Curriculum Development Leader of E+ Capacity Building in the Higher Education CDAE Project

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Project Manager and Staff trainer in E+ CBHE FAB project

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Master’s programme in Family Business Management – FAB is co-funded under the Erasmus+ programme, Capacity Building in Higher Education action and aims to create a new Master’s programme in the specialized academic area of Family Business Management in Cambodia, Malaysia, Philippines, Bangladesh, Bhutan and Nepal. The project is coordinated by the National University of Management in Cambodia. The FAB curriculum will incorporate novel entrepreneurial theories, business models and innovative management tools fostering new family entrepreneurs, but also promoting entrepreneurial behaviour (including innovation) in existing family firms. Asian universities are supported by partners from Portugal, Greece and Cyprus. Link of the project: https://fab-project.eu/
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WP2 Dissemination Leader of the HORIZON Europe project ARISE

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ARISE - Advanced AI and RobotIcS for autonomous task pErformance ARISE project will introduce cutting-edge technologies that revolutionise complex manipulation tasks and redefine the future of automation. Specifically, it will develop reconfigurable pneumatic manipulators, variable-stiffness soft end-effectors, and cutting-edge perception modules. This innovative toolchain, with applications in installation, repair, transplanting, and harvesting tasks in solar and hydroponic farms, promises a transformative leap in the automation landscape. Overall, the project’s comprehensive approach, from hierarchical imitation learning to edge-AI deployment, heralds a new era of efficiency and progress. ARISE Website: https://arise-robotics.eu/  CORDIS Link of the project: https://cordis.europa.eu/project/id/101135959
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Coordinator of the HORIZON project TUBERS

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TUBERS - Scalable and Modular robotic tools for pipeline inspection and repair The EU-funded TUBERS project will create the world’s first combination of robotic platforms allowing around-the-clock inspection and targeted in-situ repairs. The system will significantly reduce regular inspection and maintenance costs. It comprises a snake-like resident robot for long-distance operations overleaping pipeline-junctions to navigate the network, a modular soft-robotic platform for inspections and repairs of pipe segments, a high-accuracy inspection system to detect leaks and measure corrosion, and Explainable Machine Learning algorithms-powered Decision Support System.   Link of the project: https://tubers-project.eu/ CORDIS Link of TUBERS: https://cordis.europa.eu/project/id/101070115
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