Attendance
Second semester lessons will start on march 1st (with 50% attendance in the classroom for all bachelor degree years); attached schedules.
For everyone:
https://www.uniroma1.it/it/notizia/covid-19-fase-3-lezioni-esami-e-lauree-presenza-e-distanza
https://www.uniroma1.it/en/notizia/covid-19-phase-3-person-and-online-classes-exams-and-graduation-sessions
and:
https://www.uniroma1.it/en/notizia/covid-19-phase-2-procedures-students-staff-and-guests
A Curriculum Studies combines the learning activities expected in a study programme for a certain degree.
A study programme can have more curricula to choose from. Students choose their curriculum when they draft their learning path on Infostud.
Each academic programme has its own deadlines for the drafting of learning paths.
For information about the contents of each curricula developed for your study programme, please check the Study Plan box.
At the end of your university studies, Sapienza provides a certificate containing the main information about the student’s curriculum, in addition to the degree.
A study programme can have more curricula to choose from. Students choose their curriculum when they draft their learning path on Infostud.
Each academic programme has its own deadlines for the drafting of learning paths.
For information about the contents of each curricula developed for your study programme, please check the Study Plan box.
At the end of your university studies, Sapienza provides a certificate containing the main information about the student’s curriculum, in addition to the degree.
First year (Year of enrolment 2020/2021)
Second year (Year of enrolment 2019/2020)
Third year (Year of enrolment 2018/2019)
Course | Code | Semester | CFU | SSD | Language |
---|---|---|---|---|---|
Bioinformatics II | 1049266 | First semester | 6 | ING-INF/06 | |
Bioethics | 1049265 | First semester | 6 | MED/02 | |
Molecular biology and genomics | 1049258 | First semester | 6 | BIO/11 | |
Modelling and simulation of biomolecular dynamical systems | 1049267 | First semester | 6 | ING-INF/06 | |
Signal processing and information theory | 1049268 | First semester | 6 | ING-INF/03 | |
Algorithms | 1049269 | First semester | 6 | INF/01 | |
Complex biomolecular networks | 1049270 | First semester | 6 | ING-INF/05 | |
Plant functional genomics | 1049271 | First semester | 6 | BIO/04 | |
Principles of general pathology | 1049272 | First semester | 6 | MED/46 | |
Optimization methods for computational biology | 1049273 | First semester | 6 | MAT/09 | |
Bioinformatics in plant pathology | 1049285 | First semester | 6 | AGR/12 | |
Modelling and simulation of biomolecular dynamical systems | 1049267 | Second semester | 6 | ING-INF/06 | |
Signal processing and information theory | 1049268 | Second semester | 6 | ING-INF/03 | |
Algorithms | 1049269 | Second semester | 6 | INF/01 | |
Complex biomolecular networks | 1049270 | Second semester | 6 | ING-INF/05 | |
Plant functional genomics | 1049271 | Second semester | 6 | BIO/04 | |
Principles of general pathology | 1049272 | Second semester | 6 | MED/46 | |
Optimization methods for computational biology | 1049273 | Second semester | 6 | MAT/09 | |
Bioinformatics in plant pathology | 1049285 | Second semester | 6 | AGR/12 | |
For the final test | AAF1749 | Second semester | 9 | ||
Further linguistic knowledge | AAF1750 | Second semester | 3 | ||
Stages and professional training | AAF1752 | Second semester | 3 | ||
Other knowledge useful for entering into the work market | AAF1753 | Second semester | 3 | ||
Elective course | Second semester | 12 |
All information relating to the final exam is contained in the Graduation section