EULiST Global Conference
EULiST Global Conference
  • Home
  • Key Dates
  • Committee
  • Agenda
  • FAQs
  • Venue
  • Accommodation
  • Contact
  • Registration

Provisional Agenda

Subject to possible modifications

19th
November
Full day

Pre-conference

Phd students (hybrid)


20th
November
09:00h – 09:30h

Official opening

09:30h – 11:00h

Plenary session

11:00h – 11:30h

Coffee break

11:30h – 13:30h

1. Paralell session: Knowledge Through research

2. Paralell session: Industrial partners as vectors of transformation

3. Paralell session: Cities adaptation

4. Paralell session: Information and society

13:30h - 15:00h

Lunch break

15:00h - 17:30h

1. Paralell session: Knowledge Through research

2. Paralell session: Industrial partners as vectors of transformation

3. Paralell session: Cities adaptation

4. Paralell session: Information and society

19:00h – 20:00h

Social activity

20:00h – 22:30h

Dinner


21st
November
09:00h – 11:00h

1. Paralell session: Knowledge Through research

2. Paralell session: Industrial partners as vectors of transformation

3. Paralell session: Cities adaptation

4. Paralell session: Information and society

11:00h – 11:30h

Coffee break

11:30h – 13:30h

 Final plenary session

13:30h - 14:00h

Closing session

EULiST Global Conference
eulist@urjc.es

"Co-creating Sustainable Solutions
for Climate-Resilient Societies"

  • Home
  • Key Dates
  • Committee
  • Agenda
  • FAQs
  • Venue
  • Accommodation
  • Contact
  • Registration

EULiST Global Conference © 2025 - All rights reserved
Paralell Session 3

Urban Resilience
and Climate Neutrality

TOPIC 1: Adapive buildings and infrastructures

The built environment constantly interacts with diverse and continuously shifting boundaries in a social, economic, human and environmental context. Climate and environmental crisis challenge its adaptability, resilience and durability affecting buildings, streets, public spaces, and urban, green, blue, and social infrastructures, as well as major transportation networks for people and goods. The scope of this topic is to broaden the discussion on resource-efficient approaches for both existing and new infrastructures as well as targeted transformation focusing on sustainable and resilient urban environments.

TOPIC 2: Urban circularity and transformation: Re-use, circular processes, transformative governance

While circular approaches remain to a large extent on a technical and material level, an upscaling of circular ideas to an urban dimension cannot gain momentum without economic, social, and cultural innovation. This topic highlights a regeneration paradigm that prioritises the reuse, longer use, and restoring of urban spaces and structures. Regeneration, in this sense, entails novel design-driven approaches, a rethinking of urban density and mix, an urban role of circular economy, and activation of space and communities, with the aim of promoting diversity, inclusion, and accessibility.

TOPIC 3: Digitalisation and AI for urban change: Responsive solutions for smart climate cities

The aim of this topic is to open up a discussion between top-down technological approaches and interactive and aggregation swarm intelligence to drive urban change. While digital twins, big data analytics, urban management face challenges in integrating dynamic and real-time as well as diverse data sources and formats, interactive digital methods and tools have to deal with communication and engagement with increasingly differentiated stakeholder and community landscapes. How can digital and AI-driven technologies support co-design initiatives, governance innovation and citizen participation, while technical and social robustness and response to challenges and values are brought forward?

TOPIC 4: The societal dimension of urban transformation: Ensuring sustainable and inclusive communities

Urban transformation is often framed as a technology-driven endeavour. Yet, it is doomed to fail if it blinds out the societal dimension and the importance of ensuring sustainable and inclusive communities along the way. This topic focuses on concepts and cases addressing the social and political aspects of urban transformation – from post-growth concepts for eco-social urban futures to cases of democratic and social innovation and community-driven transformations, from novel approaches to transformative urban governance to protest and resistance against transformative change.

REGISTRATION
Paralell Session 4

Information and Society

TOPIC 1: Building knowledge in collaborations between academia and industry for sustainable development

This session will present the GRACE program, which supports the green transition of the manufacturing industry through collaboration between academia and industry. The goal of GRACE is to facilitate sustainable product realization through integration and platform-enabled processes. «Integration» refers to collaboration across functions, people, and systems, both technically and organizationally. «Platform-enabled» involves reusing strategic assets, such as components and knowledge, to minimize resource use and maximize customer value. GRACE contributes new knowledge, improved processes, and support for product realization projects, emphasizing sustainability and circularity from the outset. Industrial partners include Husqvarna AB, Thule Sweden AB, Fagerhult Belysning AB, FläktGroup, SAAB AB, Svenskt Aluminium, and Polymerinstitutet.

TOPIC 2: Building knowledge for sustainable practices in collaborations between universities, funding agencies and NGOs within and beyond EU

This panel will present experiences from three outreach projects in Ethiopia, Rwanda, Armenia, Georgia, Moldova, and Ukraine. The projects funded by the Swedish Institute focus on structured education and international cooperation to address governance challenges and improve municipal governance and accountability. Other projects involve collaborations between Swedish, Ethiopian, and Rwandan universities in research and education, funded by the Swedish International Development Agency.

REGISTRATION
Paralell Session 2

Industrial Partners
as vectors of transformation

TOPIC 1: Importance of Academia-Corporate Partnerships

This session focuses on the critical role of partnerships between academia and the corporate world in developing sustainable and climate-resilient solutions. It highlights the importance of these collaborations and presents case studies on various aspects, including training programs for companies, support for start-ups, the use of patents developed by universities or in collaboration, and the sharing of research resources.

TOPIC 2: Contributions of the EULiST Network

This session highlights the significant contributions of the EULiST network in fostering the integration of STEM and SSH disciplines, promoting sustainable practices, facilitating cross-sector collaboration, supporting start-ups and SMEs, and advancing knowledge transfer and innovation. The goal is to create a platform for exchanging ideas, identifying challenges and opportunities, and strengthening ties between academia and businesses to build a more climate-resilient society.

REGISTRATION
Paralell Session 1

Knowledge Through Research

TOPIC 1: RESEARCH- Sustainable solutions to climate change

1.A. “Fundamental and applied Research in sustainable energy and environmental Technologies»

This topic explores scientific advancements in energy and environmental technologies aimed at long-term sustainability in accordance with circular economy principles. It emphasizes at basic and applied research in renewable energy sources, efficient energy conversion systems, energy storage systems, green hydrogen production, biofuels, and carbon-neutral processes. The focus is on understanding the fundamental mechanisms behind energy conversion, waste reduction, and environmental impact mitigation to drive future breakthroughs in sustainable energy systems and environmental-friendly solutions.

1.B. “Designing Novel Materials for Sustainable Climate Resilience»

This topic focuses on the fundamental design and characterization of materials with enhanced properties for sustainability applications. It covers theoretical and experimental studies on advanced materials, such as bio-based polymers, functional nanomaterials, high-performance composites (among others), that contribute to energy efficiency, pollution reduction, and climate adaptation. The goal is to show how to contribute to a deep scientific understanding of material behavior to enable groundbreaking innovations for climate-resilient societies.

TOPIC 2: EDUCATION- Novel Educational Approaches for sustainable solutions

2.A. “Flexible Educational Activities and Novel Approaches»

This topic focuses on innovative educational activities designed to achieve specific learning outcomes. It may include flexible teaching methods that adapt to different learning styles and environments, ensuring that students gain practical and applicable knowledge (interactive workshops, online modules, and experiential learning opportunities that emphasize sustainability).

2.B. “Methodologies for Producing Educational Outputs»

This topic explore methodologies that leverage hands-on experience and innovative educational techniques to produce effective educational outputs. It may highlight approaches such as project-based learning, collaborative research, and the use of technology to enhance learning. The goal is to create educational materials and experiences that are both engaging and impactful, fostering a deeper understanding of sustainable practices.

TOPIC 3: CONNECTING EDUCATION AND RESEARCH in climate resilience

This topic explore the vital connection between education and research in fostering climate resilience. It emphasizes the importance of developing skills for emerging scholars through both curriculum and research, with a particular focus on digital skills as a key component. Panels discuss the integration of knowledge from research and industry, highlighting how these collaborations can drive innovation and practical solutions. Additionally, the role of mentors, including professors and researchers, in guiding entrepreneurship and supporting the development of sustainable technologies would be examined, showcasing how mentorship can bridge the gap between academic knowledge and real-world applications.

REGISTRATION
19th November 2025

Pre-conference
for PhD Students

TOPIC 1: Renewable energy eystems: hydrogen, renewable energy sources, storage solutions, societal impacts

This session covers: hydrogen economy, storage technologies (including underground storage), fuel cells, electrolyzers, hydrogen carriers, renewable energy integration, electricity markets, LCA, and social dimensions of the hydrogen transition.

TOPIC 2: Innovations in advanced materials and smart manufacturing for Sustainable Industry 4.0

This session includes: advanced and additive manufacturing, hybrid and micro machining, surface modification processes, green and smart manufacturing, advanced materials, AI-driven product realization, predictive maintenance, supply chain optimization, and Industry 4.0 applications.

TOPIC 3: Climate change, environmental resilience, and green urban transitions: technologies and strategies for a sustainable future

This session integrates: climate adaptation and mitigation, disaster risk reduction, biodiversity and ecosystem resilience, sustainable urbanization, green cities, deforestation, water management, and the socio-economic impacts of climate change, including health and societal resilience

TOPIC 4: Bioengineering, biotechnology, and smart systems for health, mobility, and sustainable communities

This session brings together: biomedical engineering (biomaterials, tissue engineering, neurotechnology, bioinformatics), biocomputing, wearable devices, bioinspired robotics, smart mobility and transportation, e-governance, digital citizenship, smart energy systems, cybersecurity in healthcare, and AI in sustainability and public well-being.

REGISTRATION