Four Research Pathways towards Impact
The scientific programme is structured around four complementary thematic sessions, connecting emerging scientific advances with technological development, industrial applications, sustainable communities and societal resilience.
Programme overview
| Session | Indicative topics |
|---|---|
| I. Impact of Novel Research on Emerging Technologies |
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| II. Responsible Cooperation between Academia, Public Entities and Industry |
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| III. Pathway towards Smart Cities and Communities |
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| IV. Societal Preparedness to Embrace Resilience-Oriented Actions |
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Session I: Impact of Novel Research on Emerging Technologies
This session examines how novel research generates technologies that can address environmental and societal challenges and strengthen European technological capabilities. It connects advances in digital systems, materials and energy technologies with questions of performance, scalability and societal readiness. Contributions may present fundamental research, experimental results or validated modelling approaches, including comparisons across different regional and industrial conditions. The session also considers how universities can help emerging technologies become understandable and usable beyond the research community.
Topic 1: Artificial Intelligence and Digital Technologies for Sustainable Development
Artificial intelligence, data analytics, robotics and connected systems offer new approaches to scientific investigation, industrial operations and public services. This topic brings together computational methods, automation and human–machine interaction with virtual and augmented reality and immersive simulation. Relevant work can address technological development and validation, reliability and accessibility, and the conditions under which these applications contribute to sustainable development.
Topic 2: Sustainability, Circularity and Responsible Technological Development
The environmental, economic and social consequences of technological choices are central to this topic. Sustainable materials and manufacturing, circular production, resource efficiency and life-cycle assessment provide different perspectives for evaluating these choices. Attention also extends to trade-offs between objectives, ethical considerations and the influence of societal needs on technology design and use.
Topic 3: Bioengineering, Health and Wellbeing
Advances in biotechnology, biomaterials and biomedical engineering connect scientific discovery with applications in health and wellbeing. The scope encompasses biosensors, medical and assistive devices, rehabilitation technologies and inclusive design, alongside public and environmental health, healthy ageing and mental wellbeing. Both the performance of proposed solutions and their relevance to the people and communities using them are important considerations.
Topic 4: Sustainable Energy Technologies, Advanced Conversion and Storage
Advances in renewable energy generation, thermal and electrical conversion, efficiency and storage are considered from fundamental principles through to system integration. Electrification, clean hydrogen and alternative fuels form part of this scope. Experimental and modelling studies can assess operating performance, environmental impacts and the contribution of proposed solutions to energy security and European technological capabilities.
Session II: Responsible Cooperation between Academia, Public Entities and Industry
This session examines how universities, public entities, industry and communities translate research into practical applications and societal benefits. It addresses partnership models, innovation ecosystems, demonstration and market uptake, with particular attention to responsible knowledge valorisation and stakeholder participation. Contributions may examine cooperation supporting industrial decarbonisation, European manufacturing and sustainable entrepreneurship, alongside wider public and community needs.
Topic 1: Integrated Nexus Assessment, Resource Security and Governance
Research on the interactions and trade-offs between water, energy and food provision, including integrated modelling, optimization and scenario assessment. Topics include resource competition, supply security, climate adaptation and the governance of interconnected systems. Contributions may examine how technical, environmental and socioeconomic evidence can inform coordinated decisions across sectors and different geographical scales.
Topic 2: Water Management, Resource Recovery and Circular Bioeconomy
Water quality, treatment and reuse are examined together with opportunities to recover nutrients, biomass and materials from water and biological streams. Technologies and management practices may be assessed for their capacity to reduce pollution and resource losses, taking account of energy requirements, environmental consequences and the practical conditions for circular production.
Topic 3: Energy Technologies and Integration in Water and Food Systems
Energy provision and management influence the performance of water treatment, agriculture and food production. Renewable energy integration, efficient thermal processes, refrigeration and storage are relevant areas, together with opportunities to recover and reuse energy. Assessments can examine effects on energy demand, water consumption and overall system performance, including the benefits and constraints of coordinated operation across sectors.
Topic 4: Sustainable Agriculture, Food Processing and Supply Chains
Producing, preserving and distributing food involves choices about resource use, processing technologies and supply-chain organisation. This topic covers improvements across these activities, including efficient use of water and other inputs, food quality and the reduction of losses and waste. Environmental and socioeconomic assessments can explore how these changes affect food-system resilience and local or regional development.
Session III: Pathway towards Smart Cities and Communities
Topic 1: Urban Data, Digital Twins and Interoperable Infrastructure
Combining urban data with geospatial information, building information modelling and digital twins can support better-informed planning and infrastructure management. The scope encompasses three-dimensional city modelling, simulation, monitoring and digital governance, together with interoperability between municipal, regional and university platforms and the use of shared decision-support systems in public services.
Topic 2: Sustainable Buildings, Urban Energy Systems and Mobility
Buildings, energy services, transport and land use are examined as interacting parts of urban development. Efficient buildings, renewable energy integration, heating and cooling, energy communities and sustainable mobility provide opportunities for coordinated solutions. Particular interest lies in how these approaches affect demands on space and resources, environmental performance, accessibility and quality of life.
Topic 3: University Campuses as Living Labs for Inclusive Urban Transformation
University campuses provide settings in which researchers and students can test sustainable solutions with local authorities, industry and communities. Activities may connect campus operations with civic participation and participatory planning, creating opportunities to evaluate educational and societal outcomes. The topic also considers how lessons from shared experiments can inform neighborhood, city and regional initiatives, and what conditions support their wider adoption.
Topic 4: From Risk to Resilience: Smart Pathways for Adaptive Cities and communities
Climate-related hazards and disruptions to essential services expose vulnerabilities in communities, buildings and critical infrastructure. Monitoring, early warning and risk assessment can help identify where preparedness needs to improve. Adaptive and circular practices are considered alongside the institutional and community capacity to anticipate disruption, maintain essential functions and recover under different local conditions.
Session IV: Societal Preparedness to Embrace Resilience-Oriented Actions
This session examines how societies can anticipate disruption, reduce vulnerabilities and maintain essential functions under environmental, technological and socioeconomic pressures. It connects research on hazards and critical infrastructure with preparedness, responsible business practices and community action. Contributions may address energy security, supply disruptions and the resilience of interconnected systems, as well as the ability of institutions and communities to respond and recover. Circular economy and sustainability approaches are considered through their contribution to resource security, adaptability and long-term resilience.
Topic 1: Research-Informed Higher Education, Student Participation and Skills Development
Scientific findings and the practices used to generate them can inform curricula, laboratory teaching and challenge-based learning. Relevant approaches encompass student participation in research, interdisciplinary projects, doctoral education, professional development and lifelong learning. Their value can be examined through learning outcomes, the development of research and transferable skills, and students’ engagement with questions raised by external partners and society.
Topic 2: Responsible Partnerships, Knowledge Valorization and Regional Innovation
Partnerships between universities, industry, public entities and communities connect scientific expertise with regional needs. Shared agendas, entrepreneurship and stakeholder participation provide routes for developing useful technologies, services and practices. The scope covers how collaborations are organized, how knowledge is valorized and how outcomes are assessed in relation to regional innovation and societal benefits.
Topic 3: Shared Research Infrastructure, Open Science and Alliance Capabilities
Access to complementary expertise, laboratories, data and educational resources can extend what individual universities are able to achieve. Shared infrastructure, open science and digital knowledge resources are considered in relation to joint research capacity and educational opportunities. Evaluated approaches can identify effective arrangements for cooperation, barriers to participation and the ways resource sharing develops capabilities across the alliance.
Topic 4: European and Global Cooperation for Collective Scientific and Societal Impact
Cooperation within and between European University alliances, and with international partners, supports joint initiatives and the exchange of experience across regions. Researcher and student mobility forms part of this process, alongside mechanisms for adapting regional lessons and incorporating them into research and education. Relevant work may assess contributions to the Sustainable Development Goals, societal wellbeing and European scientific and technological capabilities.