Short Description

The purpose of software engineering is to enable repetitively successful software development, that is software projects where the software is developed according to its specification and within given time and budget boundaries. In a world of increasing complexity and growing demands on flexibility it is necessary to combine software engineering principles with agile methods like test-first development and extreme programming.

Having successfully completed the course, the student should be able to:

• * describe what is the difference between plan-driven and agile processes and motivate the description
• * account for what is significant for a software engineering approach to software development and the principles behind it
* account for what is significant for a plan-driven approach to software development and the principles behind it
• * account for what is significant for an agile approach to software development and the principles behind it
• * describe several techniques (both classical software engineering ones and agile ones) for:
• - requirements elicitation and requirement management
• - resource planning
• - risk analysis and risk management
• - test planning
• - version management
• - time and cost estimations
• - project automation
• * make judgements about applicability of a these techniques in some known project, possibly combining plan-driven techniques with agile ones
• * decide and motivate why some technique is suitable for use in a plan driven software project
• * decide and motivate why some technique is suitable for use in an agile software project
• * find suitable software engineering methods for his or her work in future projects
• * easily adapt to work processes using software engineering techniques