20 Best Biotechnology Master's Degree Programs in Italy for 2024

This Master’s degree, taught in English, aims at providing students with advanced molecular and cellular background of microbe and plant systems, which are the basis for the several sectors of the biotechnologies applied to the bio-economy. It will equip students with a solid expertise about the structure and function of biological macromolecules of interest for the bioeconomy sector, and complete knowledge about the analyses of informational molecules and the expression of characters.

The goal of this programme is to provide students with theoretical knowledge and analytical tools to identify and exploit entrepreneurial opportunities for innovation, change management and organizational transformation. Emphasizing the analysis of business decision-making, it focuses on designing, implementing, and evaluating entrepreneurial and innovation processes across diverse industrial sectors.

The Master's programme aims to train professionals with a solid technical and theoretical background. Their expected career development will be to develop scientific methodologies and coordinate research projects in the fields of applied biotechnology and translational medicine. The Master's programme is organised in common and curricular learning activities focusing on neuroscience, oncology, molecular diagnostics, immunobiotechnology, modelling and bioinformatics. Almost the entire second year will be devoted to laboratory activities.

The programme aims to provide students with advanced skills in molecular biotechnology, computational biology, and bioinformatics, with a strong focus on the most advanced tools and approaches for the analysis of genomes, proteomes, and metabolomes. Entirely taught in English, the degree combines lecture-based courses with an experimental laboratory project leading to a dissertation to be chosen among projects offered by the University and other research institutes.

The objective of the programme is to provide a solid and integrated cultural background in basic biology, appropriate for applications in different areas of biology, focusing mainly on plant science. Students develop comprehensive knowledge and skills, emphasizing molecular and cellular aspects, with practical applications like plant breeding and natural species preservation. The programme is entirely taught in English.

The purpose is to create a new Master level, "Risk assessment of xenobiotics and biotechnological products (RA-XBP)" entirely taught in English. The aim is to present provision of training program in risk assessment based on common European criteria, easily adoptable by institutions across Europe and focusing on Risk Assessment methodology and procedure.

The Master's Degree Course in Biology, belonging to the Degree Class L-6 Biology, has a duration of two academic years. All graduates in the class of the Bachelor's Degrees in Biological Sciences and (L-13) and Biotechnology (L-2) and related Degree Classes can access the Master's Degree Course in Biology.

The Biomedical Sciences are one of the hottest and most dynamic areas of Biology, leading to continuous and exciting progress in scientific knowledge and its applications to human health.

Biotechnologies are called upon to solve many of the current challenges concerning human health, nutrition, quality of life, and the environment. Industrial biotechnologies represent the most advanced and applied aspect of this field.

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.

Molecular and medical biotechnology has enormous potential for developing new solutions to improve human health. Through the understanding of the molecular and cellular mechanisms of diseases, biotechnology plays an essential role in developing drugs, vaccines, therapies, and diagnostic tests. The Master’s degree in Molecular and Medical Biotechnology aims to produce skilled researchers in the field of molecular and cellular biotechnology who are capable of performing biomedical analyses, research, and development using experimental and computational approaches. These skills are developed through the study of cellular and molecular biology, genomics and diagnostics, pathology and pharmacology, and computational biology. The postgraduate program, which includes an integrated laboratory course based on a current topic in biomedical research, provides students with a solid technical background highlighting the impact of laboratory research on human health. The degree has a single curriculum, but its flexible approach enables students to tailor the program to their own needs and interests. This program - which is completely taught in English, allowing you to earn a degree that will be recognized in Italy and abroad, - welcomes international students, combining knowledge and experience from various cultural backgrounds. Graduates will be prepared to enter the workforce in either the public or private sector, or may choose to conduct their profession in consulting and design. Areas of possible employment include research and technological development for public bodies or in the industry (biotech, pharmaceutical, diagnostics, etc.); regulatory activities; the creation and management of biotechnology entities in the public and private sectors; performing directive, management, and advisory functions in the pharmacological and biomedical fields; technical and scientific communication and information handling.

The Master’s Degree program in Medical and Pharmaceuticals Biotechnologies prepares highly skilled graduates in the biomedical and pharmaceutical biotechnology fields

The educational goal of Industrial Nanobiotechnologies for Pharmaceuticals master degree is to create highly specialized professionals able to satisfy the needs of research, manufacture and quality control in the area of nanotechnologies applied to industrial pharmaceutical biotechnology that merge into nanomedicine. This interdisciplinary science combines knowledges in the physical, biological and pharmaceutical and medical areas with the goal of treating human pathologies at atomic and molecular levels by exploiting the peculiar nanomaterial properties.

The Integrated Master’s Degree in Biotechnological and Chemical Sciences in Diagnostics provides advanced training in biotechnology and chemical sciences focused on diagnostic applications, enhancing medical care and technological innovation in healthcare settings.

A Master's degree in Biotechnologies and Applied Artificial Intelligence for Health integrates biotechnological advancements with the application of artificial intelligence (AI) in healthcare. Students explore disciplines such as genomics, bioinformatics, medical imaging analysis, AI-driven diagnostics, and personalized medicine. The program emphasizes the development of AI algorithms for healthcare data analysis and decision-making. Graduates are prepared for careers as bioinformatics specialists, AI healthcare developers, medical research scientists, and consultants in biotechnology and healthcare industries, contributing to innovative solutions in medical diagnostics and treatment.

This master's program focuses on innovations in biosciences and bioengineering applied to precision medicine. Students explore advanced technologies and methodologies to customize medical treatments based on biological and genetic data. The program includes training in tissue engineering, genomic analysis, and biomaterials, preparing participants to contribute to the development of innovative solutions for tailored diagnostics and therapies, thereby improving the effectiveness of personalized medicine.

A Master's in Pharmaceutical Biotechnologies focuses on advanced studies in biotechnology applied to pharmaceutical research and development. Students delve into molecular biology, biopharmaceuticals, genetic engineering, and drug discovery technologies. They acquire skills in bioprocess engineering, bioinformatics, and regulatory affairs in the pharmaceutical industry. The program emphasizes practical applications through laboratory work, research projects, and internships in pharmaceutical companies and biotech firms. Graduates pursue careers as research scientists, biotechnologists, process engineers, and regulatory specialists, contributing to advancements in drug development and biopharmaceutical innovations.

A Master's in Medical Biotechnologies focuses on applying biotechnological methods to medical research and healthcare. Students study molecular biology, genetics, biochemistry, and biopharmaceuticals relevant to medical applications. They gain expertise in diagnostic techniques, therapeutic interventions, and biotechnological innovations in medicine. The program integrates theoretical knowledge with practical skills through laboratory work, clinical internships, and research projects. Graduates pursue careers as medical researchers, biotechnologists, clinical laboratory specialists, and biopharmaceutical professionals, contributing to advancements in personalized medicine, diagnostics, and therapeutic treatments.

A Master in Biotechnologies for Food Science prepares specialists in the use of biotechnologies to improve the quality, safety, and sustainability of food. The program combines theory and practice, covering topics such as genetic manipulation, food microbiology, and advanced food production techniques. It includes laboratories and internships, training graduates capable of working in research, development, and management of food production, contributing to innovation in the agri-food sector.

The Master in Research Biobanks trains specialists in the management and use of biobanks for scientific research. Students acquire skills in the collection, preservation, and analysis of biological samples for clinical and laboratory studies. The course combines theory and practice, providing training on biobanking techniques, ethical and regulatory standards, and applications in research. Graduates are prepared to work in biobanks, research laboratories, and scientific institutes, supporting innovative studies and contributing to the understanding and treatment of diseases.