The DAFLS (Developing Applied Foreign Language Skills) project is a collaboration between three European universities supported by ALDA Skopje (European Association for Local Democracy) and the French Institutes in Belgrade and Skopje. It aims to create new training courses based on applied foreign languages and responding to the needs of each partner to adapt the training offer, internationalisation and pedagogical transformation. It brings together the University of Caen Normandie (UNICAEN) in France, the University of Saints Cyril and Methodius of Skopje (UKIM) in Northern Macedonia and the University of Belgrade (UBG) in Serbia. The project seeks to respond to the needs of the Faculties of Philology in Northern Macedonia and Serbia to diversify their training offer in order to offer new professional perspectives to their graduates and to increase their employability. At present, these faculties focus, in a classical philological approach, on the study of language, literature and civilization, and mainly prepare for professions in teaching, research and translation with limited opportunities. However, the opening up of national economies to globalisation and the integration of countries into the European Union has created, on the one hand, a demand in companies for multilingual and multi-skilled staff with international business management skills. On the other hand, the current negotiations for accession to the European Union are increasing the needs of administrations for staff with in-depth knowledge of European programmes, skills in terms of managing European funds and running European projects in networks with other institutional or private, local or international partners.University courses to acquire such skills exist in the LEA department of UNICAEN, which offers a LEA degree combining the study of foreign languages with applied subjects (law, management, communication, applied computer science) as well as a Master's degree in European project management combining local project engineering and European dimension.The DAFLS project is structured around three central objectives:* to meet the needs of the labour market by developing the teaching of applied foreign languages and training in European project management* contribute to the internationalisation of partner institutions by creating co-degree courses, taught in English and structured around mutualised courses*contributing to the pedagogical transformation of partner institutions through the development of e-learning modules that multiply the ways of learning languages and through teaching in virtual classroomsIn order to achieve these objectives, the project will mobilise more than sixty participants - teachers, educational engineers or professionals from the public or private sector involved in the management of European projects. After having followed training workshops in the development of digital pedagogical modules as well as in consultation and cooperation techniques with stakeholders, they will be organised in thematic working groups in each partner institution with a view to designing new diplomas and digital pedagogical tools. On the basis of existing UNICAEN training courses, they will create *A degree in Applied Foreign Languages at UKIM and UBG in co-graduation with UNICAEN for French-speaking students doing a study mobility and internship in Caen;*a course of excellence in the Bachelor's degree in Applied Foreign Languages at UNICAEN, more open to international students by integrating courses taught in English and in virtual classes in partnership with UKIM and UBG, as well as study and internship mobility in Skopje or Belgrade;*a Master's degree in European Project Management at UKIM and UBG interacting with training at UNICAEN through courses and webinars organised jointly by the three degrees; *hybrid courses and e-learning modules promoting the learning of foreign languages and their use in a professional context.The experience acquired in setting up multidisciplinary and professional training courses by UKIM and UBG will be capitalised through the production of a guide to good practice aimed at universities, particularly in South-East European countries wishing to develop the teaching of foreign languages for professional purposes in faculties of philology with a view to diversifying their training offer to take account of the new needs of their labour market.

Complex Stein spaces may be thought of as analytic analogues of the affine schemes of algebraic geometry. They may be characterized in several manners: using convergence of holomorphic functions, topological properties or potential-theoretic properties, for instance. Especially useful for applications is the fact that their coherent cohomology vanishes. Despite the crucial importance of this theory in complex analytic geometry, its p-adic counterpart has hardly been sketched. In the setting of Berkovich geometry (one among the several notions of p-adic geometry), recent developments have enabled to get a fine understanding of the topology of the spaces (work of Berkovich and Hrushovski-Loeser) and to define the basic tools of potential theory (work of Baker-Rumely, Thuillier, Boucksom-Favre-Jonsson and Chambert-Loir-Ducros). The conditions for a comprehensive study of p-adic Stein spaces are now met; this will be our first goal. The theory will then be used to investigate envelopes of holomorphy and meromorphy. As an application, I plan to derive rationality criteria for power series over function fields. The second part of the project is devoted to the theory of Stein spaces for Berkovich spaces over rings of integers of number fields (where all the places appear on an equal footing). Those spaces have hardly been studied and only a very small part of the usual analytic machinery is available in this setting. Here, my main goal will consist in proving the basic and fundamental fact that relative polydisks are Stein spaces (in the cohomological sense). This will allow a deeper investigation of rings of convergent arithmetic power series (i.e. with integral coefficients) and will lead up to properties related to commutative algebra but also to the inverse Galois problem. Knowing that the coherent cohomology of polydisks vanishes also opens the road towards computing global cohomology groups for projective analytic spaces over ring of integers of number fields.

The increasing use of radiation-associated diagnostic and therapeutic procedures have contributed to the improvements of early diagnosis and survival of paediatric patients. While benefits to the patient outweigh the radiation associated risk, the late effects of exposure of children are particularly important to understand in populations with increased survival. The HARMONIC project builds on close collaboration between scientific and medical communities to contribute to improvements in the understanding of the health effects of medical ionising radiation exposure of paediatric patients, focusing on two distinct and complementary populations: (1) Paediatric patients undergoing modern radiotherapy (including proton therapy); (2) Paediatric patients undergoing interventional cardiology. Our project will provide additional insight into exposure to ionising radiation in childhood, exploring potential effects at very early ages, exposure to a wide range of doses from photons, protons and secondary neutrons radiation. We aim at building European cohorts and registries for long term follow-up of paediatric patients treated with ionising radiation, both in cardiology and oncology settings, in the context of very rapid technology evolution. The study will use an integrated approach of conventional epidemiology, based on state-of-the art dosimetry, complemented by non-invasive imaging and molecular epidemiology to assess the following outcomes: endocrine dysfunctions, cardio and neurovascular diseases, societal impact and cancer. Complementary to this effort, we propose to investigate radiation-induced cellular responses in samples of blood and saliva, and the mechanisms involved in the processes that may lead to cancer and vascular diseases. Ultimately, HARMONIC will develop tools and allow definition of guidelines on optimization techniques to guide treatments toward reduction of patient doses in paediatric cardiology and oncology.