MoST logo

Modeling and Simulation of
Socio-Technical Systems

Civic-Digital-Twins version 0.9.0 is out!

04-05-2026 - Civic-Digital-Twins version 0.9.0 is out!

Internship Opportunities Now Open

21-04-2026 - Internship Opportunities Now Open

PhD Opportunities - Join Our Research Group!

20-04-2026 - PhD Opportunities - Join Our Research Group!

Our Work Accepted at SIS-FENStatS 2026

12-04-2026 - Our Work Accepted at SIS-FENStatS 2026

Fast Traffic Simulator v0.1.0 is out!

05-03-2026 - Fast Traffic Simulator v0.1.0 is out!

New preprint: simulating the impacts of traffic policies before implementation

13-01-2026 - New preprint: simulating the impacts of traffic policies before implementation

Unveiling Our New Research Group Logo

16-12-2025 - Unveiling Our New Research Group Logo

HARMONIE project kick-off!

17-11-2025 - HARMONIE project kick-off!

About MoST

The Modeling and Simulation of Socio-Technical Systems (MoST) unit at Fondazione Bruno Kessler researches models and simulations of complex socio-technical systems to support public data-informed decision-making and civic participation. Combining AI and data-based methods, the MoST unit faces major societal challenges in key areas like urban planning, socio-economic inequality, climate neutrality, and public administration.

The group is part of the Digital Society Center, which conducts interdisciplinary research and develops digital technologies to address challenges in areas such as integrative AI, intelligence at the edge, and socio-technical systems. The center fosters collaborations with public administrations, industry partners, and academic institutions to support the digital and green transition and to build a more sustainable society.

Vision

As societies face rapid transformations and increasing interdependence between technical and social systems, we envision a future in which digital technologies become essential for society to make sense of complex environmental, social, and technological challenges and transformation processes.

This requires not only more effective and efficient analysis and decision-making tools, but also new approaches to democratize the access to these tools. To this end, we champion a vision in which data-driven systems are open, interpretable, co-designed with the relevant institutions, organizations, and communities.

Approach

We research models, analysis and simulation of complex socio-technical systems and blend them with methods and tools to support collaborative design, participatory planning, and accountable public decision-making.
We develop digital tools aligned with our research agenda to help institutions, large organizations, and communities understand complex transformation processes, explore what-if scenarios, and make data-informed decisions in high-stakes, real-world contexts.
Our applications are in key domains such as cities (mobility, urban planning, tourism, studentification, etc.), rural areas (tourism, climate neutrality, etc.), and large organizations (in particular, Public Administration).