RESEARCH PROJECTS
Research built through collaboration. From active work to lasting outcomes.
My project work connects artificial intelligence with education, law, healthcare, robotics, infrastructure and society. The page distinguishes current activity from completed participation while preserving the wider record of externally funded collaboration.
ACTIVE
Center of Excellence: Jean Monnet AI-2-TRACE-CRIME
FUNDING · European Union, Erasmus+
TOTAL PROJECT FUNDING · €100,000
The Centre promotes synergies between European studies and research in artificial intelligence, bringing together researchers from all three participating departments at Neapolis University Pafos. Its work includes redesigned courses in AI, cybersecurity, European law and criminal law, an asynchronous MOOC, professional training for legal and IT specialists, and the production of academic articles, policy papers and a comprehensive Research Handbook on AI in crime prevention.
ACTIVE · LOCAL WP6 LEADER
EMERGE
FUNDING · European Union
EMERGE, Empowering the Margins of Europe through Regional and Global Engagement, brings together nine universities with more than 125,000 students, united by a commitment to better serve their students, territories and communities. The alliance seeks to empower marginalised regions through long-term cooperation in teaching, learning, research and innovation, while encouraging new forms of student and staff mobility. Its shared principles include inclusion, solidarity, resilience, sustainability, multilingualism and cultural diversity.
I participate as Local WP6 Leader, coordinating Neapolis University Pafos’s contribution to Work Package 6, supporting its local implementation and contributing to the delivery of the agreed activities.
Visit the alliance website→
View completed projects14 COMPLETED COLLABORATIONS
+
COMPLETED
Artificial Intelligence in Medicine: Transforming Healthcare Through Technology (AIMTech)
FUNDING · European Union, Erasmus+
A multidisciplinary Blended Intensive Programme designed to equip students with the knowledge and skills needed to understand and use AI in healthcare responsibly, including applications in diagnostics, clinical decision support, patient monitoring and precision medicine.
COMPLETED
AHUMAIN: Applied Human Machine Intelligence in East Africa
FUNDING · European Union, ERASMUS-EDU-2022-CBHE+
TOTAL PROJECT FUNDING · €798,939
The project connected diverse specialisations within a coherent curriculum for applied human-machine intelligence, strengthening education, skills development and institutional capacity in East Africa.
COMPLETED
CheckMate: Empowering Europeans Towards a Media-Savvy Citizenry
FUNDING · European Union, Erasmus+
TOTAL PROJECT FUNDING · €250,000
CheckMate addressed misinformation during periods of crisis through media-literacy training, technology-supported learning, digital sessions and policy recommendations for a more informed European citizenry.
COMPLETED
SmL: Sharing my Learning (Platform-Network-Toolkit)
FUNDING · European Union, Erasmus+
TOTAL PROJECT FUNDING · €299,968
SmL explored peer-to-peer online learning networks in which students contribute micro-learning units and learning content, supporting a more participatory and student-centred model of education.
Project webpage ↗
COMPLETED
YOUTHShare: A Place for Youth in Mediterranean EEA
FUNDING · EEA and Norway Grants Fund
TOTAL PROJECT FUNDING · €1,807,258
YOUTHShare sought to reduce youth unemployment through skills development in resilient sectors, social entrepreneurship and trans-local employment networks across coastal and island regions.
Project webpage ↗
COMPLETED
IN4COHESION: Information and Awareness for Cohesion Policy via Media
FUNDING · European Union, ERDF, Cohesion Fund and ESF
TOTAL PROJECT FUNDING · €216,261
The project increased public understanding of EU cohesion policy, especially among young people and SMEs, supporting civic engagement and informed discussion about regional development.
COMPLETED
EPIRROI
FUNDING · European Union, Interreg Greece-Cyprus
TOTAL PROJECT FUNDING · €725,910
EPIRROI developed a water-network monitoring approach using sensors and augmented reality to support leakage detection, repairs, infrastructure management and evidence-informed policy.
Project webpage ↗
COMPLETED
RAWFIE: Road-, Air- and Water-based Future Internet Experimentation
FUNDING · European Union, Horizon 2020 FIRE+
TOTAL PROJECT FUNDING · €6,995,733
RAWFIE provided a unified experimentation platform for Internet of Things devices and unmanned vehicles operating across land, air and sea, enabling research in networking, sensing and autonomous navigation.
Project webpage ↗
COMPLETED
NOPTILUS: Autonomous, Self-Learning, Optimal and Complete Underwater Systems
FUNDING · European Union, FP7-ICT
TOTAL PROJECT FUNDING · €5,000,482
NOPTILUS developed a fully autonomous multi-AUV system for complex underwater missions, integrating intelligent communications, motion control and continuous operational capacity.
Project webpage ↗
COMPLETED
Local4Global: System-of-Systems That Act Locally for Optimizing Globally
FUNDING · European Union, FP7-ICT
TOTAL PROJECT FUNDING · €3,197,058
Local4Global transferred principles from natural systems into technical control systems, using local interactions to support adaptive, scalable and cost-effective global optimisation.
Project webpage ↗
COMPLETED
INERTIA: Integrating Active, Flexible and Responsive Tertiary Prosumers into a Smart Distribution Grid
FUNDING · European Union, FP7-ICT
TOTAL PROJECT FUNDING · €5,340,355
INERTIA introduced Internet of Things principles into electricity-distribution control, enabling self-organising energy-resource clusters and real-time demand-side management strategies.
Project webpage ↗
COMPLETED
sFLY: Swarm of Micro Flying Robots
FUNDING · European Union, FP7-ICT
TOTAL PROJECT FUNDING · €3,358,251
sFLY developed autonomous micro-helicopters for search and rescue, surveillance and mapping, with vision-based navigation and obstacle avoidance in GPS-denied environments.
Project webpage ↗
COMPLETED
AGILE: Rapidly-Deployable, Self-Tuning, Self-Reconfigurable Control for Large-Scale Nonlinear Systems
FUNDING · European Union, FP7-ICT
TOTAL PROJECT FUNDING · €1,852,683
AGILE developed scalable methods for proactive and self-tuning control, supporting faster, safer and more efficient management of complex infrastructures under changing operating conditions.
Project webpage ↗
COMPLETED
FAST: Advanced Signal-Processing for Ultra-Fast Magnetic Resonance and Training
FUNDING · European Union, FP6-MOBILITY
TOTAL PROJECT FUNDING · €2,554,657
FAST advanced Magnetic Resonance Spectroscopic Imaging as a non-invasive clinical tool and supported interdisciplinary, web-based research training across physics, informatics and biomedicine.
Project webpage ↗