QUALITY
Forward AIe Skills project is designed with a robust, coherent, and participatory methodology to ensure the effective achievement of its objectives. The approach is structured to align with the Erasmus+ Programme Guide’s quality criteria, ensuring consistency between the project’s objectives, activities, timeline, and budget. It integrates research, co-creation, piloting, and policy development to address the challenges of integrating Generative Artificial Intelligence (Generative AI) into education and training systems across Europe. Grounded in evidence-based practices, the methodology promotes inclusivity, innovation, and sustainability.
Importantly, the project adopts a lifelong learning perspective that embraces both formal and non-formal education settings. It explicitly includes adult education and VET institutions to address the diverse needs of learners across the lifespan and align with EU priorities on re-skilling and up-skilling in the digital age.
The project design ensures a clear alignment between its six specific objectives—ranging from mapping current uses of Generative AI in education to developing ethical guidelines, pedagogical tools, capacity-building resources, and policy recommendations—and a comprehensive set of interrelated activities. These activities are organised into a logically structured framework of Work Packages (WPs) that operationalise each objective through targeted and progressive actions. The detailed work plan and WPs are described in a dedicated section later in the proposal, where each WP is linked to specific deliverables and outcomes.
Each objective is carefully matched with evidence-informed activities that reinforce one another. For example:
- The research and analysis phase (Objective 1) lays the foundation for the development of ethical and pedagogical guidelines (Objective 2);
- The training modules and microcredentials (Objective 4) are shaped by lessons learned through pilot implementations (Objective 5);
- The design and validation of AI-based teaching and learning methodologies (Objective 3) are integrated with co-creation activities (WP3), tested in real-world settings through pilot projects (WP4), and iteratively improved based on evaluation and user feedback.
- The dissemination of results and policy engagement (Objective 6) is supported by a targeted communication strategy and sustainability framework (WP6), ensuring uptake and long-term impact.
This coherence ensures:
- Continuity and logical progression across project phases (preparation, implementation, monitoring, evaluation, dissemination and exploitation);
- Synergy between research and practice, with user and stakeholder input feeding into tool and policy development;
- Scalability and transferability of results, including to adult learning and VET systems, through iterative refinement based on continuous evaluation and feedback.
Methodological Approach
The project adopts a multi-dimensional, inclusive and iterative methodology based on four complementary pillars:
- Research and Evidence Gathering
Activities under WP1, WP2 and WP3 include desk research, interviews, surveys, and stakeholder consultations. These are essential to identify success factors, gaps, and institutional needs, and to ensure that all outputs are anchored in real-world contexts and respond to diverse educational contexts and realities, particularly the challenges in lifelong learning and VET.
- Co-creation and User-Centred Innovation
Through participatory design workshops, hackathons, and collaboration with educators, learners, policy actors, and EdTech developers (primarily in WP2, WP3 and WP5), the project ensures that tools and resources are pedagogically relevant, flexible, and accessible to different learner profiles—including NEETs, low-skilled workers, and career changers.. - Pilot Implementation and Validation
WP4 supports real-world testing of AI-based tools, pedagogical strategies, and training content in a diverse set of higher education and VET centres. Evaluation mechanisms and feedback loops will focus not only on pedagogical effectiveness, but also on learner satisfaction, including adult and non-traditional learners.
- Policy Impact, Dissemination and Sustainability
WP6 ensures that project results are widely shared, adopted, and embedded into long-term strategies. It includes a comprehensive Communication and Dissemination Strategy, the creation of an open-access AI Education Portal, and the organisation of networking events and policy roundtables. These activities focus on stakeholder engagement, dissemination of project outcomes, and development of policy recommendations that are informed by evidence and aligned with EU frameworks such as the AI Act, GDPR, and DigComp.
Importantly, WP6 also leads the development of a Sustainability Strategy, exploring pathways for the long-term viability of project results. This includes aligning project outputs with ongoing EU initiatives (e.g., Pact for Skills, Digital Education Action Plan, Digital Europe Programme, and Horizon Europe), fostering private sector partnerships, and leveraging revenue streams from certified microcredentials. In doing so, it reinforces the project’s ambition to deliver impact beyond its funded duration.
Quality of the Partnership and Cooperation Arrangements
The methodology is underpinned by a well-balanced and complementary consortium, bringing together partners with proven expertise in education, technology, ethics, and policy. The partnership includes:
- Higher Education Institutions and research centres, providing leadership in coordination and academic validation;
- VET providers, universities, and schools, ensuring real-world implementation and testing of resources;
- Technology and EdTech companies, developing AI-based tools and platforms;
- Ethics and privacy experts, supporting compliance with EU regulatory frameworks;
- Public authorities, ensuring policy relevance and systemic impact;
- Civil society organisations, strengthening inclusion and gender equity in digital education.
This diversity of profiles and geographical coverage across EU regions enables the project to address varied institutional contexts and supports the scalability and sustainability of results. Roles and responsibilities are clearly distributed across WPs, and collaboration is governed by transparent coordination mechanisms, continuous communication, and shared quality assurance protocols (developed in WP5). The consortium promotes mutual learning and knowledge transfer between more and less digitally mature institutions, contributing to a unified and equitable AI skills ecosystem in Europe.
Innovation and European Added Value
The Forward AIe Skills methodology stands out for its integration of:
- Advanced digital tools (e.g., adaptive assessments, AI-assisted personalisation);
- Innovative pedagogies (e.g., learner-centred, competency-based models);
- Ethical-by-design principles (e.g. embedded from inception), aligning with the AI Act and GDPR.
It goes beyond traditional digital innovation projects by embedding co-creation, regulatory alignment, and systemic change into all phases. Furthermore, by aligning with key EU instruments—such as the Digital Education Action Plan 2021–2027, DigComp 2.2, and the AI Act—the project contributes to EU strategic objectives on digital transformation, equity in education, and labour market resilience.
The transnational nature of the project creates European added value by enabling the exchange of best practices, the co-development of adaptable solutions, and the creation of a European repository of open-access resources.
In summary, the Forward AIe Skills project is designed with a coherent, structured, and high-quality methodology that ensures the effective implementation of its objectives. The interconnection between its research, co-creation, piloting, and policy dimensions guarantees that the project is both technically rigorous and socially responsive. Through a strong partnership and a participatory approach, it will deliver tangible, lasting impact across Europe’s education and training landscape.
Ensuring high-quality project implementation
Forward AIe Skills project has been collaboratively designed by all consortium members, ensuring alignment with each organisation’s priorities, expertise, and strategic interests. This inclusive and iterative process is in place since the very beginning of this project partnership, allowing further refinements that will ensure all partners are fully prepared to begin implementation immediately after the Grant Agreement is signed.
To ensure an effective launch and coordinated start, a set of preliminary activities will be undertaken:
- The coordinating institution (PLDIS-IPSantarém) will prepare bilateral partnership agreements based on the Grant Agreement, to be signed before the official start. These agreements will clarify contractual obligations, financial rules, roles, and responsibilities.
- An initial online meeting will be held with key representatives from each partner to review the project’s objectives, activities, timeline, risk scenarios, and collaboration framework. This will serve as a preparatory moment for the first in-person Kick-off Meeting.
- Each partner will hold an internal meeting to mobilise their local teams, allocate tasks, and analyse internal contributions and resource planning.
- Draft versions of the Management and Quality Handbook will be shared before the Kick-off meeting for discussion and validation.
All partners commit to general management principles, including:
- Shared ownership of the project’s mission and deliverables;
- Clarity on roles, work package leadership and responsibilities;
- A strong focus on quality of execution and innovation;
- Active engagement of staff, educators, researchers, and community stakeholders;
- Promotion and long-term integration of project results within their institutions and networks.
These principles are supported by the diversity and complementarity of the consortium, the commitment to co-creation and equal decision-making, and the clear assignment of responsibilities based on expertise and capacity (see Annex Agrement) FALTA
Project governance and coordination
The management structure was designed to ensure collaborative decision-making, timely delivery, and quality control. It includes:
- A Project Coordinator (PLDIS-IPSantarém), responsible for day-to-day coordination, overall compliance, and partner support;
- A Project Steering Committee, composed of one representative from each partner, meeting regularly to review progress, risks, and strategy;
- Work Package leaders and co-leaders, with clearly defined responsibilities and regular coordination with the consortium;
- Cross-cutting leads for dissemination, ethics, impact, and policy alignment.
Project management will combine digital collaboration (shared repositories, virtual meetings, tracking tools) with periodic face-to-face meetings and work sessions. A common communication protocol will be agreed upon at the Kick-off meeting, including mailing lists, file-sharing systems, and virtual conferencing tools.
The management structure will be supported by:
- One in-person Kick-off Meeting to launch the project;
- Annual meetings hosted by different partners to foster trust, monitor progress, and align expectations;
- Regular online meetings of the Management Board (at least quarterly), and additional monthly short coordination meetings when needed;
- Bilateral meetings between the Coordinator and Work Package leaders;
- Optional on-site visits by the Coordinator to partner institutions during key implementation phases.
Management and Quality Guidelines
At the start of the project, a Management and Quality Handbook will be finalised and shared with all partners. It will include:
- A Project Roadmap: with detailed work plan, milestones, KPIs, deliverables, interdependencies between WPs, and risk scenarios;
- A Financial guidelines: with guidelines and templates for reporting, budgeting, and compliance;
- A Risk Assessment Table: identifying potential risks, likelihood, impact, and mitigation strategies;
- Conflict resolution mechanisms and internal procedures for change management.
Quality assurance and evaluation strategy
A comprehensive Monitoring, Quality Control and Evaluation Plan will be developed during the initial phase of the project. This plan will guide all partners in maintaining high-quality standards throughout the implementation and will include:
- Clear quality indicators and performance benchmarks for each Work Package;
- Templates and tools for feedback collection (surveys, checklists, peer reviews);
- Regular monitoring surveys to assess management, partnership dynamics, communication, and meeting effectiveness;
- Peer review processes for key outputs, focused on quality, relevance, user-centered design, compliance with EU values, and innovation;
- Integration of stakeholder feedback, especially from educators, students, and policymakers, to validate outcomes and inform iterations.
The following evaluation dimensions will be monitored:
- Structure and management: work plan implementation, task distribution, communication effectiveness, administrative support;
- Partnership performance: engagement, responsiveness, collaboration, and mutual support;
- Deliverables and outputs: quality, relevance, compliance with project goals, innovation, and usability;
- Meetings and coordination events: preparation, participation, quality of discussions and agreed decisions;
- Learning activities and training events: content quality, relevance to target groups, and long-term usability.
Monitoring process and reporting
Internal monitoring will be carried out at multiple levels:
- WP leaders will be responsible for collecting input from partners and reporting progress;
- The Coordinator will compile this information into monitoring reports and share feedback with all partners;
- Periodic reporting will include updates on milestones, financial execution, risks, and partner engagement;
- Annual internal reports will feed into project-level evaluations and will serve as key tools for continuous improvement.
Whenever appropriate, external experts may be consulted to review selected outputs or processes, ensuring impartiality and strengthening the credibility of the project.
Risk management
A living Risk Register will be maintained and updated regularly. It will outline key risks (e.g. technological delays, low stakeholder engagement, ethical committee concerns) and define mitigation measures. This register will be monitored and reviewed in each Management Board meeting.
Management: solid management arrangements are foreseen. Timelines, organisation, coordination, supervision and other responsibilities are well defined and realistic. The proposal allocates appropriate resources to each activity;
Improving quality and effectiveness: the proposal clearly embeds its innovation into activities and results which improve the quality, efficiency and equity of education and training systems;
Cost effectiveness and financial management
Budget: the budget provides for appropriate resources necessary for success, is clearly linked to the proposal activities, and is neither overestimated or underestimated;
Cost effectiveness, Financial and quality control: control measures (continuous quality evaluation and training, peer reviews, benchmarking activities, etc.) and quality indicators ensure that the project implementation is of high quality and cost-efficient. Challenges/risks of the project are clearly identified and mitigating actions properly addressed. The work programme includes an independent external quality assessment at mid-term and a few months before the project end in order to enable potential project adjustments.
Name and function | Organisation | Role/tasks | Professional profile and expertise |
Maria Potes Barbas | CIAC PLDIS IPSANTARÉM | Coord. Senior Adviser | Full Professor (Educational Multimedia Communication); Head of Research Unit at the Polytechnic Institute of Santarém (July 2018-2025); Head of the Research Unit Digital Literacy and Social Inclusion CIAC-PLDIS-IPSantarém (5 February 2020 until now); Invited Professor at the Universidade Aberta in Lisbon (20%); FCT PHD scholarships; EU evaluator (Innowide, H2020, ICT, Ethics Issues, EUREKA, ERASMUS+, PHD, Scholarship and Post-Doc); ACE2EU Head of Innovation; FOREU4ALL ACE2EU Representative. |
Filipe Madeira
| CIAC PLDIS IPSANTARÉM | ||
Paulo Branco | CIAC PLDIS IPSANTARÉM; ISTEC | Project coordination support, international networking, and strategic alignment of project objectives.l Support to all work packages. | Paulo Duarte is an Associate Professor and the Coordinator of Projects and Internationalisation Department at Instituto Superior de Tecnologias Avançadas (ISTEC). He is the director of Multimedia Engineer Degree and of the Multimedia Products Development VET Course. In ISTEC he is also President of the Pedagogical Council and member of the Scientific Council. He has a PhD in Multimedia in Education at Aveiro University. He is a researcher and member of the Scientific Council of CIAC Research Center. Paulo has participated in more than a dozen National and International Projects. |
Andreia Teles Vieira | CIAC PLDIS IPSANTARÉM; ISTEC | Adjunct Professor at Instituto Superior de Tecnologias Avançadas de Lisboa and Visiting Assistant Professor at Instituto Politécnico de Santarém. PhD in Digital Media from NOVA FCSH, under the UT Austin | Portugal program. Doctoral research focused on the integration of e-learning and serious games, culminating in the thesis “Strategies for Combining E-Learning and Serious Games.” Holds a degree in Communication Sciences and a Master’s in E-Learning Systems Management (FCSH – NOVA University Lisbon), with a dissertation on the design and development of digital and interactive educational content. Research interests include digital media, e-learning methodologies, multimedia content creation, serious games, disinformation, and the role of social networks in education. Academic and professional trajectory encompasses research, higher education teaching, and consultancy. Previous roles include copywriter, digital project coordinator, social media manager, and e-learning consultant, contributing to both applied and theoretical advancements in digital education. | |
Diogo Algarvio | ISTEC | Diogo Algarvio is Chief Technology Officer at ITA – Instituto de Tecnologias Avançadas. He is the pedagogical coordinator of ITA’s apprenticeship system, which is supervised by the IEFP. At ISTEC Lisboa, he is the coordinator and lecturer for three Higher Professional Technical Courses – Design and Multimedia, Multimedia Product Development and Development for Mobile Devices. He has a degree in Multimedia Engineering. He is a collaborating researcher at UICA – ISTEC Lisboa’s Advanced Computing Research Unit. He has participated in more than a dozen projects at both national and international level. | |
Carlos Cardeira | ISTEC | ||
Francisco de Paula Roca Rodríguez | Universidad Jaén (UJA) | Senior Adviser | Dr. Francisco Roca is a prominent academic figure at the University of Jaén. He currently holds the position of Vice-Rector for Lifelong Learning, Educational Technology, and Teaching Innovation, highlighting his dedication to educational and technological advancement. His academic foundation is built upon a Bachelor’s degree in Mathematics from the University of Granada, where he also earned his doctorate in Mathematical Sciences. Specializing in Mathematical Analysis, he has become a leading authority in his field, with notable research and teaching contributions. In addition to his vice-rectorship, Roca Rodríguez is a professor in the Department of Mathematics at the University of Jaén. His experience includes directing doctoral theses and participating in significant research projects. |
Miguel Ángel García Cumbreras | Universidad Jaén (UJA) | Senior Researcher | Miguel Ángel García is a distinguished academic with over 20 years of research experience in the field of Artificial Intelligence. His professional career has primarily unfolded at the University of Jaén, where he has established a notable track record. He holds a Doctorate in Computer Engineering centers on Human Language Technologies. He is member of the Intelligent Information Access Systems (SINAI) research group at the University of Jaén. Beyond his teaching and research, he has contributed to numerous research projects, boasts over 50 journal publications, and has presented more than 50 papers at national and international conferences. |
Salud María Jiménez Zafra | Universidad Jaén (UJA) | Researcher | Salud Jiménez is a distinguished researcher in the field of Artificial Intelligence, with a strong career at the University of Jaén. Her expertise lies in Human Language Technologies and Natural Language Processing, areas in which she has made significant contributions. She holds a PhD in Computer Engineering and is a tenured professor in the Department of Computer Science at the University of Jaén. Her research work is reflected in her numerous publications in specialized journals and her participation in national and international conferences. Additionally, she is a member of the Intelligent Information Access Systems (SINAI) research group at the University of Jaén. |
Antonio Rabadán López | Universidad Jaén (UJA) | Administrative/technical IT staff | Antonio Rabadán is a key figure in the technological advancement of the University of Jaén. He serves as the technical lead for the Google Workspace and Gemini project at the University. His expertise and dedication are instrumental in the implementation and management of these technological tools within the university’s ecosystem. His work ensures that the university benefits from cutting-edge technology, enhancing both administrative and academic processes. Essentially, Antonio Rabadán López is responsible for the technical deployment and application of Google´s tools within the university. |
Mariano Salas Martínez | Google For Education | Digital Transformation Manager / Trainer | Mariano Salas Martínez is a Digital Transformation Manager at Google for Education in Spain. His work focuses on integrating Artificial Intelligence (AI) into educational environments. He is also the founder of the International Observatory of Artificial Intelligence for Education, highlighting his commitment to advancing the use of AI in learning. Mariano has presented at national events on the subject of how AI is transforming learning in different fields of knowledge, with a special focus on its applications in the field of nursing. |
Elsa Casimiro | Think plus | ||
Pedro Antão | Think plus | ||
Lina Girdauskiene (F) | Lietuvos Inzinerijos Kolegija (LIK) | Senior Manager, Director at LIK | Dr. Lina Girdauskiene is a certified project manager (IPMA level C) with experience managing and acting as a subject matter expert in international projects in the framework of the Leonardo da Vinci , Grundtvig, Erasmus + programmes. Assoc. prof. dr. Lina Gidrauskiene holds a Phd in Social Sciences (Management and Administration) and has over 20 years of experience in teaching and consulting higher education institutions and business enterprises in areas of teamwork, change management, strategic human resource management, blended learning, educational technologies. |
Giedre Adomaviciene (F) | Lietuvos Inzinerijos Kolegija (LIK) | Senior Researcher | Dr. Giedre Adomaviciene, Associate Professor at LIK and PhD in Social Sciences, coordinates scientific events, research dissemination, and academic quality assurance. She leads teacher professional development initiatives, collaborates with educational institutions, and consults on projects related to distance learning, differentiated instruction, and teacher evaluation. As Head of LIK’s Quality Assurance Board, she developed the Applied Scientific Research Assessment Methodology and oversees institutional surveys. Her research focuses on student-centered learning, higher education didactics, and the ethical integration of digital technologies in education. |
Kestutis Vitkauskas (M) | Lietuvos Inzinerijos Kolegija (LIK) | Senior Researcher | Kestutis Vitkauskas is a legal and ethics expert with over 30 years of academic experience, currently lecturing at LIK and Vytautas Magnus University. He holds a PhD in the humanities and a Master’s in Law, with a strong focus on academic ethics, public administration, and legal education. His career spans various leadership and teaching roles, including extensive experience developing and coordinating national and international educational projects (e.g., CEPOL, FRONTEX, Erasmus). His work strongly focuses on ethics in education and governance, with a history of leading seminars and research on academic ethics, legal literacy, and value-based governance. |
Gabriele Ivanovaite (F) | Lietuvos Inzinerijos Kolegija (LIK) | Junior Researcher | Gabriele Ivanovaite holds a BA in Modern Languages and an MSc in Education Sciences, as well as a CertTESOL. She has approximately ten years of experience teaching general English, Spanish, French, and Russian as foreign languages, as well as Lithuanian as a native language. Additionally, she has taught English for Specific Purposes in the fields of civil, mechanical, and electronic engineering at the university level. Beyond teaching, she has been actively involved in curriculum development and instructional material design at LIK as well as contributed to academic research in applied linguistics and sociolinguistics, with a particular interest in multilingualism, multimodality, semiotics, and conversational analysis. |
Efstratios Stylianidis (M) | AUTh | Professor | Prof. Stylianidis is affiliated with the School of Spatial Planning and Development, Faculty of Engineering, at AUTH, Greece. He is currently the Director of the Laboratory of Geoinformatics. From 2019 to 2023, he served as the Vice-Rector for Research and Lifelong Learning at AUTH through an elected mandate. For the period 2023–2027, he is an elected member of the Board of Directors of AUTH. He is the author of two books and has contributed to more than 100 publications in scientific conferences and journals. Additionally, he has written eight book chapters and volumes and has served as the editor of two books. He holds two patents. His extensive research involvement includes participation in 60 projects funded by national and European resources, with roles ranging from project participant to scientific coordinator in 10 of them. His academic contributions extend globally, including his role as a visiting professor at Columbia University in 2018. He has also been an invited speaker at prestigious institutions such as Princeton University, University of California, Los Angeles, Imperial College London, Tsinghua University, and the Getty Conservation Institute |
Aikaterini Stamou (F) | AUTh | Senior Researcher | Dr. Aikaterini Stamou is an Adjunct Lecturer and Postdoctoral Researcher in the Department of Spatial Planning and Development at the School of Engineering, Aristotle University of Thessaloniki (AUTh), Greece. She holds a Diploma in Surveying Engineering, along with a PhD and a Master’s degree in Geoinformatics from the School of Engineering at AUTh. Her research activities include, among other areas, Photogrammetry, Remote Sensing, and Geographic Information Systems (GIS), with a particular focus on the use of satellite imagery and GIS in sustainable urban studies. Since 2007, she has participated in 13 research projects as a research assistant, funded and organized by National and European institutions. She also has a significant body of published work, with scientific papers featured in peer-reviewed journals and presented at international conferences. |
Eleni Karachaliou (F) | AUTh | Junior Researcher | PhD candidate at the School of Spatial Planning and Development, AUTH, and an Urban/Spatial Planning and Development Engineer. She holds a master’s degree in Geoinformatics, with an emphasis on the management of photogrammetric production and remote sensing using GIS. Over the past 10 years, she has been actively involved in EU-funded research and innovation projects, as well as in communication and support actions. |
Ioannis Tavantzis (M) | AUTh | Junior Researcher | PhD candidate at the School of Spatial Planning and Development, AUTH, and an Urban/Spatial Planning & Development Engineer. Over the past five years, he has been an active member of the Laboratory’s research team, contributing to project management and the implementation of eight national and 13 European projects. He is also a member of the Laboratory’s writing team, having co-authored four scientific publications, one book chapter, and presented research at more than ten national and international conferences. From January to July 2023, he was part of the implementation team for a Marie Skłodowska-Curie research project as a visiting PhD student at Northeastern University’s School of Public Policy and Urban Affairs in Boston, US. |
Zoi-Eirini Tsifodimou (F) | AUTh | Junior Researcher | She holds an MEng in Rural and Surveying Engineering from the Faculty of Engineering, AUTH, as well as a master’s degree in Spatial Planning for Sustainable and Resilient Development. As a research assistant at the Laboratory of Geoinformatics, she participates in national and EU-funded projects. Her research interests focus on cartographic applications, spatial analysis, and particularly the visualisation of historical information. As a freelance engineer, she specialises in 2D and 3D land surveying, energy renovation of residential buildings, and improving accessibility in public buildings. |
Anna Dosiou (F) | AUTh | Junior Researcher | She holds a BSc in Geology from the School of Geology, AUTH, and a Msc in Geoinformatics from Harokopio University of Athens. Her research interests primarily focus on GIS, remote sensing, natural disasters, and web app development. With experience in researching, analysing, and synthesising data using modern technologies, she is well equipped to contribute effectively to the field. She is currently a research assistant at the Laboratory of Geoinformatics in the School of Spatial Planning and Development Engineering at AUTH. |
Ifigeneia Skalidi (F) | AUTh | Junior Researcher | She holds a Master of Engineering (MEng) in Electrical and Computer Engineering (five-year degree) from the Faculty of Engineering at the University of Thessaly (UTH). She is currently a PhD candidate and a research assistant at the Laboratory of Geoinformatics in the School of Spatial Planning and Development Engineering, AUTH. Throughout her undergraduate studies, she was actively involved in research, contributing to algorithm development for various projects and scientific papers, two of which she co-authored and published. Her primary research interests include computer vision, machine learning, algorithm development, bioinformatics, and robotics. |
Dr Katerina Theodoridou – R&D Director | CSI | Researcher/ Trainer | Dr Katerina Theodoridou is the R&D Director of CSI and she holds a Ph.D. from University of Texas at Austin. She has core expertise in program design, management and evaluation, curriculum development, and ICT-based learning. She works on projects related to the design and development of interactive learning environments, and innovation infusion in organizations focused on social innovation and social justice. Specifically as a researcher and expert facilitator/trainer she is involved in programs focused on educational planning, the integration of ICT in education, developing educational materials for online learning and professional training, and assessment of learning needs |
Dr Sotiris Themistokleous – Director of Strategic Development | CSI | Researcher/ Trainer | Dr Sotiris Themistokleous is the Director of Strategic Development of the Center for Social Innovation (CSI). He holds a BA in International Relations and History from the American College of Thessaloniki, an MSc in Global Politics from Birkbeck College, University of London, and a PhD in Education from the University of Nicosia. He is managing research and projects on social innovation, social justice and empowerment, vocational training, lifelong learning, educational policy reform. He has published articles and book chapters and presented a series of papers at international conferences on Social Innovation and Education, Sustainable Development, Democratization, Gender, Migration, Social and Economic Integration, and Civil Society. |
Dr. Nicos Stylianou | CSI | Researcher | Dr Nicos Stylianou is a Project Manager and Researcher at CSI with an ongoing experience in mathematical philosophy of science, strategic consulting, risk analysis. Nicos holds a BA in Philosophy and Information Technology from State University of New York, an MSc in Philosophy of Science from London School of Economics and Political Science and a PhD in mathematical Philosophy of Science from the University of Bristol. He has worked as a teaching associate at the University of Bristol focusing on topics such as philosophy of science, logic, metaphysics, epistemology, ethics and political philosophy, as a lecturer and research special scientist at the University of Cyprus focusing on formal decision theory and probabilistic reasoning and as a senior research executive at IMR University of Nicosia focusing on data analysis and business intelligence. As a member of the CSI team, his interest includes Ethical Issues of AI technologies, AI Conceptual Architecture, Integration of Technology in Education, Large scale decision processes. |
Ms. Panayiota Constanti, EU Project Manager | CSI | Researcher/ Trainer | Ms. Panayiota Constanti is an EU Project Manager at CSI. She holds a BSc in International and European Studies from Panteion University, Athens, Greece, an MSc in International Development Studies from Utrecht University, Utrecht, Netherlands and an MA in Education for Sustainable Development from Gothenburg University, Sweden. She has worked as a researcher on international development and community rehabilitation projects in Asia, as an EU political analyst in Latin America, Middle East and Africa, a human rights and humanitarian aid expert in Greece and an education specialist the Netherlands. She works in projects focusing on social and digital innovation, integration and inclusion of migrants and refugees, youth, elder and women’s empowerment, and environmental education and awareness, among others. She has developed expertise as a researcher, coach, trainer and facilitator. |
Dr. Kyriacos Yiannacou | CSI | Researcher | Dr Kyriacos Yiannacou is a Researcher at CSI specializing in acoustic microfluidics and machine learning. He holds a PhD in Biomedical Science and Engineering from Tampere University, an MSc in Automation Science and Engineering—with a major in Intelligent Microsystems—from the same institution, and a BSc in Electrical Engineering from Frederick University. His innovative research spans the application of machine learning to acoustic manipulation within microfluidic devices, the development of bio-inspired electronics, water harvesting techniques, and flexible, biodegradable sensors. In addition to his research contributions, Dr Yiannacou actively supports academic advancement as a lab assistant, where he mentors students in courses related to biomedical sciences and micro actuators, furthering the integration of cutting-edge technology in both research and education. |
Cost effectiveness
The proposed budget of the Forward AIe Skills project is designed to ensure cost-effective implementation of all planned activities, while providing each partner with the adequate resources needed to deliver their contributions with high quality, within the agreed timeline. The budget reflects the real needs of the work plan, including the diverse nature of activities such as research, co-creation, training, pilot implementation, stakeholder engagement, and dissemination.
The project aims to achieve strong value for money by leveraging the expertise and resources of each partner and ensuring optimal use of EU funds. It is understood that the Erasmus+ grant will not cover the full costs of the project, and all partners commit to co-financing by mobilising internal resources and, when relevant, complementary funding sources. The consortium acknowledges that the economic context may change during the implementation period (e.g. inflation, increased travel or staff costs), and is committed to adapting if necessary, including by reinforcing their financial contribution to ensure that the project objectives are fully met.
A balanced distribution of resources is ensured across all Work Packages, and provisions are made for:
- Staff time and personnel costs based on realistic estimations of time effort and staff categories involved;
- Travel, accommodation and subsistence costs to support in-person meetings, training sessions, and learning mobilities;
- Costs related to the design, implementation and evaluation of pilot activities across partner institutions;
- Communication and dissemination actions, including events and stakeholder engagement;
- Production of training materials, microcredentials, and digital tools;
- External services when required for tasks beyond the expertise of the consortium (e.g. graphic design, translation, external evaluation).
A preliminary estimation of the overall project budget and EU grant is, as follows:
Xxxxxx colocar BUDGET and Grant
The allocation for personnel, mobility, subcontracting, and other costs is also detailed based on partners’ contributions and WP leadership:
Xxxxxxxcolocar valores de BUDGET
Financial Management and Reporting
The financial coordination will be led by the project coordinator (PLDIS-IPSantarém), supported by clear and transparent procedures defined in the ForwardAIe Skills Management and Quality Guidelines. This will include:
- Guidance on budget implementation and financial rules in line with Erasmus+ provisions;
- Reporting templates and documentation for periodic (e.g., annual) financial reporting;
- Rules for the use of additional sources of funding and internal co-financing;
- Timeline for reporting and transfers.
Upon receipt of the pre-financing from the European Commission, the coordinator will transfer the respective share of the grant to each partner, allowing for timely implementation of activities. Future installments will follow the same principle, based on progress and financial execution. Any deviations from expected quality or commitment levels will be addressed by the General Manager in consultation with the project governance bodies, and corrective measures may include temporarily withholding funds until issues are resolved.
The financial management approach prioritises both accountability and flexibility, ensuring that all partners are equipped to fulfil their roles while maintaining high standards of financial responsibility
Risk No | Description | Work package No | Proposed risk-mitigation measures |
1 | Delays in project coordination and decision-making due to the complexity of the partnership and transnational nature. | WP1 | Establish a clear governance structure with defined roles and responsibilities. Implement regular coordination meetings and progress reports. Use collaborative digital tools for efficient communication and document sharing. |
2 | Lack of engagement or delays in data collection for AI competence and needs assessment. | WP2 | Develop clear guidelines and deadlines for data collection. Provide training to partners on the methodology. Ensure multiple data collection methods (surveys, interviews, focus groups) to minimize risks of low response rates. |
3 | Challenges in designing AI-based learning units that align with industry needs and EU regulations. | WP3 | Conduct early-stage consultations with industry experts and policymakers. Ensure compliance with EU guidelines on AI ethics, transparency, and GDPR. Pilot test learning units before full-scale implementation. |
4 | Difficulties in integrating AI-based curricula in partner institutions due to policy misalignment. | WP4 | Engage institutional decision-makers early in the project. Develop policy recommendations aligned with EU frameworks. Provide training and guidelines to facilitate policy adoption. |
5 | Low participation in dissemination events, training activities, or engagement with the developed platform. | WP5 | Implement targeted communication strategies for different stakeholders. Leverage social media, newsletters, and industry networks for outreach. Organize hybrid events (physical + virtual) to increase accessibility. |
6 | Financial risks, including budget overruns or inefficiencies in resource allocation. | WP1 | Conduct continuous financial monitoring with contingency plans. Prioritize cost-effective solutions, such as hybrid events and open-source technologies. Encourage co-funding opportunities through industry partnerships. |
7 | Ethical and legal challenges in the use of AI for education, including potential biases in AI-driven assessments. | WP3 | Follow EU guidelines on trustworthy AI and non-discriminatory design. Implement fairness audits and testing for AI models before deployment. Ensure human oversight in AI-based evaluations. |
8 | Sustainability risks: difficulty in maintaining the platform, resources, or partnerships beyond the project’s funding period. | WP5 | Develop a sustainability and business model early in the project. Take advantage of and seek partnerships with industry and public stakeholders for continued funding. Explore micro credentialing and certification revenue streams. |
Forward AIe Skills consortium has been strategically designed to bring together a diverse and complementary mix of partners with the necessary expertise, geographical diversity, and institutional strength to implement the project successfully. Each partner contributes specific skills, experience, and resources, ensuring that the project meets its research, policy, and practical application goals.
Configuration – Why This Consortium?
Add more CONNECTIVITY from all partners(publications, projects) Ex: Projects with CSI; Artifigem, ACE, Verfisum, New Protocol with Jaen; ISTEC as a PLDSI member
The partnership encompasses:
PLDIS-IPSantarém (Portugal) – Coordinator: A leading Higher Education and at the same time Vocational Education and Training (VET) institution with experience in digital skills, AI literacy, and EU project management (also coordinated the GenAI project). It has a strong research collaboration with ITA-ISTEC, as both institutions are part of a joint research center that brings together experts in AI and education. Moreover, PLDIS-IPSantarém and LIK are both members of the ACE2-EU European University Alliance, reinforcing their strategic alignment in digital and engineering education.
The University of Jaén (Spain) – Higher Education & Pedagogical AI: Focused on the pedagogical applications of AI, teacher training, and ethics in AI for education. It is actively collaborating with PLDIS-IPSantarém and ITA-ISTEC on a protocol for AI-driven tools and training in generative AI, ensuring a cohesive approach to AI capacity building in education. On April 8th and 9th, 2025, the University of Jaén (Spain) hosted a collaborative work conference focusing on the application of educational technologies within university environments. This event brought together a diverse group of participants, including representatives from the Università degli Studi di Ferrara (Italy), the Polytechnic Institute of Santarém (Portugal), ISTEC (Portugal), and colleagues from Google for Education.The central theme of the conference revolved around the integration and utilization of cutting-edge educational technologies, with a significant emphasis on generative artificial intelligence (AI). Discussions and workshops explored various aspects of how these technologies can be effectively implemented to enhance the learning and teaching experience in higher education.
ITA-ISTEC (Portugal) – Research & AI in Education: This institute specialises in AI, education, and innovation, leading research on AI applications in teaching and learning. It has a long-standing research connection with PLDIS-IPSantarém, reinforced through their joint research center, and is also part of the AI Generative training initiative alongside PLDIS-IPSantarém and the University of Jaén.
CSI – Center for Social Innovation (Cyprus) – Social Innovation & AI Ethics: A key player in AI ethics, inclusion, and digital governance, ensuring compliance with EU AI regulations (AI Act, GDPR, and DigComp 2.2). CSI and PLDIS-IPSantarém have collaborated for several years in European projects, particularly in digital transformation and social innovation initiatives, strengthening their partnership in AI ethics and policy.
LIK – Lietuvos Inžinerijos Kolegija (Lithuania) – AI & Engineering Education: A century-old higher education institution specializing in engineering education, with strong industry ties. Its participation is strategically reinforced by its membership in the ACE2-EU European University Alliance, alongside PLDIS-IPSantarém, allowing for deeper cooperation in AI and engineering education.
AUTH – Aristotle University of Thessaloniki (Greece) – AI in Education & Geoinformatics: Specializes in AI-enhanced learning environments, geospatial technologies, and adaptive learning. Its expertise ensures the development of AI frameworks that are aligned with emerging AI competencies for education and training.
Thinkplus (Portugal) – EdTech & Consultancy: Thinkplus is able to offer expertise in the following areas: Digital education, corporate training, and learning innovation. The purpose of this expertise is to ensure that AI tools and microcredentials meet labour market needs, and has also worked with PLDIS-IPSantarém in a previous project under development.
The composition of the consortium guarantees the following:
Strong research and academic expertise (PLDIS-IPSantarém, University of Jaén, ITA-ISTEC, CSI, AUTH and LIK).
Additionally, a direct connection with educators and vocational training institutions (PLDIS-IPSantarém and ITA-ISTEC) is maintained.
Social impact, ethics, and policy expertise (PLDIS-IPSantarém and CSI).
Finally, the practical implementation expertise in Industry-driven education and solutions are provided by Thinkplus and Lietuvos (University and Industrial expertise)
The project places particular emphasis on IA ethics in a societal innovation environment.
Commitment – Partner Contributions & Roles
Each partner contributes in a distinct and significant manner, aligning their expertise with the project’s needs:
Partner | Main Responsibilities & Contribution |
PLDIS-IPSAntarém (Portugal) – Coordinator | Project coordination, financial management, quality assurance, risk mitigation. Implementation of AI training for educators, ethics and inclusion. |
Aristotle University of Thessaloniki (Greece) Thinkplus (Portugal) | Expertise in EdTech and corporate learning.AI-enhanced learning environments, AI-based personalization, geospatial technologies in education, and smart learning analytics. |
ITA-ISTEC (Spain) | Research on AI applications in education, mapping existing AI practices, and developing assessment frameworks. |
University of Jaén (Spain) | Pedagogical integration of AI in education, development of training materials for educators, and ethical AI literacy programs. |
CSI (Cyprus) | AI ethics and inclusion, policy analysis, and stakeholder engagement. Development of governance frameworks ensuring compliance with EU policies. |
Lietuvos Inzinerijos Kolegija (Lithuania) | AI policy recommendations, research on ethical AI use in education, and contribution to EU-wide AI education strategies. |
Thinkplus (Portugal) | Development of AI-driven learning solutions, microcredentials, and digital tools. Expertise in EdTech and corporate learning |
Geographical Dimension – Why These Countries?
The consortium represents a geographically diverse selection of Northern, Southern, and Eastern European countries, ensuring a range of perspectives on AI education policies, digital skills, and innovation.
- Portugal (PLDIS-IPSAntarém, Thinkplus and ITA-ISTEC) → Strong expertise in VET, digital education, ethics and inclusion as well as pedagogical strategies.
- Spain (University of Jaén) → Research on AI in education & pedagogical strategies.
- Cyprus (CSI) → Leading in AI ethics, social innovation, and inclusion.
- Lithuania (LIK) → Expertise in AI policy & regulatory frameworks.
- Greece (AUTH – Aristotle University of Thessaloniki) → Specializes in AI-driven learning environments, geoinformatics, and adaptive learning.
This distribution ensures broad EU representation, facilitating comparative analysis and the potential transferability of project outcomes across different education systems.
Consortium Management & Decision-Making (Mais desenvolvimento)
Project Coordination (PLDIS-IPSAntarém – Lead)
- Project governance & leadership → Regular meetings, financial oversight, and reporting.
- Transparent decision-making process → Ensuring smooth coordination among partners.
- Mechanisms for communication, decision-making, and conflict resolution are clearly defined, ensuring a collaborative and efficient working environment.
Task Allocation & Collaboration
- Work package leaders are assigned based on their expertise.
- Regular partner meetings & progress tracking.
- Collaborative decision-making approach to resolve conflicts effectively.
- (CALL ERASMUS-EDU-2025-PI-FORWARD)
Forward AIe Skills project will be managed through a clear and structured governance framework to ensure efficient coordination, decision-making and communication between the consortium partners. The governance structure is designed to be adaptive, transparent and responsive, taking into account the transnational nature of the project and the diverse expertise of the partners.
- The project will be coordinated by PLDIS-IPSAntarém (Portugal), which has extensive experience in managing transnational EU projects. A multi-level governance structure will be established to ensure effective decision making, risk mitigation and quality control.
Project Coordinator (PC) – PLDIS-IPSAntarém
- Overall project management, financial control and compliance with EU regulations.
- Liaison with the European Commission (EC) and external stakeholders.
- Ensure smooth implementation and resolution of potential conflicts.
Steering Committee (SC) – Comprising one representative per partner, chaired by PLDIS-IPSAntarém.
- Strategic decision-making and high-level project oversight.
- Approval of key deliverables and milestone reviews.
- Bi-annual meetings (online and face-to-face) for strategic discussions.
Work Package Leaders (WPLs) – Assigned based on partner expertise.
- Responsible for execution, monitoring and reporting of WP activities.
- Monthly internal meetings for progress updates and issue resolution.
Advisory Board (AB) – External experts & stakeholders
- Provides guidance on AI ethics, educational impact and policy alignment.
- Ensures that project outcomes remain relevant and innovative.
- Decision-making mechanisms. Decisions within the consortium will be taken in a structured, democratic and transparent manner, ensuring that all partners play an active role:
- Consensus-based decision-making → The Steering Committee will aim for unanimous agreement on key project decisions.
- Escalation Process → If consensus cannot be reached, the Project Coordinator will facilitate mediation.
- Voting System → In case of critical disagreement, a majority vote (at least 60% agreement) will determine the final decision.
- Conflict Resolution Protocol → A predefined conflict resolution framework will ensure that any disputes are handled professionally and efficiently.
- Communication & Collaboration Mechanisms To ensure seamless collaboration across multiple countries, the project will implement a multi-channel communication strategy:
- Regular meetings:
- Bi-weekly virtual WP meetings → to track progress and resolve bottlenecks.
- Quarterly consortium-wide virtual meetings → To discuss overall project implementation.
- Annual face-to-face consortium meetings → Hosted by rotating partners for strategic planning and team building.
- Project management platform:
- A shared digital workspace (e.g. Microsoft Teams, Trello or Asana) for document sharing, task tracking and internal discussions.
- Transparent reporting & monitoring:
- WP leaders submit quarterly progress reports to the project coordinator.
- A Quality Assurance Plan (QAP) will ensure that deliverables meet high standards.
- Planning and Control To ensure efficient planning and risk management, the consortium will employ robust monitoring mechanisms:
- Gantt Chart & Milestone Tracking → Regular review of progress against schedule.
- Risk Mitigation Strategy → A dynamic risk register will identify and address potential challenges.
- Financial & Administrative Audits → Mid-term and final financial audits to ensure compliance with EU funding regulations.