Course content

This course will cover the following topics:

• Build automation
• Inheritance and polymorphism
• GUI
• Data files and serialization
• Exception handling
• Design patterns

Learning outcome

Knowledge

The candidate must:

• be able to explain how inheritance and polymorphism contribute to the generalization of problem-solving
• be able to model class diagrams that consist of several classes with aggregation, composition and generalization given a problem
• be able to show how references and objects are connected in a given program
• know key concepts in object-oriented and functional programming and be able to account for these

Skills

The candidate must:

• be able to use inheritance and polymorphism to create flexible, expandable and sustainable solutions
• be able to use and understand the API documentation to find information about classes and methods (D)
• be able to use ready-made methods in the API for sorting and searching in tables and lists
• be able to program an object-oriented solution given a class diagram consisting of several classes with aggregation, composition and generalization
• be able to use professional tools for software development, including AI-based tools, in a critical and reflective manner

The candidate can create a program:

• with the delegation of tasks between objects and where inheritance and polymorphism are used
• with simple graphical user interfaces

General competence

The candidate must:

• be able to apply object-oriented thinking to analyze and solve problems
• be able to apply elements from functional programming

Learning methods and activities

Lectures/workshops and exercises.

Compulsory assignments

• Mandatory assignments

Specific conditions

Recommended previous knowledge

Recommended prerequisites are IDATT1003 Programming 1.

Course materials

As stated at the start of the study.

Credit reductions