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The program's educational objectives include not only deepening students' foundational biological knowledge and its applications but also providing a solid preparation at genomic, cellular, organismal, and ecosystem levels. Central themes of biodiversity, both animal and plant, and evolution are explored with specific reference to functional adaptations, reproductive and developmental processes, behavioral aspects, organism-environment interactions, and contemporary issues in evolutionary biology. The curriculum provides multidisciplinary and interdisciplinary knowledge, ensuring students acquire expertise in the most innovative experimental research methodologies, including laboratory and fieldwork, as well as biomolecular, biostatistical, and bioinformatic analyses.
The program offers an advanced, practical, and professional education in biodiversity, equipping students with the ability to apply their knowledge to environmental conservation and the preservation of biological heritage, including insights into environmental law. Consequently, the program is primarily focussed on disciplines related to biodiversity and the environment, which form the distinctive credit structure differentiating this degree from other LM-6 Master's Degree programs offered by the university.
Through lectures, practical field activities (guided visits, sampling, and exercises), and laboratory experiences, students acquire a comprehensive understanding of the theories underlying biological evolution, the core themes of biodiversity, and biostatistical and bioinformatic analyses. These activities focus on structural and functional adaptations of organisms, organism-environment interactions, and are foundational for planning biodiversity monitoring analyses at various levels of complexity, as well as for conducting conservation and ecosystem management studies.
Graduates will develop a mastery of the scientific method and the ability to work independently, taking on responsibilities and leadership roles where necessary. They will make essential contributions in areas such as scientific research, conservation and protection of organisms and the environment, environmental monitoring, publishing, and scientific communication. Graduates will find employment in private companies, public and private institutions, foundations, and service organizations.
More broadly, graduates will be well-prepared to work in fields requiring a thorough and accurate understanding of animal and plant organisms, particularly in terms of adaptations and biological phenomena at the organismal level, along with strong expertise in biodiversity conservation and the effective management and sustainable use of living organisms.
Additionally, the Master's Degree in Biodiversity and Biological Evolution provides an adequate cultural foundation for those seeking to pursue advanced education through doctoral research programs.
The program's educational objectives include not only deepening students' foundational biological knowledge and its applications but also providing a solid preparation at genomic, cellular, organismal, and ecosystem levels. Central themes of biodiversity, both animal and plant, and evolution are explored with specific reference to functional adaptations, reproductive and developmental processes, behavioral aspects, organism-environment interactions, and contemporary issues in evolutionary biology. The curriculum provides multidisciplinary and interdisciplinary knowledge, ensuring students acquire expertise in the most innovative experimental research methodologies, including laboratory and fieldwork, as well as biomolecular, biostatistical, and bioinformatic analyses.
The program offers an advanced, practical, and professional education in biodiversity, equipping students with the ability to apply their knowledge to environmental conservation and the preservation of biological heritage, including insights into environmental law. Consequently, the program is primarily focussed on disciplines related to biodiversity and the environment, which form the distinctive credit structure differentiating this degree from other LM-6 Master's Degree programs offered by the university.
Through lectures, practical field activities (guided visits, sampling, and exercises), and laboratory experiences, students acquire a comprehensive understanding of the theories underlying biological evolution, the core themes of biodiversity, and biostatistical and bioinformatic analyses. These activities focus on structural and functional adaptations of organisms, organism-environment interactions, and are foundational for planning biodiversity monitoring analyses at various levels of complexity, as well as for conducting conservation and ecosystem management studies.
Graduates will develop a mastery of the scientific method and the ability to work independently, taking on responsibilities and leadership roles where necessary. They will make essential contributions in areas such as scientific research, conservation and protection of organisms and the environment, environmental monitoring, publishing, and scientific communication. Graduates will find employment in private companies, public and private institutions, foundations, and service organizations.
More broadly, graduates will be well-prepared to work in fields requiring a thorough and accurate understanding of animal and plant organisms, particularly in terms of adaptations and biological phenomena at the organismal level, along with strong expertise in biodiversity conservation and the effective management and sustainable use of living organisms.
Additionally, the Master's Degree in Biodiversity and Biological Evolution provides an adequate cultural foundation for those seeking to pursue advanced education through doctoral research programs.
Admission Requirements
42+
5.5+
Admission to the Master's Degree Program in Biodiversity and Biological Evolution requires meeting minimum curricular requirements and demonstrating an adequate personal preparation, in accordance with Ministerial Decree 270/04. Graduates holding a degree in L-13 Biological Sciences are automatically recognized as meeting all curricular requirements for admission. Graduates with degrees in L-32 Environmental and Nature Sciences and Technologies or L-2 Biotechnologies (under Ministerial Decree 270/04), as well as those holding degrees in other fields or equivalent qualifications obtained abroad and recognized as suitable, may also apply, provided they meet the necessary curricular requirements. Specifically, applicants from degree classes other than L-13 Biological Sciences must have accumulated at least 90 CFU (university credits) in scientific-disciplinary sectors comparable to those in the L-13 Biological Sciences degree class. These credits must be appropriately distributed as follows: · 12-15 CFU in non-biological foundational disciplines in chemistry (03/CHEM-01A, 03/CHEM-02A, 03/CHEM-03A, 03/CHEM-05A); · 15-18 CFU in non-biological foundational disciplines in mathematics, physics, and informatics (01/MATH-01-06(A,B), 02/PHYS-01-06(A,B), 01/INFO-01A); · 66-96 CFU in biological foundational disciplines (05/BIOS-01A, 05/BIOS-02A, 05/BIOS-03A, 05/BIOS-04A, 05/BIOS-05A, 05/BIOS-06A, 05/BIOS-07A, 05/BIOS-08A, 05/BIOS-14A, 05/BIOS-15A). For graduates from L-32 Environmental and Nature Sciences and Technologies, in addition to the above requirements, at least 6 CFU in the following scientific-disciplinary sectors are recommended: 05/BIOS-08A and 05/BIOS-15A. For graduates from L-2 Biotechnologies, at least 6 CFU in 05/BIOS-01A and 05/BIOS-03A are recommended in addition to the general requirements. For all categories of applicants, adequate personal preparation and aptitude are essential for admission. These will be assessed through an individual interview and a detailed evaluation of the applicant's previous academic curriculum. For the recognition of CFU in cases of transfer from another university or program, the provisions of the University's Academic Regulations apply. The Teaching Committee will evaluate, on a case-by-case basis, whether the credits earned need to be verified for content relevance or updated through additional exams. Any missing CFU must be obtained by passing the relevant exams at this or other universities prior to enrolling in the Master's Degree Program.
2 Years
Oct
International
156 EUR
Scholarships
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Biodiversity and Evolutionary Biology
Main Campus, Milan, Italy
# 149QS Subject Rankings
24 monthsProgramme duration
156 EURTuition Fee/year
Biological SciencesMain Subject Area
Programme overview
Main Subject
Biological Sciences
Degree
MSc
Study Level
Masters
Study Mode
On Campus
The program's educational objectives include not only deepening students' foundational biological knowledge and its applications but also providing a solid preparation at genomic, cellular, organismal, and ecosystem levels. Central themes of biodiversity, both animal and plant, and evolution are explored with specific reference to functional adaptations, reproductive and developmental processes, behavioral aspects, organism-environment interactions, and contemporary issues in evolutionary biology. The curriculum provides multidisciplinary and interdisciplinary knowledge, ensuring students acquire expertise in the most innovative experimental research methodologies, including laboratory and fieldwork, as well as biomolecular, biostatistical, and bioinformatic analyses.
The program offers an advanced, practical, and professional education in biodiversity, equipping students with the ability to apply their knowledge to environmental conservation and the preservation of biological heritage, including insights into environmental law. Consequently, the program is primarily focussed on disciplines related to biodiversity and the environment, which form the distinctive credit structure differentiating this degree from other LM-6 Master's Degree programs offered by the university.
Through lectures, practical field activities (guided visits, sampling, and exercises), and laboratory experiences, students acquire a comprehensive understanding of the theories underlying biological evolution, the core themes of biodiversity, and biostatistical and bioinformatic analyses. These activities focus on structural and functional adaptations of organisms, organism-environment interactions, and are foundational for planning biodiversity monitoring analyses at various levels of complexity, as well as for conducting conservation and ecosystem management studies.
Graduates will develop a mastery of the scientific method and the ability to work independently, taking on responsibilities and leadership roles where necessary. They will make essential contributions in areas such as scientific research, conservation and protection of organisms and the environment, environmental monitoring, publishing, and scientific communication. Graduates will find employment in private companies, public and private institutions, foundations, and service organizations.
More broadly, graduates will be well-prepared to work in fields requiring a thorough and accurate understanding of animal and plant organisms, particularly in terms of adaptations and biological phenomena at the organismal level, along with strong expertise in biodiversity conservation and the effective management and sustainable use of living organisms.
Additionally, the Master's Degree in Biodiversity and Biological Evolution provides an adequate cultural foundation for those seeking to pursue advanced education through doctoral research programs.
Programme overview
Main Subject
Biological Sciences
Degree
MSc
Study Level
Masters
Study Mode
On Campus
The program's educational objectives include not only deepening students' foundational biological knowledge and its applications but also providing a solid preparation at genomic, cellular, organismal, and ecosystem levels. Central themes of biodiversity, both animal and plant, and evolution are explored with specific reference to functional adaptations, reproductive and developmental processes, behavioral aspects, organism-environment interactions, and contemporary issues in evolutionary biology. The curriculum provides multidisciplinary and interdisciplinary knowledge, ensuring students acquire expertise in the most innovative experimental research methodologies, including laboratory and fieldwork, as well as biomolecular, biostatistical, and bioinformatic analyses.
The program offers an advanced, practical, and professional education in biodiversity, equipping students with the ability to apply their knowledge to environmental conservation and the preservation of biological heritage, including insights into environmental law. Consequently, the program is primarily focussed on disciplines related to biodiversity and the environment, which form the distinctive credit structure differentiating this degree from other LM-6 Master's Degree programs offered by the university.
Through lectures, practical field activities (guided visits, sampling, and exercises), and laboratory experiences, students acquire a comprehensive understanding of the theories underlying biological evolution, the core themes of biodiversity, and biostatistical and bioinformatic analyses. These activities focus on structural and functional adaptations of organisms, organism-environment interactions, and are foundational for planning biodiversity monitoring analyses at various levels of complexity, as well as for conducting conservation and ecosystem management studies.
Graduates will develop a mastery of the scientific method and the ability to work independently, taking on responsibilities and leadership roles where necessary. They will make essential contributions in areas such as scientific research, conservation and protection of organisms and the environment, environmental monitoring, publishing, and scientific communication. Graduates will find employment in private companies, public and private institutions, foundations, and service organizations.
More broadly, graduates will be well-prepared to work in fields requiring a thorough and accurate understanding of animal and plant organisms, particularly in terms of adaptations and biological phenomena at the organismal level, along with strong expertise in biodiversity conservation and the effective management and sustainable use of living organisms.
Additionally, the Master's Degree in Biodiversity and Biological Evolution provides an adequate cultural foundation for those seeking to pursue advanced education through doctoral research programs.
Admission Requirements
Graduates holding a degree in L-13 Biological Sciences are automatically recognized as meeting all curricular requirements for admission. Graduates with degrees in L-32 Environmental and Nature Sciences and Technologies or L-2 Biotechnologies (under Ministerial Decree 270/04), as well as those holding degrees in other fields or equivalent qualifications obtained abroad and recognized as suitable, may also apply, provided they meet the necessary curricular requirements.
Specifically, applicants from degree classes other than L-13 Biological Sciences must have accumulated at least 90 CFU (university credits) in scientific-disciplinary sectors comparable to those in the L-13 Biological Sciences degree class. These credits must be appropriately distributed as follows: · 12-15 CFU in non-biological foundational disciplines in chemistry (03/CHEM-01A, 03/CHEM-02A, 03/CHEM-03A, 03/CHEM-05A); · 15-18 CFU in non-biological foundational disciplines in mathematics, physics, and informatics (01/MATH-01-06(A,B), 02/PHYS-01-06(A,B), 01/INFO-01A); · 66-96 CFU in biological foundational disciplines (05/BIOS-01A, 05/BIOS-02A, 05/BIOS-03A, 05/BIOS-04A, 05/BIOS-05A, 05/BIOS-06A, 05/BIOS-07A, 05/BIOS-08A, 05/BIOS-14A, 05/BIOS-15A).
For graduates from L-32 Environmental and Nature Sciences and Technologies, in addition to the above requirements, at least 6 CFU in the following scientific-disciplinary sectors are recommended: 05/BIOS-08A and 05/BIOS-15A.
For graduates from L-2 Biotechnologies, at least 6 CFU in 05/BIOS-01A and 05/BIOS-03A are recommended in addition to the general requirements.
For all categories of applicants, adequate personal preparation and aptitude are essential for admission. These will be assessed through an individual interview and a detailed evaluation of the applicant's previous academic curriculum.
For the recognition of CFU in cases of transfer from another university or program, the provisions of the University's Academic Regulations apply. The Teaching Committee will evaluate, on a case-by-case basis, whether the credits earned need to be verified for content relevance or updated through additional exams. Any missing CFU must be obtained by passing the relevant exams at this or other universities prior to enrolling in the Master's Degree Program.
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
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