After (successfully) completing this course, the student is able to:
- Understand and explain source code.
- Implement algorithms and give a plausible argumentation about its correctness.
- Design classes and methods for complex algorithms.
- Write maintainable source coude (with clear structure / good naming / appropiate abstration / sufficient documentation).
- Assert the quality of software (by reasoning as well as testing).
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Using a systematic method the students learns to program (in Java) using primitive and composed classes. For the primitive classes, the standard methods and operations are discussed and analyzed.
Designing, implementing and testing your program are essential skills that only can be acquired by doing it yourself. This is why the practical sessions have an important role during this course. You will prepare your assignments with a (fixed) programming partner and together create a solution during the practical sessions. Tips and hints to solve the assignments will be presented during the tutorial lectures. Teaching assistants will help you during the practical sessions. After handing in your assignment, they will grade it and give constructive feedback to improve your programming skills.
Teaching formats:
- 32 hours computer practical sessions
- 16 hours lecture
- 8 hours tutorial lecture
- 28 hours self study
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