Pressman, Roger S., Software Engineering - A Practioner's Approach. 
4th edition. McGraw-Hill International Editions, 1997. (Mustakantinen /
black covered version.)


1  The Product

2.1 Software engineeering - a layered technology
2.2 The software process
2.3 Software process models
2.4 The liner sequential model
2.5 The prototyping model
2.6 The RAD model
2.7 Evolutionary software process models
2.10 Process technology
2.11 Product and process
 
3 Project management concepts

4.2.3 look below

5.1 Observations on estimating
5.2 Project planning objectives
5.3 Software scope
5.4 Resources
5.5 Software project estimation
5.6 Decomposition techniques
5.7 Empirical estimation models (COCOMO in 5.7.2)
- include 4.2.3 Function-Oriented Metrics, (18.3.1)
5.9 Automated estimation tools
5.10 Summary

6.1 Reactive vs proactive risk strategies
6.2 Software risks
6.8 Summary


7.6 Defining a task network
7.7 Scheduling
7.8 The project plan
7.8 Summary

8.1 Quality concepts
8.3 Software quality assurance
8.4 Software  reviews
8.5 Formal technical reviews
8.9 The SQA plan

(11 Analysis concepts and principles)
11.5 Specification

12 Analysis modeling
 
13 Design concepts and principles

14 Design methods

16 Software testing techniques

17 Software testing strategies

(19-19.4 Object oriented concepts and principles + UML;
expected to be know from previous courses)

20.1 Object oriented analysis
20.4.1 Use cases
20.4.3 Defining structures and hierarchies
20.4.4 Defining subjects and subsystems
20.5 The object-relationship model
20.6 the object-behaviour model

21.5 Design patterns