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Choice exams
Laurea in Informatica
MSc in Computer Science
In order to solve the CHOICE GROUP, so to include specific exams in their study plan, students should fill one of the forms in the following list, and deliver it to Prof. Rosario Culmone, taking care of respecting the aforementioned rules (Below you find some explanation on which form best suites your needs):
- Standard Form - Module for selecting exams according to the standard study plan
- Personalised Form - Module for selections that require the definition of a personalised study plan
Students enrolled in the MSc in Computer Science should complete their study plan selecting the exams for the CFU marked as CHOICES. According to the “standard” study plan for A.Y. 2014-2015 the selection should be organized as follow:
- 1st year:
- 6 CFU in the following group of exams:
- ST0901 - OPERATIONAL RESEARCH (6 CFU)
- ST0460 - NEURAL NETWORK (6 CFU)
- ST0898 - MODEL CHECKING (6 CFU)
- ST0906 - KNOWLEDGE ENGINEERING AND BUSINESS INTELLIGENCE (6 CFU)
- ST0895 - IT SECURITY (6 CFU)
- ST0989 - FORMAL LANGUAGES AND COMPILERS (6 CFU)
- ST0864 - DISTRIBUTED SYSTEMS (6 CFU)
- ST0902 - COMPUTATIONAL MATHEMATICS (6 CFU)
- ST0836 - BIOINFORMATICS (6 CFU)
- 6 CFU in the following group of exams:
- ST0899 - SOFTWARE ENGENEERING II (6 CFU)
- ST0904 - MODELLING AND VERIFICATION (6 CFU)
- ST0884 - MODELLING AND SIMULATION (12 CFU)
- ST0903 - MOBILE CALCULI (6 CFU)
- ST0492 - ARTIFICIAL INTELLIGENCE (6 CFU)
- ST0882 - ADVANCED DATABASES (6 CFU)
- ST0950 - ADVANCED BUSINESS PROCESS MANAGEMENT (6 CFU)
- 2nd year
- 24 CFU in the following group of exams:
- ST0899 - SOFTWARE ENGENEERING II (6 CFU)
- ST0904 - MODELLING AND VERIFICATION (6 CFU)
- ST0884 - MODELLING AND SIMULATION (12 CFU)
- ST0903 - MOBILE CALCULI (6 CFU)
- ST0492 - ARTIFICIAL INTELLIGENCE (6 CFU)
- ST0882 - ADVANCED DATABASES (6 CFU)
- ST0950 - ADVANCED BUSINESS PROCESS MANAGEMENT (6 CFU)
The constraints reported above are the result of the necessity of respecting some general rules coming from the study plans defined in the previous years. If the preferences of a student does not permit to fully respect the rules defined above it is possible to ask for the approval of a personalised study plan. In such a case the rules are a bit more relaxed and the study plan should be defined according to the following rules (where the sum of exams selected in blocks B3 and B4 should be 24):
- 1st year:
- B1: 6 CFU in the following group of exams:
- ST0901 - OPERATIONAL RESEARCH (6 CFU)
- ST0460 - NEURAL NETWORK (6 CFU)
- ST0898 - MODEL CHECKING (6 CFU)
- ST0906 - KNOWLEDGE ENGINEERING AND BUSINESS INTELLIGENCE (6 CFU)
- ST0895 - IT SECURITY (6 CFU)
- ST0989 - FORMAL LANGUAGES AND COMPILERS (6 CFU)
- ST0864 - DISTRIBUTED SYSTEMS (6 CFU)
- ST0902 - COMPUTATIONAL MATHEMATICS (6 CFU)
- ST0836 - BIOINFORMATICS (6 CFU)
- B2: 6 CFU in the following group of exams:
- ST0899 - SOFTWARE ENGENEERING II (6 CFU)
- ST0904 - MODELLING AND VERIFICATION (6 CFU)
- ST0884 - MODELLING AND SIMULATION (12 CFU)
- ST0903 - MOBILE CALCULI (6 CFU)
- ST0492 - ARTIFICIAL INTELLIGENCE (6 CFU)
- ST0882 - ADVANCED DATABASES (6 CFU)
- ST0950 - ADVANCED BUSINESS PROCESS MANAGEMENT (6 CFU)
- 2nd year
- B3: At most 12 CFU in the following group of exams:
- ST0901 - OPERATIONAL RESEARCH (6 CFU)
- ST0460 - NEURAL NETWORK (6 CFU)
- ST0898 - MODEL CHECKING (6 CFU)
- ST0906 - KNOWLEDGE ENGINEERING AND BUSINESS INTELLIGENCE (6 CFU)
- ST0895 - IT SECURITY (6 CFU)
- ST0989 - FORMAL LANGUAGES AND COMPILERS (6 CFU)
- ST0864 - DISTRIBUTED SYSTEMS (6 CFU)
- ST0902 - COMPUTATIONAL MATHEMATICS (6 CFU)
- ST0836 - BIOINFORMATICS (6 CFU)
- B4: Between 12 CFU and 24 CFU in the following group of exams:
- ST0899 - SOFTWARE ENGENEERING II (6 CFU)
- ST0904 - MODELLING AND VERIFICATION (6 CFU)
- ST0884 - MODELLING AND SIMULATION (12 CFU)
- ST0903 - MOBILE CALCULI (6 CFU)
- ST0492 - ARTIFICIAL INTELLIGENCE (6 CFU)
- ST0882 - ADVANCED DATABASES (6 CFU)
- ST0950 - ADVANCED BUSINESS PROCESS MANAGEMENT (6 CFU)
In case student's preferences does not permit to derive a study plan respecting one of the schema above, please contact Prof. Andrea Polini to discuss the issue.
