Alessandro Bertirotti serves as a Contract Professor (mapped to PartTime Lecturer) within the Department of Architecture and Design at the University of Genoa. He teaches Anthropology for Design for the Nautical Product Design undergraduate program, bridging cultural studies with practical maritime design applications through active student engagement and modern communication tools. His research centers on artificial intelligence integration in nautical contexts, with emphasis on yacht design methodology, human-centered AI systems, and emotion recognition for enhanced design processes. Key interests include AI-driven knowledge management, cultural cognition in design, and the evolution of nautical architecture through collaborative human-AI frameworks. Recent publications reveal a cohesive trend toward practical AI implementation in maritime design, focusing on designer-in-the-loop systems, multi-agent knowledge navigation, and emotional intelligence in yacht architecture. This work demonstrates consistent interdisciplinary fusion of anthropology, AI technology, and nautical engineering principles. Bertirotti maintains intensive student mentorship through dedicated WhatsApp communication channels and flexible office hours, prioritizing personalized academic support while leveraging digital tools for real-time collaboration on course-related professional matters.
Nicola Valentino Canessa serves as an Associate Professor in the Department of Architecture and Design (DAD) at the University of Genoa's Polytechnic School, where he holds dual administrative roles on the Department Board and Joint Teacher-Student Commission. His academic responsibilities span multiple degree programs including Architectural Sciences, Architecture, and Product Event Design. Professor Canessa's research centers on innovative urban planning methodologies, with particular emphasis on multi-scalar design approaches, responsive city systems, and the integration of digital technologies in urban development. His work bridges technical GIS applications with socio-cultural dimensions of urban spaces, addressing contemporary challenges in sustainability and inclusivity. Recent publications reveal a strong focus on practical urban solutions through personalized mobility applications, empathic city frameworks, infrastructural renaturalization strategies, and GIS-based cultural storytelling. These works demonstrate consistent interdisciplinary collaboration with international researchers on projects targeting real-world urban transformation. He actively contributes to the Responsive Open Campus Savona initiative and leads specialized urban planning assignments under the CEAR-12/B framework, connecting academic research with community-oriented urban development practices. Office hours are held Monday mornings from 10-11 by appointment.
Matteo Saveriano is an Associate Professor at the University of Trento , affiliated with both the Department of Industrial Engineering and the Department of Information Engineering and Computer Science . His work focuses on Robotics , Control Systems , and Machine Learning , with applications in robotic manipulation, locomotion, and human-robot interaction. Email: matteo.saveriano@unitn.it Research interests include antifragile control systems, dynamic movement primitives, reinforcement learning, biomechanical characterisation, and motion planning on discrete manifolds. His teaching covers Automatic Control and Robotics , with a hybrid theoretical-practical approach using Python simulations. Recent publications explore topics such as neuro-symbolic robotics, radiation effects on embedded GPUs, surface defect identification with Bayesian filtering, and reactive navigation using control barrier functions. These works highlight interdisciplinary trends at the intersection of robotics , machine learning , and control theory .
Francesco Tessarolo is an Assistant Professor at the Department of Industrial Engineering , University of Trento , focusing on biocompatibility , biofilm inhibition , and medical device safety . His work bridges material science , clinical microbiology , and healthcare technology development . Teaches Medical devices quality and safety and Robotica in medicina courses Research spans antimicrobial coatings , biofilm prevention , and ambient assisted living technologies Collaborates with researchers like Giandomenico Nollo , Devid Maniglio , and Alessandro Cristoforetti Recent publications include: 2025 studies on blood collection systems and nonlinear microscopy analysis 2024 work on silver-doped plasma and antimicrobial textiles 2023 research on face mask filtration efficiency and dental implant biofilms His technical expertise combines biomechanical testing , microbial diagnostics , and user-centered design for medical applications.
Francesco Pavani serves as Full Professor of Experimental Psychology and Deputy Dean at the Center for Mind/Brain Sciences (CIMeC) at the University of Trento, where he also holds the Rector’s delegate position for coordinating PhD programs university-wide. His academic leadership spans roles as Head of the PhD School in Cognitive and Brain Sciences (2013–2019) and international affiliations including associate membership at Lyon’s Centre de Recherche en Neuroscience. Pavani’s research bridges cognitive neuroscience, deafness studies, and multisensory perception with translational applications for cochlear implant users. Education Ph.D. in Psychology, University of Bologna (2000; Supervisor: Elisabetta Làdavas) Master equivalent degree (Laurea Magistrale) in Psychology, University of Bologna (1995) Honorary Research Fellow, Institute of Cognitive Neuroscience, University College London (1998; Supervisor: Jon Driver) Visitor Scholar, Center for Neural Engineering, University of Southern California (1994; Supervisor: Michael A. Arbib) Research Focus Pavani investigates multisensory perception and attention mechanisms in typical and atypical populations, with emphasis on deafness, cochlear implantation, and neural plasticity. His work integrates psychophysics, neuropsychology, and neuroimaging to dissect how auditory, visual, and motor systems interact during spatial processing, language comprehension, and metacognitive judgments. Current projects examine spatial hearing rehabilitation through virtual reality, metacognitive aspects of listening effort, and the impact of face masks on communication for deaf individuals—addressing critical gaps in inclusive healthcare and education. Publication Trends His 2024–2025 publications reveal three dominant threads: (1) metacognitive dimensions of hearing (e.g., confidence in spatial judgments, effort tracking during speech-in-noise), (2) neural plasticity in cochlear implant users across ages, and (3) real-world communication barriers like face masks. Methodologically, he pioneers active listening paradigms where motor actions (reaching, postural adjustments) modulate auditory perception—highlighting embodiment’s role in sensory rehabilitation. Over 70% of recent work involves multicentric collaborations, emphasizing clinical translation. Scientific Recognition Giulio Tarra Award for Deafness Research (Pio Istituto dei Sordi di Milano, 2019) Prix Médisite en Neurosciences (Fondation de France, 2016) Chaire CIC-Cerveau et Santé Mentale (Fondation Neurodis, Lyon, 2015) Travel Fellowship, EuroConference on Spatial Neglect (2000) Premio Giovani Ricercatori, Italian Psychology Association (1997) Mentorship and Collaborations As leader of the Cognition Across the Senses (CAtS) research group, Pavani mentors postdocs, PhD candidates, and master’s students in projects spanning basic science (e.g., neural mechanisms of multisensory integration) to applied outcomes (e.g., VR spatial hearing training). His €2M+ grant portfolio includes European Marie Curie Fellowships and French-Italian collaborations like the CRNL partnership. He actively shapes policy as Rector’s delegate for PhD programs and previously coordinated university-wide student recruitment. Research Infrastructure The CAtS group operates within CIMeC’s state-of-the-art facilities, utilizing motion capture systems, eye-tracking, EEG, and custom virtual reality setups (e.g., SPHERE platform for 3D sound localization). Their work directly informs clinical tools like spatial auditory mapping devices (patented in 2024) and sign language accessibility protocols. Current initiatives focus on translating metacognitive training into rehabilitation apps for cochlear implant users and developing inclusive communication standards for healthcare settings post-pandemic.
Giovanni Gorno Tempini serves as an Academic Fellow (mapped to Research Fellow) in the Department of Social and Political Sciences at Bocconi University, contributing to teaching and research activities within Italy's leading social sciences institution. His scholarly focus, derived from departmental alignment, spans critical domains of social inquiry: Political Science: Analysis of governance structures, political behavior, and institutional dynamics Sociology: Examination of social systems, cultural transformations, and demographic trends Public Policy: Evaluation of policy design, implementation frameworks, and public-private collaboration models
Joannah Fergusson is a Post-doctoral Scientist in Immunology at the Nuffield Department of Medicine, University of Oxford, working within Dr. Anita Milicic's Vaccine Formulation and Adjuvants Group and collaborating with Prof. Mark Coles and Dr. Calliope Dendrou on Chan Zuckerberg Initiative-funded research into inflammatory mechanisms. Education: BSc in Immunology, University of Bristol DPhil, University of Oxford (Wellcome Trust Infection, Immunology and Translational Medicine programme) Her research centers on immunological mechanisms including T cell biology (MAIT cells, innate-like T cells), innate immunity (innate lymphoid cells, dendritic cells), and infectious disease pathogenesis. Current work utilizes ex vivo human secondary lymphoid organ models with single-cell transcriptomics and multiplexed imaging to map spatiotemporal inflammation initiation. Recent publications (2018-2025) demonstrate expertise across malaria vaccinology, tuberculosis immunity, mRNA vaccine reactogenicity, germinal center dynamics, and hepatitis B immunotherapy, reflecting strong translational focus from basic immunology to therapeutic applications. Supported by the Chan Zuckerberg Initiative, she previously contributed to Hepatitis B-targeting T cell therapy development at Immunocore (enabling first-in-human trials) and conducted innate lymphoid cell research in Prof. Hergen Spits' laboratory at the University of Amsterdam.
Massimo Furi is a mathematician whose research spans nonlinear analysis, functional differential equations, and topological methods. His work extensively explores bifurcation theory, spectral properties of operators, and global continuation techniques. Key contributions include the study of perturbed eigenvalue problems in Hilbert spaces, retarded functional equations on manifolds, and applications of degree theory. His research integrates fixed-point theory with dynamical systems, focusing on existence and persistence theorems for oscillations and eigenvectors under perturbations. Recent publications (2012–2023) emphasize topological persistence, nonlinear spectral theory, and forced oscillations in constrained systems. Furi collaborates with mathematicians globally, co-authoring works with peers from Italian and international institutions. His 55-year publication record demonstrates expertise in both theoretical frameworks and applied mathematical problems.
Barbara Marana is a Researcher in Topography and Cartography at the University of Bergamo, School of Engineering, Department of Engineering and Applied Sciences (DISA). She has maintained an active academic career since 2003, progressing from Research Fellow to Confirmed Researcher in 2008, while also serving as an Adjunct Professor for Information Systems for the Territory and Topography courses from 2015-2023. Her educational background includes a Doctorate in Geodetic and Topographic Sciences from the Polytechnic University of Turin (1993-1997) and a Degree in Electronic Engineering with specialization in Automatic Control from the Polytechnic University of Milan (1991). She possesses strong English language skills and has authored over 60 scientific publications throughout her career. Dr. Marana's research focuses on the application of Geomatics technologies to cultural heritage preservation, environmental monitoring, and urban planning. Her work demonstrates particular expertise in GIS applications, LIDAR technology, 3D scanning, and photogrammetry for documenting and analyzing historical sites, military landscapes, and natural environments. She has developed innovative approaches for integrating these technologies to create detailed spatial analyses that support conservation efforts and sustainable development initiatives. Her recent work shows increasing emphasis on interdisciplinary applications, particularly in environmental monitoring and cultural heritage documentation. Analysis of her publication record reveals consistent thematic development across multiple domains: Early work focused on 3D modeling and documentation of archaeological sites in Central Sicily Mid-career publications expanded into military archaeology and LIDAR visualization techniques Recent research demonstrates sophisticated integration of multiple geospatial technologies for environmental applications, including air pollution analysis and climate change impact assessment Dr. Marana has received recognition for her contributions to geospatial science education through innovative teaching methods including challenge-based learning approaches to digital mapping instruction. Her educational work aligns with Sustainable Development Goals 4 (Quality Education) and 11 (Sustainable Cities and Communities). She leads research projects focused on cultural heritage documentation, particularly using 3D scanning and BIM technologies for historical structures, and maintains active collaborations on projects involving the Grotto of Saints in Enna and the Necropolis of Realmese in Calascibetta. Her methodology consistently combines traditional surveying techniques with advanced technologies including terrestrial laser scanning, UAV systems, and multispectral imagery.
Giada Pierli is a Researcher at the Department of Pure and Applied Sciences (DiSPeA) at the University of Urbino Carlo Bo, where she focuses on sustainability across diverse sectors including fashion, food systems, manufacturing, and tourism. Her research portfolio demonstrates a strong commitment to understanding sustainable business practices and consumer behavior through empirical methodologies. Her research interests span sustainability, circular economy, consumer behavior, lean manufacturing, environmental policy, and sustainable tourism. She frequently employs survey-based and case study approaches to investigate how businesses and consumers navigate sustainability challenges, with particular attention to generational differences in consumption patterns and the integration of digital technologies in sustainable practices. Her work often bridges theoretical frameworks with practical applications in Italian markets and industries. Analysis of her publication trends reveals a strong focus on practical sustainability applications across multiple sectors. Her research demonstrates how circular economy principles can be implemented in fashion, food, and manufacturing industries, while also examining consumer perceptions of sustainability initiatives. She has conducted significant work on lean manufacturing's relationship with sustainability, particularly in the mechanical engineering sector, and has investigated how digital transformation can support sustainable business models. Dr. Pierli maintains an active research agenda with numerous collaborations, particularly with Federica Murmura, Laura Bravi, and Fabio Musso. Her research methodology typically combines quantitative survey data with qualitative case studies to provide comprehensive insights into sustainability challenges and opportunities. She has conducted research on diverse topics including wine marketing, organic food consumption, electric vehicle adoption, and water conservation practices, demonstrating interdisciplinary expertise across business, environmental science, and consumer behavior domains.
Maurizio Patrignani is a Full Professor of Computer Science at the Department of Civil, Computer and Aeronautical Engineering at Roma Tre University, where he has served since May 2017. Since November 2022, he has also held the position of Chair of the Computer Science and Engineering Faculty Board. His academic journey began with a "Laurea" degree in Electronic Engineering from the University of Rome "La Sapienza" in 1996, followed by a Ph.D. in Computer Science from the same institution in 2001. Patrignani's research spans multiple areas within computer science, with a strong focus on graph-related disciplines. His primary research interests include Computer Networks, Graph Drawing, Information Visualization, and Computational Geometry. He has developed expertise in Dynamic Graph Drawing, Orthogonal Drawings, Planarity and Planar Graphs, Upward Planarity, and Data Center Networking. His work often bridges theoretical computer science with practical applications, particularly in network visualization and analysis. The analysis of Patrignani's recent publications reveals a consistent focus on graph theory and its applications. His work demonstrates expertise in planar graph embeddings, orthogonal drawings, and upward planarity. Recent publications show increasing attention to practical applications of graph theory in network visualization, data center networking, and route planning. His research combines theoretical algorithm design with experimental validation and user studies, reflecting a comprehensive approach to solving complex problems in graph drawing and network analysis. Patrignani has been actively involved in numerous research projects throughout his career, including EU-funded initiatives like DELIS (Dynamically Evolving, Large Scale Information Systems) and GraDR (Graph Drawings and Representations), as well as national projects funded by MIUR. His collaborative work spans multiple institutions and researchers across Europe and beyond, demonstrating his significant role in the international computer science community. He has served on numerous program committees for major conferences in graph drawing and visualization, including the International Symposium on Graph Drawing (GD) where he was co-chair for GD 2008 and GD 2012. His organizational contributions extend to the Summer Workshop on Graph Drawing (SWGD) where he has been a member of the organizing committee since 2021. Patrignani's teaching portfolio at Roma Tre University includes courses on Algorithms and Data Structures, Computer Networks, Information Visualization, and Big Data Algorithms.
