The IMT School offers interdisciplinary PhD Programs with the common mission of fostering interdisciplinary research and benefiting from the complementarity of multiple methodologies inferred from subjects such as economics, management, engineering, computer science, statistics, applied mathematics, physics, cognitive and social neuroscience, archaeology, art history, and cultural heritage analysis and management. These subjects offer a unique and characterizing set of skills in analyzing and managing a plurality of systems.
Open call Cultural Systems (CS)
- Track in Management of Cultural Heritage and Museum Studies
Open call Economics, Analytics and Decision Sciences (EADS)
Open call Systems Science (SyS)
- Track in Complex Systems & Networks (CN)
- Track in Computational Mechanics (CM)
- Track in Learning and Control (LC)
- Track in Software Quality (SQ)
Open call Mind, Brain and Human Thought (MBHT)
- Track in Human Thought: Philosophy, History and Science
- Track in Neuroscience, Experimental Psychology and Psychophysiology
PhD Program in Cultural Systems
The Ph.D. Program Cultural Systems constitutes a unique multidisciplinary environment. It trains students to undertake cutting-edge research in the many scientific fields related to cultural systems and to operate as high-level, innovative cultural heritage professionals.
Visit the CS website
PhD Program in Economics, Analytics and Decision Sciences
The PhD Program in Economics, Analytics and Decision Sciences trains students to undertake cutting-edge research in a wide range of economic and social disciplines with a unique multidisciplinary approach that relies on the unifying language of statistics and data science, as well as on selected tools from computer science and psychology.
Visit the EADS website
PhD Program in Systems Science
The PhD program in Systems Science (SyS) equips students with advanced skills for tackling research on technological, natural, economic, and social systems using mathematical models. Throughout their doctoral studies, SyS students learn various skills that enable them to create, employ, and implement techniques for analyzing and predicting complex phenomena. These techniques involve analytical, numerical, and computational models that originate from first principles or data, incorporating a range of interdisciplinary fields such as mathematics, operations research, physics, statistics, computer science, and engineering.
Visit the SyS website
PhD Program in Mind, Brain and Human Thought
The PhD Program in Mind, Brain and Human Thought (MBHT) offers interdisciplinary training on human mind and behaviour, integrating neuroscience, psychology, philosophy of science and history of philosophy. It presents two curricula: Human Thought: Philosophy, History and Science, which explores the philosophical and epistemological bases of knowledge, and Neuroscience, Experimental Psychology and Psychophysiology, which studies the neurological and psychological mechanisms of behavior. Students will be prepared to face complex scientific and social challenges, contributing to fields such as mental health and technological ethics.