F28JH - Introduction to Software Engineering

Course leader(s):

• Konstantinos Liaskos (Edinburgh, January)

Syllabus

1. Requirements engineering (1.1 Problem and solution spaces, 1.2 Assumptions and expectations, 1.3 Functional and non-functional requirements)

2. Unified Modelling Notation (UML) (2.1 Use case modelling, 2.2 Object oriented design, 2.3 Class diagrams, 2.4 Sequence diagrams, 2.5 Activity diagrams, 2.6 State machine diagrams)

3. Software engineering landscape (3.1 Process models, 3.2 Verification, 3.3 Test case design, 3.4 Function oriented design, 3.5 Architectural styles, 3.6 Design Patterns, 3.7 Safety, 3.8 Security)

Learning outcomes

By the end of the course, students should be able to do the following:

• create assumptions and expectations in relation to a given design remit.
• create functional and non-functional requirements for a given design remit.
• analyse functional requirements through use case modelling.
• construct a traceability matrix within the context of use cases and functional requirements.
• create structural design models within the scope of object-oriented design.
• use design models within the context of round-trip scenario testing.
• analyse critically software-based case studies with respect to the use of methods and processes.

Further details

Curriculum explorer: Click here

SCQF Level: 8

Credits: 15