Intersectoral Innovation

Dottorati
Doctoral programme (PhD)
A.Y. 2026/2027
Study area
Science and Technology
Doctoral programme (PhD)
3
Years
Dipartimento di Informatica Giovanni degli Antoni- via Celoria, 18 - 20133 Milano
Language
English
PhD Coordinator
The PhD programme in INTERSECTORAL INNOVATION intends to develop a cadre of professionals equipped with the field-specific and interdisciplinary skill set needed to access, both during their doctoral programme and in their professional career thereafter, entirely novel professional opportunities. This decidedly intersectoral training will pave the way for a career in academia or in business or industry, facilitating the transfer of knowledge and techniques intrinsic to the academic sphere to the world of manufacturing and production. These professionals will become a driving force for an increasingly connected and effective cooperation between business and academia. Our students will be uniquely poised to contribute specialised knowledge in scientific, technological, and societal innovation in their chosen field. The multidisciplinary nature of UNIMI allows the institution to develop doctoral-level training with high-level, field-specific and interdisciplinary training customised in an innovative way to the needs of the businesses partnering with our doctoral programme, and to the manufacturing and public sector at large. Students will have access to a broad network of research institutions through which to conduct research in Europe's most sophisticated research facilities, thanks to the nationally and internationally relevant projects in which our programme faculty participate. This level of international exposure is ensured by UNIMI's status as the sole Italian member of LERU (League of European Research Universities), and founding member (in 2019) of the 4EU+ Alliance, along with five other major Universities (the Sorbonne, Charles University in Prague, and the Universities of Heidelberg, Warsaw, and Copenhagen), with the mission of creating a European university campus marked by the international mobility of its students, instructors, and staff, and an organic synergy between the classroom and the research laboratory. There are presently 31 PhD programmes available at UNIMI, which can be grouped into three macro-categories: science and technology; medicine and healthcare; humanities, law, and social sciences. Over the past few years, there has been a major push within each doctoral programme to draw top talent within each of these areas from amongst the University's own faculty, and from leading instructors and experts at other institutions and organisations. The INTERSECTORAL INNOVATION faculty will be made up of business leaders, University instructors possessing a high level of scientific knowledge coupled with contacts in both the business world and in the public sector, and finally of the coordinators of UNIMI's current doctoral programmes (or their deputies). The broad range of research topics explored within the University's 31 PhD programmes will allow students to identify the best educational pathway to reach their research goals, with the active support of the programmes? business partners, not to mention the manufacturing and institutional infrastructure for which Milan, and the Region of Lombardy more generally, are renown. To that end, each student will have the support of two supervisors, one from within the University, and one business leader. These ad-hoc programmes will be developed in sync with the company and the PhD programme's faculty, and will require both University coursework as well as research activities.
Tutte le classi di laurea magistrale - - All classes of master's degree
Dipartimento di Informatica Giovanni degli Antoni- via Celoria, 18 - 20133 Milano
  • Main offices:
    Dipartimento di Informatica Giovanni degli Antoni- via Celoria, 18 - 20133 Milano
  • Degree course coordinator: prof. Ernesto Damiani
    [email protected]
Title Professor(s)
Encrypted Quantum Storage: From Theory to Deployable Multicloud Architectures
Trusted Agentic Generative AI for Intent-Driven Deployment, Observability and Troubleshooting in Telco Edge–Cloud Continuum Systems
Zoonotic pathogens with high health and economic impact: testing and validation of processes for the safety of meat products
Technological innovation for improving hearing and vestibular function and quality of life
Role of senescence in the lung microenvironment of lymphangioleiomyomatosis: investigation of potential novel targets
Innovative diagnostic and therapeutic approaches for Chronic Intestinal Pseudo-Obstruction and early intestinal damage
Development and validation of novel cortical and subcortical neural biomarkers associated with gait, sleep and speech disorders in Parkinson's disease, through integrated multimodal analysis, in particular of electroencephalographic (EEG) and Local Field Potential (LFP) signals, with the application of predictive models and machine learning algorithms aimed at personalized optimization of Deep Brain Stimulation (DBS), with particular reference to the adaptive modality
Development of innovative approaches aimed at improving understanding of the biological mechanisms underlying human aging and related pathologies (neurodegenerative and cancer) in the field of translational and precision medicine
Dynamics and changes in tertiary education and universities
Seeing the Universe: Aesthetics, Epistemology, and Imaging Practices in Contemporary Astrophysics
The impact of US health technology pricing policies on access to innovation in Europe and the implications for Italy
Study of the efficacy of Myriocin as an adjuvant in glaucoma surgery
DNA methylation profile analysis in neurodegenerative diseases: an emergent epigenetic tool with diagnostic and prognostic application
V. Barresi
Audiology: speech audiometry and environmental acoustics, study of central auditory processing and electrophysiological tests in person and remotely
IMMUNO-HEP: Stage specific immunomodulation on body composition and nutritional status and liver-related outcomes
Development and validation of an advanced simulation project for training and decision support in complex emergency-urgent clinical scenarios
Development of clinical-radiological-molecular predictive models for therapeutic personalization and organ preservation in locally advanced rectal cancer
Integrated translational approaches for personalizing laryngeal preservation strategies in locally advanced laryngohypophargeal squamous cell carcinoma
Blood-brain barrier reversible opening with focused ultrasound in neurodegenerative disorders: biomarkers from brain to bloodstream
Sudden hearing loss: optimizing therapy in relation to clinical audiovestibular evaluation and neuroradiological, genetic, and biomolecular factors (i.e., microcirculatory dysfunction)
Countering Organized Crime: Instruments and Perspectives

Enrolment

Places available: 21

Call for applications

Please refer to the call for admission test dates and contents, and how to register.

Application for admission: from 15/06/2026 to 15/07/2026

Application for enrolment: from 24/09/2026 to 30/09/2026

Read the Call


Attachments and documents

Attachments to the call