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Requirements EngineeringFDA136, 2004VT
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Course plan
No of lectures
24 h
Recommended for
All graduate students with basic courses in Software engineering and Software development projects and/or working experience.
The course was last given
Fall 2002
Goals
The students will acquire theoretical insights and practical experience from processes, tools and techniques that are used in requirements engineering activities in large-scale software development and applied research.
Prerequisites
Undergraduate course TDDB61 PUM, or TDDB62 PUM-I and/or working experience.
Organization
- A seminar series of 12x2 hours
- A role-game exercise
- A lab series with tools for requirements prioritation and management
- A possibility to submitt and present term papers
Contents
- Requirements elicitation
- Requirements specification
- Inspection of requirements
- Formal specification of requirements
- Semi-formal notations of requirements
- Software quality requirments
- Requirements prioritation
- Attribute-driven requirements engineering
- Software release planning
- Research issues
Literature
Ian Sommerville and Peter Sawyer: Requirements Engineering: A Good Practice
Guide, Wiley, 1997, ISBN 0-471-97444-7.
Selected articles
Teachers
Kristian Sandahl, Simin Nadjm-Therani, Pär Carlshamre, Joachim Karlsson, Andreas Borg ("course assistant").
Examiner
Kristian Sandahl.
Examination
- A written, open-book exam on Sommerville and Sawyer.
- Short, written reflections from the labs.
- Term paper and presentation (optional)
Credit
4 credits (approved term papers will add 1-3 credits).
Comments
Page responsible: Director of Graduate Studies
