1. More concretely students should know important object oriented programming terms such as classes, encapsualation, inheritance, polymorphism, interfaces, exceptions and UML class diagrams notation.


2. Furthermore students should be able to design and implement small scale Java programs (more than 6 classes, 60-70 methods).


3. Students should be comfortable using Eclipse as their development environment.


4. It is recommended, but not required, to have additional programming experience on top of the introductory programming course (this includes both things like an additional development project, or basic knowledge of design patterns, refactoring, etc).


 

• Describe the main techniques used for domain modeling and implementation (domain specific languages, modeling frameworks, transformation languages, code generators, dynamic languages, component frameworks)
  
• Incorporate model based techniques, primarily model serialization, deserialization, transformation, and code generation into software architecture and the development process (for example to build a simple product line architecture)
  
• Implement simple applications using Eclipse technologies: use eclipse as a platform, extend it and customize with your own plugins and editors
  
• Use complex industrial frameworks (by having experienced work with OSGi, EMF, GMF, and other components of the Eclipse platform)
  
• Discuss, criticize and asses technologies in this space
  

• Component Based Development and software architecture using OSGi


• Domain Specific Languages, meta-modeling, model transformation and code generation using EMF, OpenArchitectureWare, XTEXT, ATL or similar technologies in the Eclipse modeling project (you will get an overview of main technologies available, while only few selected ones will be discussed and applied in depth).


• Product Line Architectures, Software Product Lines as an application area for domain specific languages and code generation.


• Basics of building graphical domain specific editors using GMF as an example

The course will be held as a mix of class presentations and labs around building a running mini-project.
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I introugen (uge 35) er der kun undervisning fra 16-18 og øvelsestimer er aflyst.

During the intro week (week 35) this class will be held on its regular day but from 4-6PM (and exercises are cancelled).
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See the course schedule here:
link to the time table
The schedule will be ready shortly before the beginning of the term.

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Information about study structure
This course is part of the SDT specialization Models and Programs - find it described here: SDT specializations
In order to graduate as a MSc in SDT, you need to pass the SDT backbone courses, and also take a 22,5 ECTS specialization and two 7,5 ECTS electives.

Information om studiestruktur
Dette kursus er obligatorisk på masteruddannelsen i Softwarekonstruktion.

Se studieforløbet beskrevet her:
Master i Softwarekonstruktion
 

Lab exercises in the course are organized as a running mini-project. The mini-project report has to be handed in. The report serves as the starting point for the exam.