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Accelerating the Pipeline: Building Equitable Global Research Pathways in Secondary Education

  • 2025-09-16 14:00
  • 14:00
  • Room: 81/R-003C - Science Gateway Auditorium C
  • Speaker:
    • Janna Mino, , As the Director of the Science Research and Engineering Program at Hathaway Brown School, I mentor hundreds of students as they conduct original research alongside university and industry scientists and engineers. Inspired by my own experience as a woman in physics research, I am passionate about encouraging girls to pursue pathways in STEM fields and working to remove barriers that deepen the gaps we see persisting in many areas of research. I design inquiry-based, interdisciplinary curriculum that brings the ethos of open science into the secondary classroom, and am particularly interested in open science as a lever for equity, transparency, and global collaboration in STEM. With this session, I hope to leave attendees with inspiration for how to embed these practices in secondary education and more importantly to learn from their expertise. Prior to this role, I led statewide STEM initiatives for the Ohio Department of Education, taught high school physics, chemistry, and environmental science at an innovative STEM school, and worked as a research analyst at an LED company. I hold bachelor’s degrees in physics, chemistry, and biology, and a Master of Arts in Teaching. , Hathaway Brown School, https://www.hb.edu/, US

What if the pipeline for transparent, collaborative research began before university? This presentation shares a bold and scalable model for fostering open science practices in secondary school, empowering students to contribute meaningfully to research while reimagining how we train the next generation of scientists and engineers - with equity at the focal point.

Since 1998, Hathaway Brown School’s STEM research fellowship has connected over 800 high school girls with scientists from NASA, Cleveland Clinic, and universities across Northeast Ohio with authentic, multi-year research projects. Over 300 students have co-authored peer-reviewed papers before graduation, and a longitudinal study shows long-term impact on their confidence, persistence in STEM, and sense of belonging in scientific spaces (https://doi.org/10.1371/journal.pone.0258717).

But today’s research landscape faces increasing challenges - especially in the United States. Scientific innovation is threatened by political agendas that have already reduced support for pure academic research and disproportionately impacted women and other historically excluded and underrepresented groups in STEM fields.

This session explores how cross-sector, international partnerships can offer students new ways to engage in authentic research, free from these constraints, and will leverage the expertise of participants to imagine open science practices that authentically engage young people earlier on in their academic careers to foster a sense of inclusion.

Challenges and Opportunities of real FAIR-by-design: The experience of the Master in Data Management and Curation (MDMC)

  • 2025-09-16 14:00
  • 15:00
  • Room: 81/R-003C - Science Gateway Auditorium C
  • Speaker:
    • Mariarita de Luca, , With a background in Bioengineering, I initially focused on mathematical modelling applied to biological systems. My research later evolved into the numerical simulation of large deformations in active materials, such as nematic liquid crystals and swelling polymers. Motivated by a strong attitude for collaboration and knowledge sharing, I became passionate about Open Science to advance research and foster collective progress. In recent years, my work has focused on Research Data Management (RDM) and the implementation of FAIR-by-design approaches, especially in the field of materials science. I consider the training of young researchers not only a responsibility, but a mission. I am lecturer on Open Science and FAIR Data at the University of Trieste for PhD students, because they are the future researchers and the ambassadors of an open and ethical science. I am currently a Research Technologist at the Laboratory of Data Engineering at Area Science Park, where I support research and training activities in data-intensive science. Since the launch of the pilot edition in 2024, I have served as the Coordinator of the Master in Data Management and Curation (MDMC), a joint initiative by Area Science Park and SISSA , Area Science Park, https://www.areasciencepark.it/en/, Italy
    • Federica Bazzocchi, , I studied physics at the University of Trieste and obtained a PhD in elementary particle physics at SISSA in Trieste. As a physicist, I worked on phenomenological Standard Model extension to explain flavour physics or dark matter. I gained experience as an analyst in a private company, where I started dealing with large databases and problems related to knowledge representation. Both experiences converged into what I do now: designing workflows for scientific data management in a FAIR-compliant manner, addressing interoperability issues related to scientific data, and identifying methodologies and tools for their optimal management. I am interested in the interplay between high-level data management and its technical implementation, as well as AI applications in the field of materials physics. I am currently working as research technologist at the Laboratory of Data Engineering in Area Science Park and I am lecturer at the University of Trieste for the course Advanced Data Management. I am deeply involved as a lecturer, student supervisors and support to the coordination of the activity of the Master in Data Management and Curation organised by Area Science Park and SISSA. , Area Science Park, https://www.areasciencepark.it/en/, Italy

Nowadays, data fuels discovery, innovation, and decision-making; therefore, the ability to manage and curate data responsibly is crucial.
The Master in Data Management and Curation (MDMC) is a pioneering educational program that embraces the “FAIR-by-design” paradigm, going beyond theory to train professionals in the practical implementation of FAIR principles across the entire research data lifecycle. Rather than retrofitting datasets to meet FAIR criteria, MDMC students learn to embed Findability, Accessibility, Interoperability, and Reusability from the earliest stages of data planning, within the wider context of Open Science.
This forward-thinking approach is made possible through a well-established collaboration between Area Science Park and SISSA and benefits from its dynamic research and innovation ecosystem. Designed for a new generation of data professionals, MDMC fosters a strategic understanding of the research process, combined with a unique mix of technical, ethical, and communication skills essential for real-world FAIR implementation.
The training structure consists of eight intensive weeks of in-person lectures and hands-on exercises, followed by a six-month internship in cutting-edge research laboratories or data-intensive institutions, during which students implement FAIR-by-design workflows and pipelines in real scientific contexts. This model offers a rare opportunity to work closely with researchers, develop tailored data strategies, and engage with the practical challenges of semantic interoperability, metadata standards, and sustainable infrastructure.
By shaping versatile and practice-oriented data professionals, MDMC contributes to building a new generation of researchers who can transform data from a research byproduct into a powerful strategic asset—crucial for both academic excellence and data-driven innovation.

Collaborative Pathways to Responsible Research Assessment via Open Infrastructures

  • 2025-09-16
  • 2025-09-16 14:00
  • 14:00
  • Room: 82/1-001 Science Gateway Lab B
  • Speaker:
    • Angeliki Tzouganatou, , Dr. Angeliki Tzouganatou is a Research Project Manager and Open Infrastructure Specialist at OpenAIRE AMKE, where she leverages equitable practices to champion open scholarship and enhance the reform of research assessment, coordinating the efforts of the CoARA WG ‘’Towards Open Infrastructures for Responsible Research Assessment’’. She is a member of the Scientific Advisory Committee of the OPERAS Research Infrastructure and an external expert evaluator for the European Commission. Her professional experience spans teaching, contributing to prestigious research projects, and working with cultural heritage institutions. Angeliki earned her PhD from the University of Hamburg as a Marie Skłodowska-Curie Fellow, focusing on "Openness and Fairness in the Digital Ecosystem: Addressing the Participation Gap in Cultural Knowledge Production." She also holds an MSc in Digital Heritage from the University of York. , OpenAIRE, https://www.openaire.eu/, Greece
    • Giulia Malaguarnera, , OpenAIRE, https://www.openaire.eu/, Italy
    • Sarah Lippincott,
    • Zenia Xenou, , Zenia Xenou is an Engagement and Training Officer at OpenAIRE AMKE. She holds an MSc in Biomedical Engineering and a Bachelor's degree in Mechanical Engineering from the Cyprus University of Technology. With extensive experience as a researcher in multiple R&D projects, Zenia has driven product design and manufacture, and championed organizational development in several positions. Currently, she serves as the Service Manager for the OpenAIRE Researcher Profile, an innovative tool designed to empower researchers to showcase their contributions beyond publications and promote responsible research assessment. , OpenAIRE, https://www.openaire.eu/, Greece

From Principles to Practice: Putting Responsible Research Assessment into Action.

The question is no longer why we need to reform research assessment, but how. This hands-on workshop introduces the Open Infrastructure Checklist, a practical tool developed by the CoARA WG on Open Infrastructures for RRA. Together, we will test its application on real-world services like OpenAIRE’s Researcher Profile, GraspOS Horizon Europe Project, and IOI’s Infra Finder. Join us to co-evaluate, co-create, and shape the future of research assessment, open, ethical, and built to last.

From partnership to ecosystem: building/evolving open collaboration

    • Emma Green, , Invest in Open Infrastructure, https://investinopen.org/, Emma Green is the Director of Development at Invest in Open Infrastructure, where she leads strategic efforts to build sustainable funding models and foster transparent partnerships that support the resilience of open science infrastructure. With a background in science and extensive experience in digital strategy and organizational change, Emma specializes in bridging commercial and open initiatives to create mutually beneficial collaborations. Emma’s career bridges 3 decades in commercial publishing, nonprofit strategy, and grassroots infrastructure development. Emma has held senior positions at Delta Think, Nature Publishing Group and Hindawi. As Director of Portfolio Development and Partnerships at Hindawi Publishing, she developedpartnerships and transformed the partnership unit by aligning open-access goals with publisher needs, showcasing mutual benefit frameworks. At Invest in Open Infrastructure, Emma advances diversified funding streams and institutional collaboration to address systemic underinvestment in critical open infrastructure. Emma serves on the Board of the Zoological Society of London and as a Non-Executive Director at Wild Team Conservation, where she advises on digital strategy and organizational change to advance global conservation goals and supports inclusive funding models for underrepresented conservationists. She holds a Degrees is Conservation Genetics and Marine Biology. Her work is centered on developing equitable, transparent, and resilient ecosystems that enable open science to thrive alongside commercial innovation.
  • 2025-09-16 14:50
  • 14:00
  • Room: 81/R-003A - Science Gateway Auditorium A
  • Speaker:

Open and Commercial: Rethinking Partnerships for Sustainable Open Infrastructure

Can openness and commercial collaboration truly coexist? This panel brings together voices from across sectors to tackle tough questions about trust, funding, and sustainability. Join us for a candid discussion on building equitable, transparent partnerships that support resilient open infrastructure, without compromising core values.

Introducing OpenREL: Rights Expression Languages for Open Science and International Data Spaces – A Practitioners’ Approach

As Open Science accelerates, licensing models must evolve. Join us for a hands-on workshop to explore OpenREL, a new rights expression toolkit developed in Horizon Europe EOSC Beyond project. Learn how to represent complex access and reuse conditions in machine-readable form, from GDPR compliance to dual licensing and ethical constraints. Work through real-life cases with peers, shape the future of rights governance, and help build a FAIRer, trusted Open Science ecosystem.

Nudging Scientists into adopting Open Science Practices

  • 2025-09-16 14:00
  • 14:30
  • Room: 81/R-003C - Science Gateway Auditorium C
  • Speaker:
    • Clemens Lange, , Clemens is a research scientist at Paul Scherrer Institute, Switzerland's national laboratory for natural sciences and engineering. He is working on the CMS Experiment at the Large Hadron Collider and has been involved in the experiment's Open Science efforts for the past decade, holding various leadership roles. Clemens is one of the core contributors to CERN's Open Science Policy and its Implementation Plan and is currently chairing the CERN Open Science Practitioners Forum. , Paul Scherrer Institute, https://www.psi.ch/en, Switzerland

While funding agencies typically require data management plans for project proposals, this does not guarantee the eventual availability of Open Research Data (ORD) that adheres to the FAIR principles. In reality, only a small fraction of funded projects fulfills these commitments, primarily because providing ORD demands additional effort. Often, this effort occurs only after the publication of research results. Large international collaborations, such as the CMS Collaboration at CERN's Large Hadron Collider, face similar challenges. There is concern that requiring the sharing of analysis code and ensuring the reproducibility of research products could delay publication. However, an increasing number of scientists within CMS are adopting Open Science (OS) practices as part of their daily work. In my presentation, I will illustrate how a small group of OS advocates has successfully made these practices appealing to the community, transforming bystanders into OS practitioners. I will also review the vital role of infrastructure providers — specifically CERN as the host laboratory — in facilitating these efforts. Additionally, I will link my argument to CERN's OS policy and the recently developed best practice recommendations for OS and data preservation in high-energy physics. Ultimately, I will propose how these policies and recommendations can be adapted to benefit OS in other laboratories and research disciplines.

Paradiplomacy: An alternative to strengthen Open Science.

  • 2025-09-16 14:00
  • 15:00
  • Room: 81/R-003B - Science Gateway Auditorium B
  • Speaker:
    • Norma Aída Manzanera Silva, , Norma Aída Manzanera Silva studied Political Science and Public Administration at the UNAM’s Faculty of Political and Social Sciences, has a Master’s in Library Science from El Colegio de México and took the Introduction to Museum Studies course at Harvard. She has served as the subdirector of the library at the Pan-American University and director of the library at Mexico’s National Museum of Art. She has led MiCISAN, the institutional repository of the UNAM’s Center for Research on North America, a successful project that was financed by the National Science and Technology Council, indexed by the world’s most robust aggregators.As a professor, she has given classes at the Faculty of Engineering and the Master’s in Library Science and Information Studies. She has given talks at national and international fora and encounters, and has provided prologues and conducted editorial review processes for books, articles and academic events related to involving repositories, Open Access, institutional memory, governmental information and digital humanities. , Center for Research on North America (CISAN), National University Autonomus of Mexico (UNAM), Mexico

International Relations are established for various purposes; however, the nature of this Open Science Fair 2025 “Fusing Forces – Accelerating Open Science through Collaboration” invites us to address the relationships that exist around Cooperation, specifically new trends.
To this end, we will review briefly what has characterized these ties for years, and then we will suggest an alternative in detail, illustrated with a successful example that is currently in operation.
Traditionally, International Relations are defined as diplomacy, understood as the relationship established by nations or nation-states as a whole, such as a federal or central government, whether bilateral, one-on-one, or multilateral, between more than two countries. However, starting in the 1980s, a series of non-traditional manifestations of what has come to be known as paradiplomacy began to emerge. New actors with common expectations belonging to different systems and degree of decentralization have been working cooperatively without the intervention of central governments. Our example involves two different organizations: a Mexican research center and OpenAIRE, as subnational and supranational actors respectively.

A comparative table will show how the most representative features of paradiplomacy and its application in the creation of North American Studies (NAS). NAS is an ongoing collaborative project that transcends borders and contributes to strengthening one of the Open Science infrastructures, within the framework of the Open Science UNESCO recommendation and the FAIR principles. Scientific paradiplomacy is imperative in times of uncertainty and paradigm shift in international relations.

The Role of Stakeholder Engagement in Citizen Science Policy Development in Finland

  • 2025-09-16 14:00
  • 14:00
  • Room: 81/R-003B - Science Gateway Auditorium B
  • Speaker:
    • Elena Svahn, , Elena Svahn is a doctoral researcher at Åbo Akademi University’s Faculty of Social Sciences, Business and Economics, and Law, specialising in information studies with a focus on citizen science. She served as Chair of the Citizen Science Working Group at the Open Science Coordination in Finland for 5 years and held an expert panel position in the same organisation for 2 years. Her research explores participatory approaches to knowledge creation, particularly in policy development and the role of public libraries in supporting citizen science. With a professional background in library services, she brings interdisciplinary insight into information governance and public engagement. , Åbo Akademi University, https://www.abo.fi/en/, Finland
    • Jonni Karlsson, , Jonni Karlsson is a Senior planning officer at the Secretariat for the National Open Science and Research Coordination in the Federation of Finnish Learned Societies. Secretary for the ‘Culture of Open Scholarship’ expert panel and several working groups including ‘Citizen Science Support and Services’, ‘Funding Open Science’ and ‘Open Science for Learned Societies’. Editor for www.openscience.fi. , Federation of Finnish Learned Societies, https://www.tsv.fi/en, Finland

The presentation explores open science policy development in Finland in the context of stakeholder engagement and the creation of the first national policy recommendation for citizen science with focus on measuring impact and community engagement.

The presentation is based on two 2025 studies. First study is established on the shift of responsibility for coordinating open science in Finland from the Ministry of Education and Culture to the Finnish research community, specifically the Federation of Finnish Learned Societies (TSV). We examined documents from the TSV citizen science working group, including meeting notes, survey results, and the final policy paper, to understand how stakeholder participation influenced the policy-making process.

The second study examines the impact that the recommendation had on the stakeholders. We examined survey results, and the performance of citizen science indicators based on the recommendation from the national open science and research monitoring results from 2024 to explore the impact of the recommendation.

The results show that involving stakeholders helped shape policy recommendations, especially in improving institutional support, guidelines, and funding visibility for citizen science. However, challenges like uneven awareness and engagement among stakeholders could limit the effectiveness of participatory approaches. By placing these findings within the context of participatory policymaking and stakeholder theory, the presentation provides insights into how inclusive policy design works and how participatory governance and science policy development can be integrated into institutional frameworks to drive change.

Toward the Global Integration and Public Utility of Open Science: A Publication Facts Label

  • 2025-09-16 14:00
  • 14:30
  • Room: 81/R-003B - Science Gateway Auditorium B
  • Speaker:
    • John Willinsky, , John Willinsky is Khosla Family Professor Emeritus, Stanford University and founder of the Public Knowledge Project, developer of Open Journal Systems, the most widely used journal publishing platform in the world. He is the author of a dozen books, most recently the open access Copyright's Broken Promise: How to Restore the Law's Ability to Promote the Progress of Science (MIT Press, 2023), and over 100 articles. , Stanford University, https://www.stanford.edu/

The emergence of a digitally enabled Open Science has coincided with the vast growth of high education in the Global South, leading to a vast expansion of research and publishing activity, as attested to, for example, by the 55,000 journals (almost entirely open, without fees for readers or authors) using the journal publishing platform Open Journal Systems (OJS) launched in 2002. The rate and scale of this expansion of research may well lead to a great many missed opportunities in utilizing relevant research findings, vital to the advancement of science, whether through shortfalls in indexing or mistrust of unfamiliar sources. On the principle that we not only to open science but must find ways of supporting researcher and public use of this open science activity, I present an experiment in developing a credible standardized label for each research publication that precisely summarizes its adherence to scholarly publishing standards in ways designed to inform readers about those standards. The resulting “Publication Facts Label,” lists eleven data points, from number of reviewers to days to publication, all securely drawn from the journal publishing platform. Intended for industry-wide use, it is currently being tested with journals using OJS, with this presentation reviewing the label’s design for researchers and public, its integrity and trust features, the implementation plan, as well, as its review by Nature readers, open access publishers, school students, and others, while offering attendees ways of seeing the label in action and, if so inclined, supporting its adoption.