Software Engineering Research Group Kassel

Timings

Lecture: Tuesdays, 12.10 – 13.40, R 1332
Exercises: Fridays, 14.00 – 18.00, R -1201

Short description

This course teaches object oriented modeling and object oriented programming. We learn how to develop object oriented programs systematically from requirements via analysis and design to implementation and test. We learn the Unified Modeling Language (UML) and how to use it for the different development steps.

Intended Audience

Students of computer science, 3rd term.

Examination

• Homework exercises are obligatory for attending the examination!
• All homework contributions must be submittet using the “homework contribution system”: http://seblog.cs.uni-kassel.de/pmws1112.
• The format of any text you deliver must be one of PDF or txt.
• A maximum of 2 (!) homeworks can be omitted or <50%
• You can upgrade your examination grade with your homework deliverables: >90% 3 level, >=80% 2 level, >=70% 1 level, min 50% needed!
• A written examination at the end of the term

In german:

• Die Hausaufgaben sind für alle verpflichtend, um an der Klausur teilzunehmen! (Prüfungsvorleistung)
• Hausaufgaben müssen beim Hausaufgaben-Abgabesystem eingereicht werden: http://seblog.cs.uni-kassel.de/pmws1112.
• Das Format jeglicher Texte muss PDF oder txt sein.
• Es dürfen maximal zwei (2!) Hausaufgaben ausgelassen oder mit 5/n.b. bewertet sein!
• Hausaufgabenpunkte verbessern die Klausurnote: >=90% 3 Stufen, >=80% 2 Stufen, >=70% 1 Stufe, min 50% erforderlich!
• Am Ende des Semesters gibt es eine Klausur

Topics

The first two terms’ computer science courses introduced a programming language and basic algorithms and data structures. These are the basics for handcrafting computer programs. Methodological software development takes this a step forward. Based on a textual problem description (requirements specification, “Pflichtenheft”), a realization concept is derived with the help of UML Scenario Diagrams (analysis document). This is used to design the structure of the program to be realized and to exactly describe the behavior of the program’s components (design document). The design document is the basis for the methodological development of the program. Ideally, the program is automatically generated from the design document

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