Nowadays, efficient data management is crucial for businesses, and the use of UML (Unified Modelling Language) has become a an indispensable tool for database design and modelling. With the UML and Databases Course, we offer you the opportunity to acquire key skills in a sector that is constantly growing and with high demand for labour. You will learn how to apply UML when creating conceptual, logical and physical database models, optimising their performance and facilitating the generation of SQL scripts. This course is designed to help you become a versatile professional, capable of effectively tackling the challenges posed by modern information systems. Taking this course will not only enhance your CV, but will also position you as an attractive candidate in a labour market highly competitive. Don’t miss this opportunity to take your career to the next level!
UML and Databases
Big Data and Business Intelligence Development
200 hours
Introduction
Objectives
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Understanding what it is UML and its importance in the modelling from rules from data to make the design easier.
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Analysing the benefits the use of UML in the development of databases for optimise processes.
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Identify the basic concepts of UML as applied to databases to ensure it is used correctly.
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Relate the entity-relationship model using UML to improve data representation.
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Design UML class diagrams that represent the conceptual model from a database effectively.
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Apply database normalisation to the UML context to ensure data integrity.
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Generate SQL scripts automatically based on UML models to streamline database development.
Table of Contents
TEACHING UNIT 1. INTRODUCTION TO UML AND DATABASES
1. What is UML and why is it important in database modelling?
2. Benefits of using UML in database design
3. Basic UML concepts applied to databases
TEACHING UNIT 2. CONCEPTUAL MODEL USING UML
1. The relationship between the entity-relationship (ER) model and UML
2. Elements of the conceptual model in UML: classes, attributes, relationships
3. UML class diagram to represent the conceptual model of a database
4. Converting the ER model into UML class diagrams
TEACHING UNIT 3. LOGICAL MODEL USING UML
1. Database normalisation and its relationship with UML
2. Transformation of the conceptual model into a logical model in UML
3. UML object diagram to represent the logical model of a database
4. Mapping UML classes to tables in a relational database
5. Performance considerations in the design of the logical model
TEACHING UNIT 4. PHYSICAL MODEL USING UML
1. Physical database design and its relationship to UML
2. UML component diagram to represent the physical model of a database
3. Mapping UML components to database schemas and objects
4. Storage and optimisation considerations in the design of the physical model
TEACHING UNIT 5. STEREOTYPES AND CONSTRAINTS IN UML FOR DATABASES
1. Definition and applications of stereotypes in UML
2. The use of stereotypes to represent specific elements of databases
3. Defining constraints and integrity rules in UML
4. Use of custom UML profiles to represent database-specific features
TEACHING UNIT 6. GENERATING SCRIPTS AND SQL CODE FROM UML MODELS
1. Tools and techniques for the automatic generation of SQL scripts from UML models
2. Generating DDL (Data Definition Language) statements from UML diagrams
3. Generating DML (Data Manipulation Language) statements from UML diagrams
4. Synchronisation and updating of SQL scripts generated from UML models