This course aims to:
-Understand the notions of relational databases: Entities, attributes, relationship types: cardinalities and identifier.
-Organization of data in the form of tables and exploitation using a declarative language (mysql, Transact-SQL)
-Implement acquired knowledge.
-Understand the notions of relational databases: Entities, attributes, relationship types: cardinalities and identifier.
-Organization of data in the form of tables and exploitation using a declarative language (mysql, Transact-SQL)
-Implement acquired knowledge.
These courses have the following objectives:
-Learn to program in Python
- Understand the notions of object-oriented programming.
- Understand the most important programming models and concepts of software engineering.
-Learn how to debug and debugging techniques and tools to help you write better code.
-Use code management tools
-Introduction to numpy and pandas libraries
- Implement the knowledge acquired in your projects.
-Learn to program in Python
- Understand the notions of object-oriented programming.
- Understand the most important programming models and concepts of software engineering.
-Learn how to debug and debugging techniques and tools to help you write better code.
-Use code management tools
-Introduction to numpy and pandas libraries
- Implement the knowledge acquired in your projects.
This course aims to:
-Learn to program in Java
- Understand the notions of object-oriented programming.
- Understand the most important programming models and concepts of software engineering.
- Implement the knowledge acquired in your projects.
-Learn to program in Java
- Understand the notions of object-oriented programming.
- Understand the most important programming models and concepts of software engineering.
- Implement the knowledge acquired in your projects.
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