The M55315 instructor-led course is provided as an introductory class for anyone getting started with databases. It will be useful to programmers and other IT professionals whose job roles are expanding into database management. Students will learn fundamental database concepts through demonstrations and hands-on labs on a SQL Server instance. The material updates and replaces course 10985C previously published under the same title.Virtual Learning
This interactive training can be taken from any location, your office or home and is delivered by a trainer. This training does not have any delegates in the class with the instructor, since all delegates are virtually connected. Virtual delegates do not travel to this course, Global Knowledge will send you all the information needed before the start of the course and you can test the logins.
TARGET AUDIENCE:
The primary audience for this course is people who are moving into a database role, or whose role has expanded to include database technologies. Developers that deliver content from SQL Server databases will also benefit from this material.
COURSE PREREQUISITES:
This is a foundation level course and therefore only requires general computer literacy.
COURSE CONTENT:
Module 1: Introduction to databases
This module introduces key database concepts in the context of SQL Server.
• Introduction to Relational Databases
• Other Databases and Storage
• Data Analysis
• SQL Server Database Languages
Lab of Module 1:
• Exploring SQL Server Databases and Tables
• Explore SQL Server
• Query Databases and Tables
After completing this module 1, students will be able to:
• Describe what a database is
• Understand basic relational aspects
• Describe database languages used in SQL Server
• Describe data analytics
Module 2: Data Modeling
This module describes data modelling techniques.
• Data Modelling
• Designing a Database
• Relationship Modeling
Lab of Module 2:
• Identify Components in Relationship Modeling
• Modeling a database
After completing this module 2, students will be able to:
• Understand the common data modeling techniques
• Describe the ANSI/SPARC database model
• Describe entity relationship modeling
Module 3: Normalization
This module describes normalization and denormalization techniques.
• Fundamentals of Normalization
• Normal Form
• Denormalization
Lab of Module 3:
• Normalizing Data
• Normalizing Tables
After completing this module 3, students will be able to:
• Describe normalization benefits and notation
• Describe important normalization terms
• Describe the normalization levels
• Describe the role of denormalization
Module 4: Relationships
This module describes relationship types and effects in database design.
• Introduction to Relationships
• Planning Referential Integrity
Lab of Module 4:
• Planning and Implementing Referential Integrity
• Implementing Referential Integrity
After completing this module 4, students will be able to:
• Describe relationship types
• Describe the use, types, and effects of referential integrity
Module 5: Performance
This module introduces the effects of database design on performance.
• Indexing
• Query Performance
• Concurrency
Lab of Module 5:
• Performance Issues
• Using Indexes
After completing this module 5, students will be able to:
• Discuss the performance effects of indexing
• Describe the performance effects of join and search types
• Describe the performance effects of concurrency
Module 6: Database Objects
This module introduces commonly used database objects.
• Tables
• Views
• Stored Procedures, Triggers and Functions
Lab of Module 6:
• Using SQL Server Objects
• Using Tables
• Using Views
• Using Stored Procedures
After completing this module 6, students will be able to:
• Describe the use of tables in SQL Server
• Describe the use of views in SQL Server
• Describe the use of stored procedures in SQL Server
• Describe other database objects commonly used in SQL Server
COURSE OBJECTIVE:
• Describe key database concepts in the context of SQL Server
• Describe database languages used in SQL Server
• Describe data modelling techniques
• Describe normalization and denormalization techniques
• Describe relationship types and effects in database design
• Describe the effects of database design on performance
• Describe commonly used database objects
FOLLOW ON COURSES:
Not available. Please contact.