-performance databases, making them valuable assets in the field of database development and administration.

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Course Prerequisites

To ensure that you can successfully undertake training in the 20762C: Developing SQL 2016 Databases course, the following prerequisites are recommended:


  • Basic knowledge of the Microsoft Windows operating system and its core functionality.
  • Working experience with Transact-SQL, such as writing T-SQL queries.
  • Familiarity with relational databases and basic database design principles.
  • Some experience with database design, which includes knowing normalized database design concepts.
  • Understanding of basic programming constructs, such as looping and branching.

These prerequisites are designed to provide you with the foundational knowledge required to maximize your learning experience during the course. If you're new to these concepts, we encourage you to explore introductory materials or courses on SQL Server and basic programming before enrolling in this course.


Target Audience for 20762C: Developing SQL 2016 Databases

Course 20762C: Developing SQL 2016 Databases is designed for IT professionals who want to enhance their skills in building and implementing databases in SQL Server 2016.


  • Database Developers
  • Database Analysts
  • SQL Server Programmers
  • IT Professionals responsible for database development
  • Software Engineers who integrate databases into their applications
  • Data Architects designing and optimizing database schemas
  • System Administrators involved in database maintenance and setup
  • Technical Consultants implementing database solutions for clients
  • Business Intelligence Professionals working with SQL Server data structures
  • Data Scientists requiring knowledge of database development for data analysis tasks
  • Database Administrators looking to deepen their understanding of database development


Learning Objectives - What you will Learn in this 20762C: Developing SQL 2016 Databases?

Learning Outcomes Introduction

Gain in-depth skills in SQL Server 2016 database development, including table design, indexing, query tuning, stored procedures, and advanced data types, to optimize and secure data storage and retrieval.

Learning Objectives and Outcomes

  • Understand the SQL Server Platform: Grasp the fundamentals of the SQL Server platform and the key tasks involved in database development.
  • Design and Implement Tables: Learn to design tables with appropriate data types and schemas, and understand how to create and alter tables effectively.
  • Advanced Table Designs: Master partitioning, compressing, and temporal table functionalities to manage large data sets efficiently.
  • Data Integrity Constraints: Implement constraints to maintain data integrity, including entity, domain, and referential integrity.
  • Indexing Strategies: Develop core indexing concepts, create optimized index strategies, and manage indexes to improve query performance.
  • Columnstore Indexes: Utilize columnstore indexes to enable high-performance data warehousing and analytics.
  • Views and Stored Procedures: Create and manage views and stored procedures, optimizing them for performance and controlling execution context.
  • User-Defined Functions: Design and implement scalar and table-valued functions, and understand when to use them over other constructs.
  • Triggers and In-Memory Tables: Respond to data manipulation with DML triggers and leverage memory-optimized tables for faster access.
  • Performance and Monitoring: Employ monitoring tools such as Extended Events and Live Query Statistics, and understand how to optimize database file configurations for peak performance.

Technical Topic Explanation

Developing Microsoft SQL Server databases

Developing Microsoft SQL Server databases involves designing and implementing a system to store, manage, and retrieve data efficiently. This process includes creating database structures, optimizing performance, and ensuring data integrity and security. The focus often includes using SQL Server 2016 tools and techniques for robust database administration. Professionals in this field commonly aim for MCSA SQL Database Administration certification to validate their skills and knowledge in SQL databases and server management, essential for applications requiring complex data operations and high levels of data security.

Designing and implementing tables

Designing and implementing tables in SQL databases involves creating structured formats to store data efficiently. This process begins with defining the table's schema, which includes specifying the columns and data types that accurately represent the data being captured. Keys are identified to support the relational model, ensuring data integrity and performance optimization. Indexes may be created to improve query speeds. When developing SQL databases for applications like SQL Server 2016, consider best practices in database administration and management to maintain optimal performance and scalability in environments characterized by the MCSA SQL Database Administration standards.

Enforcing data integrity

Enforcing data integrity in developing SQL databases ensures that the information stored is accurate and reliable. It involves setting rules that guarantee only valid data is entered into a database. This is crucial for applications that rely on SQL databases to perform correctly and efficiently. Tools and features in SQL Server 2016 and MCSA SQL Database Administration facilitate this by providing options to define, enforce, and maintain these rules, helping prevent data errors and inconsistencies in Microsoft SQL Server databases, ultimately leading to better data reliability and system performance.

Optimizing indexes

Optimizing indexes in SQL databases, such as those developed for SQL Server 2016 or covered in MCSA SQL Database Administration, involves improving data retrieval efficiency. This process involves designing, adjusting, and maintaining indexes effectively to speed up SQL queries. Properly optimized indexes reduce the database's workload, ensuring faster response times and improved application performance. This is crucial for both developing and administering Microsoft SQL Server databases, as it directly impacts the speed and scalability of database operations. It's an essential skill in SQL database optimization and administration, enhancing both system efficiency and user satisfaction.

Managing and maintaining databases

Managing and maintaining databases involves overseeing and ensuring the effective operation of SQL databases, such as those developed with Microsoft SQL Server. The focus is on developing SQL databases, ensuring their performance, availability, and security. Tasks include configuring the database, implementing backup strategies, and upgrading software as seen in roles like SQL 2016 database administration. Professionals, often certified as MCSA SQL Database Administrators, handle these duties to optimize database functions, manage data storage, and maintain system efficiency, crucial for any organization relying on data-driven decision-making.

Target Audience for 20762C: Developing SQL 2016 Databases

Course 20762C: Developing SQL 2016 Databases is designed for IT professionals who want to enhance their skills in building and implementing databases in SQL Server 2016.


  • Database Developers
  • Database Analysts
  • SQL Server Programmers
  • IT Professionals responsible for database development
  • Software Engineers who integrate databases into their applications
  • Data Architects designing and optimizing database schemas
  • System Administrators involved in database maintenance and setup
  • Technical Consultants implementing database solutions for clients
  • Business Intelligence Professionals working with SQL Server data structures
  • Data Scientists requiring knowledge of database development for data analysis tasks
  • Database Administrators looking to deepen their understanding of database development


Learning Objectives - What you will Learn in this 20762C: Developing SQL 2016 Databases?

Learning Outcomes Introduction

Gain in-depth skills in SQL Server 2016 database development, including table design, indexing, query tuning, stored procedures, and advanced data types, to optimize and secure data storage and retrieval.

Learning Objectives and Outcomes

  • Understand the SQL Server Platform: Grasp the fundamentals of the SQL Server platform and the key tasks involved in database development.
  • Design and Implement Tables: Learn to design tables with appropriate data types and schemas, and understand how to create and alter tables effectively.
  • Advanced Table Designs: Master partitioning, compressing, and temporal table functionalities to manage large data sets efficiently.
  • Data Integrity Constraints: Implement constraints to maintain data integrity, including entity, domain, and referential integrity.
  • Indexing Strategies: Develop core indexing concepts, create optimized index strategies, and manage indexes to improve query performance.
  • Columnstore Indexes: Utilize columnstore indexes to enable high-performance data warehousing and analytics.
  • Views and Stored Procedures: Create and manage views and stored procedures, optimizing them for performance and controlling execution context.
  • User-Defined Functions: Design and implement scalar and table-valued functions, and understand when to use them over other constructs.
  • Triggers and In-Memory Tables: Respond to data manipulation with DML triggers and leverage memory-optimized tables for faster access.
  • Performance and Monitoring: Employ monitoring tools such as Extended Events and Live Query Statistics, and understand how to optimize database file configurations for peak performance.