week
 Software Engineering Methods of Programming 2
assignments
 lectures
 lectures
 assignments
4

1. Introduction, schedule, assignments,
waterfall- and V-model, good code (RB+LHE)

2A. Requirements Engineering
 2B. Abstract Data Types
5
3. Standards for code and documentation (LHE)
lesson: Req.Eng. 1h
4. Ray tracing and XML - intro (LHE)
6
 Requirements specification:
- categorize requirements
- traceability
- testability
- error handling requirements
  5. Validation and verification: inspections and testing (RB)
 Part 1:
Specification and implementation
of abstract data types
6A. Iterative processes, models, prototypes
 6B. Program development, make, debugging, gdb, CVS
7
 7. Defect Testing (RB)

8B Ray tracing and XML - detail
8
 (assistent comments)
 8A. Design, Reuse
9A. Dependable Systems
(assistent comments)
lesson: test specification 1h
9
 Req. spec. rework
Test specification
for part 2 and 3

 10A. Formal methods (RB+LHE)
 9B Elegant code
 Part 1: rework
11. Scripting languages (for test scripts and movie) (LHE)
10
 12A. Maintenance, Evolution, Legacy systems, Config. mgm.
13A. Project Planning, Risks, Management, Software Cost

Part 2:
Simple Ray Tracer
and unit testing
11
 14A. Quality assurance, Process Improvement, Combined processes
11-12
 (assistent comments)
 exams
13
 Test spec rework

Testing part 2
(test protocol)
15A Guest lecture
16A Guest lecture
14
 17A Case study
Part 2:
process SE feedback
15
 (assistent comments)
 Easter holiday
 (assistent comments)
16

18A. Questions
 re-exams
 Part 2: rework
exam
17


Part 3:
Extended Ray Tracer
18


19
 Testing part 3
(test protocol)

10B} Profiling and
11B} Optimization 		Part 3:
process SE feedback
20
 (assistent comments)
12B. Perspective
 (assistent comments)
21


Part 4: Optimization
Part 5: Making a movie
22

take-home exam
23

optional theory exam
 (assistent comments)