Veterinary Biotechnology Sciences (Classe LM-9)-Enrolled from 2016/2017 Academic Year
Master programme
A.Y. 2018/2019
LM-9 - Biotecnologie mediche, veterinarie e farmaceutiche (EN)
To provide the graduating students with:
a) an adequate training to develop scientific methodologies, to coordinate national and international research activities
b) the expertise in the fields of veterinary biotechnologies, including veterinary microbiology and immunology, animal pathology, diagnostics, infectious and parasitic diseases, zoonosis, pharmacology and toxicology, animals productions and reproduction, genetic improvement and biodiversity preservation, animal nutrition and food safety, development of animal models for biomedical studies, as well as the main rules regulating veterinary biotechnology.
a) an adequate training to develop scientific methodologies, to coordinate national and international research activities
b) the expertise in the fields of veterinary biotechnologies, including veterinary microbiology and immunology, animal pathology, diagnostics, infectious and parasitic diseases, zoonosis, pharmacology and toxicology, animals productions and reproduction, genetic improvement and biodiversity preservation, animal nutrition and food safety, development of animal models for biomedical studies, as well as the main rules regulating veterinary biotechnology.
The graduated in the Master course of Veterinary Biotechnological Sciences will find his/her ideal employment profile in the following R&D environments:
· Universities
· Public and private research institutions.
· Pharmaceutical, diagnostic and biotechnological companies
· Food and feed processing companies
· The graduated in the Master course of Veterinary Biotechnological Sciences will also find his/her employment in the management function of Quality control, Clinical and pre-clinical monitoring in the veterinary and human medicine fields, scientific information and sale representative activities, Management of animal breeding and genetic selection activities, control quality in feed and food preparation industries, environmental safety,
Employment statistics (Almalaurea)
· Universities
· Public and private research institutions.
· Pharmaceutical, diagnostic and biotechnological companies
· Food and feed processing companies
· The graduated in the Master course of Veterinary Biotechnological Sciences will also find his/her employment in the management function of Quality control, Clinical and pre-clinical monitoring in the veterinary and human medicine fields, scientific information and sale representative activities, Management of animal breeding and genetic selection activities, control quality in feed and food preparation industries, environmental safety,
Employment statistics (Almalaurea)
Possono accedere al Corso di laurea Magistrale in Scienze Biotecnologiche Veterinarie i laureati di I livello nelle seguenti classi, nonché nelle corrispondenti classi relative al D.M. 509/99,: L 2, L 13, L 25, L 26, L 38. Possono altresì accedere laureati di altre classi che dovranno aver acquisito almeno 60 CFU in SSD riguardanti le discipline: alimentazione e allevamento animale (AGR/18, AGR/19, AGR/20), biochimica (BIO/10), biologia (BIO/05, BIO/11, BIO/13), chimica (CHIM/01, CHIM/03, CHIM06, CHIM/09, AGR/13), farmacologia e tossicologia (BIO/14, VET/07), genetica (BIO/18, AGR/17, AGR/07), entomologia (AGR/11), malattie infettive e parassitarie (VET/05, VET/06), microbiologia (BIO/19, MED/07, VET/05), morfofisiologia (BIO/06, BIO/17, BIO/09, VET/01, VET/02), patologia (MED/04, VET/03), produzione e riproduzione animale (VET/10), gestionali (AGR/01).
I candidati verranno ammessi alla laurea magistrale sulla base del curriculum di studi pregresso e di un colloquio volto a verificare l'adeguatezza della loro preparazione personale con riferimento alle conoscenze e competenze idonee per poter seguire con profitto il corso di laurea magistrale. In caso di trasferimento da altro Ateneo o da altro corso di laurea, l'ammissione ad anni successivi al primo sarà subordinata alla valutazione della carriera pregressa da parte del Collegio Didattico Interdipartimentale.
Le date dei colloqui sono le seguenti:
20 settembre 2018 alle ore 14,30 per gli studenti che conseguono la laurea entro il 31 luglio 2018
07 novembre 2018 alle ore 14,30 per gli studenti che conseguono la laurea entro il 31 ottobre 2018
29 Gennaio 2019 alle ore 14,30 per gli studenti che conseguono la laurea entro il 31 dicembre 2018
11 Marzo 2019 alle ore 14,30 per gli studenti che conseguono la laurea entro il 28 febbraio 2019
Sono esonerati dal colloquio gli studenti laureati nei Corsi di Laurea in Biotecnologia (K06) e Biotecnologie Veterinarie.
Per gli studenti stranieri la valutazione verrà fatta sulla base dei titoli presentati e tramite colloquio via Skype.
Per ulteriori informazioni consultare il sito dell'Ateneo www.unimi.it e della Facoltà www.veterinaria.unimi.it.
I candidati verranno ammessi alla laurea magistrale sulla base del curriculum di studi pregresso e di un colloquio volto a verificare l'adeguatezza della loro preparazione personale con riferimento alle conoscenze e competenze idonee per poter seguire con profitto il corso di laurea magistrale. In caso di trasferimento da altro Ateneo o da altro corso di laurea, l'ammissione ad anni successivi al primo sarà subordinata alla valutazione della carriera pregressa da parte del Collegio Didattico Interdipartimentale.
Le date dei colloqui sono le seguenti:
20 settembre 2018 alle ore 14,30 per gli studenti che conseguono la laurea entro il 31 luglio 2018
07 novembre 2018 alle ore 14,30 per gli studenti che conseguono la laurea entro il 31 ottobre 2018
29 Gennaio 2019 alle ore 14,30 per gli studenti che conseguono la laurea entro il 31 dicembre 2018
11 Marzo 2019 alle ore 14,30 per gli studenti che conseguono la laurea entro il 28 febbraio 2019
Sono esonerati dal colloquio gli studenti laureati nei Corsi di Laurea in Biotecnologia (K06) e Biotecnologie Veterinarie.
Per gli studenti stranieri la valutazione verrà fatta sulla base dei titoli presentati e tramite colloquio via Skype.
Per ulteriori informazioni consultare il sito dell'Ateneo www.unimi.it e della Facoltà www.veterinaria.unimi.it.
Students of Veterinary Biotechnological Sciences have the opportunity to spend a term (from 3 to 12 months) in the universities with whom the School has developed bi-lateral agreement, which for 2015-2016 Academic Year include The University of Warmia and Mazury, Oltzyn (Poland), The university of Bonn (Germany), The Autonomous University of Barcelona (Spain), The University of Ljubljana (Slovenia) and the University of Rijeka (Croatia). It is possible to combine courses with a graduating thesis stage, provided that an Internal Tutor (Italian) and external Tutor (from the country where the student will spend his Erasmus + period) are available. ECTS will be acknowledged following the learning agreement signed, as included by bi-lateral agreement between Universities.
The Program of Veterinary Biotechnological Sciences also offers the opportunity for a traineeship regulated by Erasmus + Traineeship program (former Erasmus placement). The program is activated in the frame of a scientific cooperation between a researcher group belonging to the School and others from foreign institution. Erasmus + Traineeship is financed by scholarship from the University of Milano.
The Program of Veterinary Biotechnological Sciences also offers the opportunity for a traineeship regulated by Erasmus + Traineeship program (former Erasmus placement). The program is activated in the frame of a scientific cooperation between a researcher group belonging to the School and others from foreign institution. Erasmus + Traineeship is financed by scholarship from the University of Milano.
La frequenza è fortemente consigliata ma non obbligatoria.
Courses list
First semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Cellular Communication and Signal Transduction | 10 | 78 | Italian | BIO/09 BIO/10 |
| - Cellular communication and endocrine function | 4 | |||
| - Protein engineering and biochemistry of the signal transduction | 6 | |||
| Molecular Microbiology | 10 | 78 | Italian | BIO/19 MED/04 MED/07 |
| - Unit: Experimental Pathology | 4 | |||
| - Unita' didattica: Aspetti molecolari dell'interazione microrganismo-ospite | 3 | |||
| - Unita' didattica: Basi molecolari della patogenicità microbica | 3 | |||
| Omics | 10 | 66 | Italian | BIO/10 BIO/18 |
| - Unita' didattica: Introduzione alla genomica | 3 | |||
| - Unita' didattica: Proteomica | 7 | |||
Second semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Anatomical Bases and Molecular Networks in the Central Nervous System and Its Pathologies | 8 | 60 | English | VET/01 VET/03 |
| - Unit: Molecular pathology of the CNS | 3 | |||
| - Unit: Morphology and Function of the CNS | 5 | |||
| Biotechnologies: Experimental Models in Research | 12 | 102 | Italian | AGR/18 AGR/20 VET/07 |
| - Modulo: Benessere dell'animale da laboratorio ed "Animal care" | 3 | |||
| - Modulo: Colture cellulari | 5 | |||
| - Modulo: Metodi alternativi in tossicologia | 4 | |||
| Ethiopathogenesis of Hereditary and Parasitic Diseases | 6 | 48 | English | AGR/17 VET/06 |
| - Unit: Genomic analysis of inherited diseases | 3 | |||
| - Unit: Molecular pathology of parasitic diseases | 3 | |||
| Molecular Epidemiology | 5 | 36 | Italian | VET/05 |
First semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Biotechnology of Reproduction | 6 | 54 | Italian | VET/10 |
| Cellular Regeneration Techniques | 7 | 48 | Italian | VET/01 |
| - Unita' didattica: Embriologia molecolare, dalla cellula all'apparato | 3 | |||
| - Unita' didattica: Medicina rigenerativa: principi biologici e procedure di laboratorio | 4 | |||
| Functional Genomics and the Molecular Basis of Differentiation | 8 | 66 | English | AGR/17 VET/06 |
| - Unit: Genomics and epigenetics in vertebrates | 4 | |||
| - Unit: Genomics and molecular basis of differentiation in model invertebrate organisms and pathogens | 4 | |||
| In Vitro Model Technologies | 5 | 54 | Italian | VET/02 VET/07 |
| - Unita' didattica: Fisiologia e veicolazione di sistemi cellulari/tessutali | 2 | |||
| - Unita' didattica: Tossicologia e modelli in vitro | 3 | |||
Second semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Optional | ||||
| Biomarkers in Animal Models | 8 | 48 | English | AGR/18 AGR/19 VET/05 |
| - Biomarkers in animal nutrition | 3 | |||
| - Diagnostic tools in animal infectious diseases | 3 | |||
| - Laboratory techniques to test DNA-damage in animal models | 2 | |||
| Biotechnological Diagnostic Tools Into the Clinical Medicine of Dog and Cat | 8 | 48 | English | BIO/12 VET/01 VET/08 |
| - Module: Biochemical markers in disease diagnosis | 2 | |||
| - Module: Diagnostic workup in the clinical practice | 3 | |||
| - Module: Morphological and molecular markers of disease | 3 | |||
| Biotechnology Applied to Animal Research | 8 | 48 | English | AGR/17 VET/07 VET/08 |
| - Module: Bioethics and Biotechnology | 3 | |||
| - Module: Biotechnology applied to innovative drugs | 3 | |||
| - Module: Designing an experiment in animal biotechnology | 2 | |||
| Biotechnology for a Sustainable and Safe Agri-Food System | 8 | 48 | English | AGR/17 VET/04 VET/07 |
| - Module: Characterization of Italian animal genetic resources for food products: authentication and traceability purposes | 4 | |||
| - Module: Ecosustanaibility of the agri-food chain | 2 | |||
| - Module: Ecotoxicity and drugs residues in the food chain | 2 | |||
| From 3d-Culture and 3d-Printing to Organoids | 8 | 48 | English | AGR/18 VET/01 VET/09 |
| - Module: 3 D approach to cell culture | 3 | |||
| - Module: 3 D bioprinting and practicals | 2 | |||
| - Module: Cell interaction and organoids | 3 | |||
| Imaging Techniques in Bio-Medical Research | 8 | 48 | English | BIO/10 VET/01 |
| - Module: Image analysis of cells and tissue | 4 | |||
| - Module: MALDI imaging | 2 | |||
| - Module: Molecular Imaging | 2 | |||
| Molecular and Immunological Interactions in Parasitology | 8 | 48 | English | BIO/10 VET/06 |
| - Module: Biochemical bases in host-parasite interactions | 2 | |||
| - Module: Immunological interactions and applied immunology in parasitology | 3 | |||
| - Module: Molecular patterns in host-parasite co-evolution | 3 | |||
| Molecular Pathology and Parasitology | 8 | 48 | English | VET/03 VET/06 |
| - Animal models and parasitic diseases | 2 | |||
| - Molecular Oncology | 3 | |||
| - Pathophysiology | 3 | |||
| Nanomaterials: Applications and Effects | 8 | 48 | English | VET/02 VET/05 VET/07 |
| - Module: Nanomaterials in tissue engineering | 2 | |||
| - Module: Nanomicrobiology: applications to biomedicine | 3 | |||
| - Module: Nanotoxicology: effects of nanomaterials and nanoparticles | 3 | |||
| Vaccinology | 8 | 48 | English | AGR/18 VET/05 |
| - Module: Innovative vaccine development and production | 3 | |||
| - Module: Plant-based production of oral vaccines | 2 | |||
| - Module: Practical aspects of vaccinology | 3 | |||
Open sessions
There are no specific sessions for these activities (e.g. open online courses).
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Further Activities for Internship and Work Orientation, Linguistic Knowledge, Informatic and Media Capabilities | 4 | 100 | Italian | |
Conclusive activities
There are no specific sessions for these activities (e.g. open online courses).
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Final Examination | 21 | 0 | Italian | |
Study plan rules
- In the II year, integrated courses will be activated into modules up to the amount of expected credits ( eight credits). These integrated courses are aimed to offer students the opportunity to further deepen preparation in specific areas of Biotechnological Veterinary Sciences and can be chosen by the students. The acquisition of the eight CFU is subject to passing the related tests by the students, with the vote of thirty. For more information consult the university website www.unimi.it and www.veterinaria.unimi.it.
| Courses or activities | Max ECTS | Total hours | Language | Lesson period | SSD |
|---|---|---|---|---|---|
| Biomarkers in Animal Models | 8 | 48 | English | Second semester | AGR/18 AGR/19 VET/05 |
| Biotechnological Diagnostic Tools Into the Clinical Medicine of Dog and Cat | 8 | 48 | English | Second semester | BIO/12 VET/01 VET/08 |
| Biotechnology Applied to Animal Research | 8 | 48 | English | Second semester | AGR/17 VET/07 VET/08 |
| Biotechnology for a Sustainable and Safe Agri-Food System | 8 | 48 | English | Second semester | AGR/17 VET/04 VET/07 |
| From 3d-Culture and 3d-Printing to Organoids | 8 | 48 | English | Second semester | AGR/18 VET/01 VET/09 |
| Imaging Techniques in Bio-Medical Research | 8 | 48 | English | Second semester | BIO/10 VET/01 |
| Molecular and Immunological Interactions in Parasitology | 8 | 48 | English | Second semester | BIO/10 VET/06 |
| Molecular Pathology and Parasitology | 8 | 48 | English | Second semester | VET/03 VET/06 |
| Nanomaterials: Applications and Effects | 8 | 48 | English | Second semester | VET/02 VET/05 VET/07 |
| Vaccinology | 8 | 48 | English | Second semester | AGR/18 VET/05 |
First semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Cellular Communication and Signal Transduction | 10 | 78 | Italian | BIO/09 BIO/10 |
| - Cellular communication and endocrine function | 4 | |||
| - Protein engineering and biochemistry of the signal transduction | 6 | |||
| Molecular Microbiology | 10 | 78 | Italian | BIO/19 MED/04 MED/07 |
| - Unit: Experimental Pathology | 4 | |||
| - Unita' didattica: Aspetti molecolari dell'interazione microrganismo-ospite | 3 | |||
| - Unita' didattica: Basi molecolari della patogenicità microbica | 3 | |||
| Omics | 10 | 66 | Italian | BIO/10 BIO/18 |
| - Unita' didattica: Introduzione alla genomica | 3 | |||
| - Unita' didattica: Proteomica | 7 | |||
Second semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Anatomical Bases and Molecular Networks in the Central Nervous System and Its Pathologies | 8 | 60 | English | VET/01 VET/03 |
| - Unit: Molecular pathology of the CNS | 3 | |||
| - Unit: Morphology and Function of the CNS | 5 | |||
| Biotechnologies: Experimental Models in Research | 12 | 102 | Italian | AGR/18 AGR/20 VET/07 |
| - Modulo: Benessere dell'animale da laboratorio ed "Animal care" | 3 | |||
| - Modulo: Colture cellulari | 5 | |||
| - Modulo: Metodi alternativi in tossicologia | 4 | |||
| Ethiopathogenesis of Hereditary and Parasitic Diseases | 6 | 48 | English | AGR/17 VET/06 |
| - Unit: Genomic analysis of inherited diseases | 3 | |||
| - Unit: Molecular pathology of parasitic diseases | 3 | |||
| Molecular Epidemiology | 5 | 36 | Italian | VET/05 |
First semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Biotechnology Applied to Animal Health and Production | 5 | 36 | Italian | AGR/19 |
| - Unita' didattica: Markers di stress ossidativo nel benessere animale | 2 | |||
| - Unita' didattica: Metodologie molecolari applicate alle produzioni animali | 3 | |||
| Experimental Nutrition | 5 | 42 | Italian | AGR/18 |
| Molecular Virology | 8 | 66 | English | VET/03 VET/05 |
| - Unita' didattica: Molecular Basis of Virology | 5 | |||
| - Unita' didattica: Molecular pathogenesis of viral diseases | 3 | |||
| Research Strategies and Methodologies Applied to Disease Study and Control | 8 | 66 | Italian | VET/05 VET/06 |
| - Unita' didattica: Biotecnologie avanzate in parassitologia | 5 | |||
| - Unita' didattica: Modelli murini e cellulari geneticamente modificati | 3 | |||
Second semester
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Optional | ||||
| Biomarkers in Animal Models | 8 | 48 | English | AGR/18 AGR/19 VET/05 |
| - Biomarkers in animal nutrition | 3 | |||
| - Diagnostic tools in animal infectious diseases | 3 | |||
| - Laboratory techniques to test DNA-damage in animal models | 2 | |||
| Biotechnological Diagnostic Tools Into the Clinical Medicine of Dog and Cat | 8 | 48 | English | BIO/12 VET/01 VET/08 |
| - Module: Biochemical markers in disease diagnosis | 2 | |||
| - Module: Diagnostic workup in the clinical practice | 3 | |||
| - Module: Morphological and molecular markers of disease | 3 | |||
| Biotechnology Applied to Animal Research | 8 | 48 | English | AGR/17 VET/07 VET/08 |
| - Module: Bioethics and Biotechnology | 3 | |||
| - Module: Biotechnology applied to innovative drugs | 3 | |||
| - Module: Designing an experiment in animal biotechnology | 2 | |||
| Biotechnology for a Sustainable and Safe Agri-Food System | 8 | 48 | English | AGR/17 VET/04 VET/07 |
| - Module: Characterization of Italian animal genetic resources for food products: authentication and traceability purposes | 4 | |||
| - Module: Ecosustanaibility of the agri-food chain | 2 | |||
| - Module: Ecotoxicity and drugs residues in the food chain | 2 | |||
| From 3d-Culture and 3d-Printing to Organoids | 8 | 48 | English | AGR/18 VET/01 VET/09 |
| - Module: 3 D approach to cell culture | 3 | |||
| - Module: 3 D bioprinting and practicals | 2 | |||
| - Module: Cell interaction and organoids | 3 | |||
| Imaging Techniques in Bio-Medical Research | 8 | 48 | English | BIO/10 VET/01 |
| - Module: Image analysis of cells and tissue | 4 | |||
| - Module: MALDI imaging | 2 | |||
| - Module: Molecular Imaging | 2 | |||
| Molecular and Immunological Interactions in Parasitology | 8 | 48 | English | BIO/10 VET/06 |
| - Module: Biochemical bases in host-parasite interactions | 2 | |||
| - Module: Immunological interactions and applied immunology in parasitology | 3 | |||
| - Module: Molecular patterns in host-parasite co-evolution | 3 | |||
| Molecular Pathology and Parasitology | 8 | 48 | English | VET/03 VET/06 |
| - Animal models and parasitic diseases | 2 | |||
| - Molecular Oncology | 3 | |||
| - Pathophysiology | 3 | |||
| Nanomaterials: Applications and Effects | 8 | 48 | English | VET/02 VET/05 VET/07 |
| - Module: Nanomaterials in tissue engineering | 2 | |||
| - Module: Nanomicrobiology: applications to biomedicine | 3 | |||
| - Module: Nanotoxicology: effects of nanomaterials and nanoparticles | 3 | |||
| Vaccinology | 8 | 48 | English | AGR/18 VET/05 |
| - Module: Innovative vaccine development and production | 3 | |||
| - Module: Plant-based production of oral vaccines | 2 | |||
| - Module: Practical aspects of vaccinology | 3 | |||
Open sessions
There are no specific sessions for these activities (e.g. open online courses).
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Further Activities for Internship and Work Orientation, Linguistic Knowledge, Informatic and Media Capabilities | 4 | 100 | Italian | |
Conclusive activities
There are no specific sessions for these activities (e.g. open online courses).
| Courses or activities | Max ECTS | Total hours | Language | SSD |
|---|---|---|---|---|
| Compulsory | ||||
| Final Examination | 21 | 0 | Italian | |
Study plan rules
- In the II year, integrated courses will be activated into modules up to the amount of expected credits ( eight credits). These integrated courses are aimed to offer students the opportunity to further deepen preparation in specific areas of Biotechnological Veterinary Sciences and can be chosen by the students. The acquisition of the eight CFU is subject to passing the related tests by the students, with the vote of thirty. For more information consult the university website www.unimi.it and www.veterinaria.unimi.it.
| Courses or activities | Max ECTS | Total hours | Language | Lesson period | SSD |
|---|---|---|---|---|---|
| Biomarkers in Animal Models | 8 | 48 | English | Second semester | AGR/18 AGR/19 VET/05 |
| Biotechnological Diagnostic Tools Into the Clinical Medicine of Dog and Cat | 8 | 48 | English | Second semester | BIO/12 VET/01 VET/08 |
| Biotechnology Applied to Animal Research | 8 | 48 | English | Second semester | AGR/17 VET/07 VET/08 |
| Biotechnology for a Sustainable and Safe Agri-Food System | 8 | 48 | English | Second semester | AGR/17 VET/04 VET/07 |
| From 3d-Culture and 3d-Printing to Organoids | 8 | 48 | English | Second semester | AGR/18 VET/01 VET/09 |
| Imaging Techniques in Bio-Medical Research | 8 | 48 | English | Second semester | BIO/10 VET/01 |
| Molecular and Immunological Interactions in Parasitology | 8 | 48 | English | Second semester | BIO/10 VET/06 |
| Molecular Pathology and Parasitology | 8 | 48 | English | Second semester | VET/03 VET/06 |
| Nanomaterials: Applications and Effects | 8 | 48 | English | Second semester | VET/02 VET/05 VET/07 |
| Vaccinology | 8 | 48 | English | Second semester | AGR/18 VET/05 |
Course location
Milano
Tutors professors
Contacts
- Segreteria Didattica - Dott.ssa Vanda E. Anzaldi
Via Celoria, 10 - 20133 Milano
http://www.veterinaria.unimi.it
[email protected]
+3902 50318024
Lunedì-mercoledì-venerdì dalle ore 10.00 alle ore 12.00; martedì-giovedì dalle ore 14.00 alle ore 15.30. - IMMATRICOLAZIONI E AMMISSIONI
http://www.unimi.it/studenti/matricole/77648.htm
A.Y. 2025/2026
A.Y. 2024/2025
A.Y. 2023/2024
A.Y. 2022/2023
A.Y. 2021/2022
A.Y. 2020/2021
A.Y. 2019/2020
A.Y. 2018/2019
Official documents