PhD Programme in Technological Innovation in the Biomedical Field

Administrative Department
Department of General Surgery and Medical-Surgical Specialties

Programme Coordinator
Professor Giuseppe Micali

Programme Description

In recent years, technological innovation in the biomedical field has played a crucial role in improving diagnosis, therapies, and the development of new healthcare technologies. This approach promotes personalized solutions for patients, enhancing the quality of healthcare services and related health policies.

The PhD Programme in Technological Innovation in the Biomedical Field represents a natural extension of the new Medicine and Surgery degree programme, delivered in English and characterized by a strong technological orientation. Its aim is to train researchers capable of developing projects that bridge the gap between basic research and clinical applications, fostering the integration of technology into the translational research process in both directions.

A fundamental objective of the programme is the integration of the various fields of medicine and surgical sciences by promoting collaboration across different disciplines. The programme will encourage cooperation among clinicians, researchers, the biotechnology and pharmaceutical industries, and public institutions, supporting the development of new healthcare organizational models and training professionals with specialized expertise. Another key aspect of the programme is the internationalization of research through the strengthening of existing collaborations and the promotion of multidisciplinary research projects.

At the same time, PhD candidates will acquire a solid methodological foundation in scientific research, including the formulation of experimental hypotheses, the design of experimental studies, the critical interpretation of research findings, and an understanding of the ethical implications of biomedical research. The programme is designed to support recent graduates from different scientific disciplines in pursuing careers in experimental biomedicine and/or clinical research. Upon completion of the programme, graduates will have gained advanced training in research methodologies together with excellent scientific communication skills, both written and oral.

Programme Objectives

The PhD Programme aims to achieve the following objectives:

• Provide advanced, multidisciplinary training by integrating theoretical knowledge and practical skills in biomedicine, biomedical engineering, and innovative technologies.
• Prepare PhD candidates to conduct independent and original research by developing competencies in hypothesis formulation, experimental design, data analysis, and the critical interpretation of results.
• Promote the integration of basic research and clinical applications, facilitating the translation of technological innovations from the laboratory to clinical practice.
• Encourage collaboration among different scientific disciplines and professional figures—including physicians, engineers, biologists, chemists, pharmacists, and computer scientists—to address complex biomedical challenges.
• Strengthen the international dimension of education and research through partnerships and collaborations with leading academic and research institutions worldwide.
• Train professionals with transferable skills, capable of effectively communicating research findings, managing complex projects, and understanding the ethical implications of technological innovations in the biomedical field.
• Contribute to the development of new organizational and management models for healthcare systems by improving the quality of care and the efficiency of healthcare services through the adoption of advanced technologies and innovative solutions.
• Promote the development of patents and the protection of intellectual property by providing PhD candidates with the knowledge and skills required to identify, protect, and enhance technological innovations in the biomedical field.

Career Opportunities

The PhD Programme in Technological Innovation in the Biomedical Field is designed to educate highly qualified professionals with strong employment prospects. The knowledge and expertise acquired throughout the programme will represent significant added value for employment in both public and private organizations across a wide range of sectors. These include, for example, basic and applied research in academic and clinical settings (universities and IRCCSs), the management and optimization of innovative diagnostic and therapeutic equipment and systems in hospitals and other healthcare facilities, as well as the design, production, technical support, and commercialization of biomedical devices and systems.

The programme therefore aims not only to prepare PhD candidates for academic careers but also to provide them with the skills required to successfully pursue professional opportunities in advanced and dynamic national and international environments, including public and private healthcare institutions, biotechnology, pharmaceutical, and medical device companies, thereby contributing to innovation and technological advancement in the biomedical sector.