Medical-pharmaceutical biotechnology
Master degree

News and events

Programme overview


The Master Degree in Medical-pharmaceutical biotechnology provides an advanced scientific preparation on biotechnology topics oriented to medicine and pharmacology through the acquisition of integrated skills at the biochemical, biological-molecular and cellular levels. The course also provides competencies for business creation and management.

Learning by doing

One of the peculiarities of the course is the wide involvement of students in practical laboratory activities. The teaching schedules of both years provide practical exercises and promote attendance in laboratories, where students carry out their thesis internship. Internships can be made in highly qualified university research laboratories, in companies of the biotechnology sector and in Centers of Excellence such as: Ospedale Policlinico San Martino-IRCCS, Istituto Italiano di Tecnologia (IIT) and Istituto Giannina Gaslini.

Career perspectives

A Master graduate ('dottore magistrale') in Biotechnology has high responsibility tasks in different fields such as diagnostic, bioengineering, bio-sanitary and pharmacological. He/she works in health service and in both public and private companies involved in biotechnological research and production of goods and services. His/her duties also concern the development and testing of innovative pharmacological products and of patent in the health field.


Freshers 2021/22

Degree type
Master degree
Duration and credits
Pharmaceutical, veterinary and medical biotechnologies.
Free access
Teaching language
Teaching mode
Taxes and fees
From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
International partnerships
Student exchange
Head of programme
Tullio Florio
To learn more about the Course visit the dedicated section

What you will learn

  • next generation sequencing

    decoding genome from A to G

  • neuroscience

    mechanisms regulating the nervous system biology

  • regenerative medicine

    engineering of cells and tissues

  • nanotechnology

    manipulation of matter on atomic and molecular scale

  • gene therapy

    use of genes for treating diseases

  • cancer biology

    molecular mechanisms of tumors and its microenvironment


The Master degree in Medical-pharmaceutical biotechnology has the goal of providing students with an advanced knowledge in the medical-pharmaceutical biotechnology field. The course is taught in English, the native language for such a new subject, allowing our students to be able to easily interact with colleagues from all over the world.

Starting from the fundamentals acquired in the Bachelor degree, the Master course addresses the latest and advanced topics and techniques, teaching technologies such as deep sequencing, proteomics, genomics, nanotechnologies, cancer immunology, stem cells for tissue repairing, molecular pathology, developmental neurobiology, organ biochemistry and diagnostic technologies.

Head of programme

T u
Dear Students, the Master degree course in Medical-pharmaceutical biotechnology is designed to provide a quality leap in your education. From your Bachelor course you learnt the basics of a discipline that in the recent years underwent to exponential growth. Now it's time to go in depth. The Course is mainly focused on molecular aspects of oncology, immunology and neuroscience, and is planned to promote a strong interaction between students and excellent laboratories in the University, in the Italian Institute of Technology and in two health care and research institutes: -IRCCS- Policlinico San Martino and Istituto Giannina Gaslini. I hope that the next two years represent for you an exciting experience and an open door towards a rewarding job or a prestigious PhD programme.

Tullio Florio
Head of Programme

Where to find us

Head office and student administration offices
CBA Center of Advanced Biotechnology
Ospedale Policlinico San Martino
Largo Rosanna Benzi 10
16132 Genova

Classrooms and didactics in Ospedale San Martino area
Polo Didattico Biomedico ex-Saiwa
Corso Gastaldi 161
16132 Genova

Polo Alberti
Via L.B. Alberti 4
16132 Genova

Polo Didattico Chirurgico e Istituto di Anatomia
Via de Toni
16132 Genova

Success stories

Federico Tortelli
I've studied Medical-pharmaceutical biotechnology in UniGe, where I've also earned a Ph.D. in Regenerative medicine and tissue engineering. Despite the strong personal connection with Genova, I decided to follow on my research activities abroad.

Federico Tortelli
Preclinical Pharmacology Team Leader at the Novartis Institutes for Biomedical Research in Basel

I followed my academic career in Switzerland as a researcher at the École Polytechnique Fédérale de Lausanne before obtaining a position as a Preclinical Pharmacology Team Leader at the Novartis Institutes for Biomedical Research in Basel, where I have been working for four years. I have good memories of UniGe: I had the opportunity to discover the fascinating world of scientific research by following theoretical courses as well as by learning practical experimental activities in the labs, where I was lucky enough to meet special people, both from a professional and a human point of view. During all the course I felt part of a big family, and I will always thank everyone, from the former president of the course Ranieri Cancedda, to the educational manager Enrico Zeraschi and to the whole Regenerative medicine laboratory where I spent most of my studies.
Roberta Tasso
I studied Biotechnology in UniGe and currently I'm working at San Martino Hospital in Genoa as a researcher supported by a Project funded by the Ministry of Health and dedicated to young researchers.

Roberta Tasso
Researcher financed by a Project of the Ministry of Health at the Policlinico San Martino Hospital in Genoa

Throughout my undergraduate education, I had the unique opportunity to develop a strong interdisciplinary background spanning a range of different areas and applications in the field of biotechnology. My research project deals with the study of stem/progenitor cells and with the development of therapeutic approaches based on the use of stem cells. This approach could pave the way for the development of safer therapeutic strategies based on the use of cell-released factors replacing the use of the cells themselves. The biotechnology studies at UniGe allowed me to deepen my knowledge in various biomedical fields such as immunology, pharmacology, biology and regenerative medicine. Overall, this cultural baggage helped me and continues to help me daily to do my job

Learn more

Course Manager
Enrico Zeraschi
+39 010 5558266