Abstract
Fit4MedRob represents one of the most interdisciplinary national initiatives in medical robotics, bringing together a broad network of clinical and research centers across Italy. Through its three core missions — Clinical Translation and Innovation, Biorobotic Platforms, and Allied Digital and Next-Generation Components — the Italian research community in robotics, bioengineering, artificial intelligence, and rehabilitation medicine has addressed key challenges related to the development, validation, and clinical translation of modern robot-assisted and AI-driven rehabilitation technologies.
As the project approaches its final stages, this workshop aims to present the main outcomes of Fit4MedRob to the broader European and international communities, with a specific focus on the role of PhD students, post-docs, and early-career researchers. The session will connect the strategic vision of senior researchers who coordinated the project missions with the concrete technological and scientific advances delivered by young researchers, highlighting clinical applicability, translational impact, market and clinical readiness, and future research directions beyond the project lifespan.
Location
Via del Commercio, 11, 00154 Roma RM
Workshop Format
The session will feature invited talks by senior researchers who led the core Fit4MedRob missions, followed by short presentations selected from early-career researchers, including PhD students and post-docs involved in the project. This structure will provide both a high-level overview of the initiative and a direct view of the scientific, technological, and translational contributions developed by the next generation of researchers.
The workshop will offer a unique opportunity to discuss the translational impact and future directions of the technologies developed within Fit4MedRob, encouraging dialogue between senior investigators, young researchers, clinicians, engineers, and stakeholders interested in the future of medical robotics and AI-based rehabilitation.
Workshop Objectives and Main Topics
The primary objective of the workshop is to provide a concise yet comprehensive overview of the scientific and technological outcomes of Fit4MedRob. Special emphasis will be placed on bridging strategic project-level perspectives with tangible research outputs, prototypes, methods, and solutions developed by young researchers across the project missions.
- Present the main achievements of Fit4MedRob in robot-assisted rehabilitation, medical robotics, AI-driven assessment, and personalized interventions.
- Highlight the contribution of PhD students, post-docs, and early-career researchers to the development of innovative technologies within the project.
- Discuss clinical translation, real-world applicability, and readiness for future clinical and industrial exploitation.
- Foster interaction between senior researchers, young investigators, clinicians, and the broader robotics and rehabilitation communities.
- Identify future research directions and sustainability pathways for the technologies developed beyond the Fit4MedRob project.
Topics of Interest
- Experiences and scientific contributions of PhD students, post-docs, and young researchers within Fit4MedRob
- Clinical translation, validation, and real-world applicability of robotic and AI-based rehabilitation technologies
- Biorobotic platforms, assistive robots, exoskeletons, prosthetics, and technologies for functional recovery
- Artificial intelligence, data-driven models, and personalized approaches for assessment and rehabilitation
- Monitoring, quantitative evaluation, and digital biomarkers of motor, cognitive, and functional outcomes
- Future directions, sustainability, market readiness, and exploitation beyond the project lifespan
About Fit4MedRob
Fit4MedRob is a national initiative funded under the PNC within the broader PNRR framework, aiming to enhance research and innovation in medical robotics. The initiative brings together universities, clinical centers, research institutions, and innovation stakeholders to develop intelligent robotic systems, digital technologies, and AI-based solutions that support healthcare professionals and improve rehabilitation, assistance, diagnostics, and patient outcomes.