- Utilize Eclipse EMF-based tools (K2): Students will demonstrate their ability to use tools like xtext, ATL, and Sirius for model-driven engineering tasks.
- Apply meta modeling concepts (K3): Students will apply knowledge of meta models to create and modify modeling frameworks.
- Execute model transformations (K4): Students will analyze and execute transformations between different models to meet engineering requirements.
- Develop domain-specific modeling languages (DSLs) (K5): Students will evaluate and develop DSLs to address specific domain needs.
- Implement code generation and evolution (K6): Students will create and implement processes for generating and evolving code based on models.
- Integrate model-driven engineering in practice (K6): Students will create practical solutions that incorporate model-driven principles for real-world software engineering problems.
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- Basic MDE Concepts: Understanding fundamental concepts such as model-driven engineering, meta modeling, and model transformation.
- Meta Modeling: Knowledge of how to design and work with meta models to define modeling languages.
- Model Transformation: Familiarity with techniques and tools for transforming models into other representations or formats.
- Domain-Specific Modeling Languages (DSLs): Insights into the creation and application of DSLs tailored to specific engineering domains.
- Code Generation/Evolution: Knowledge of methods for generating and evolving code from models to ensure alignment with evolving requirements.
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