 Aims
* To carry successfully through a computational project of reduced extent
* To use correctly and efficiently one or more programming languages suitable to a given type of applications
* To handle various tools that facilitate program design and development
Main themes
* Realization (analysis, design, implementation, tests and documentation) of a technological application based on an object-oriented language (Java)
* Use of program modeling tools
* Use of tools helpful to develop programs : compiler, preprocessor, debugger, tools to handle files, test tools, ¿
Content and teaching methods
* Problem analysis
* Design of implementation (for example UML class diagrams)
* Java programming (+ libraries, for example SWING)
* Documentation (preconditions, postconditions, invariants, alternatives, algorithms)
* Tests (for example, JUnit)
Other information (prerequisite, evaluation (assessment methods), course materials recommended readings, ...)
* Prerequisite
(1) LINF1150 Introduction à l'algorithmique et la programmation: 1ère partie B. LeCharlier
(2) LINF1251 Introduction à l'algorithmique et à la programmation : 2ème partie P. VanRoy
* Reference
(1) Martin Fowler , "UML Distilled " , 0-201-32563-2
(2) David Flanagan , "Java in a Nutshell " , 0-596-00283-1 .
* Evaluation
Based of a project performed individually.
Other credits in programs
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FSA13BA
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Troisième année de bachelier en sciences de l'ingénieur, orientation ingénieur civil
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(5 credits)
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SINF11BA
|
Première année d'études de bachelier en sciences informatiques
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(5 credits)
| |
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SINF12BA
|
Deuxième année d'études de bachelier en sciences informatiques
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(5 credits)
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Mandatory
|
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SINF13BA
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Troisième année d'études de bachelier en sciences informatiques
|
(5 credits)
| |
|
SINF1PM
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Année d'études préparatoires au master en sciences informatiques (60 et 120)
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(5 credits)
| |
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