The project seeks to further develop & enhance lifelong learning in Belarus with effective use of distance education & Bologna instruments for the development of regional labour market through development of an inter-University LLL network (ILN); design, development, & piloting 5 new on-line or blended LLL study courses to the general public; evaluation of the piloting & making further developments of the ILN. The following outcomes will be achieved to hit the specific objectives: enhanced management of Institutes for Continuous Education at the 6 Belarusian partner Universities; trained managerial & academic staff; developed study materials for the 5 new on-line or blended LLL courses (Moodle-based); developed ILN networking; enhanced collaboration between the 6 Belarusian Universities & cooperation with the EU partners; 5 piloted on-line or blended LLL courses at the 6 Belarusian partner Universities; dissemination & advertising leaflets (printed and electronic), project brochures on the project & its results. The planned outcomes/outputs will be achieved through the following main activities.In Year 1: Preparation for the developments will take place at the kick-off meeting in Rezekne. Later, the ILN creation, staff appointment & teachers selection will take place. The staff appointed and the teachers selected will undergo the 2-week internship to learn & practice the structuring, management, applications, the course design & teaching/learning modes in using the web-based educational platform. In Year 2: Up to 100 students will be enrolled at each Belarusian partner on the 5 LLL courses. The ownership of the programme and developed courses will belong to the consortium according to the future Consortium Agreement, students will be enrolled territorially - in their geographical regions for the reason of attending 2 initial & 2 finalising face-to-face classes at the respective University. The courses will be piloted & students will get certificates.

The project is aimed to enhance quality of HE with employment focus in content by enhancing internal QA for teaching/learning & improving teaching staff performance at BY Universities for them to respond to the increased demands of society/economy. It has objectives to enhance QA policy-making & procedures for work with teaching staff to ensure quality in HE through the establishment of Centres for Academic Development & Teacher Training (CADTT) at each BY partner; optimise pedagogical performance of teaching staff via the development of an in-service university teacher training programme for university staff who need pedagogical training; increase quality of students’ performance at University & at work places through application of innovative education methods to ensure transition to student-centred practice-based & market-oriented education; apply QA system at BY Universities for identifying staff in need of pedagogical training; & introduce new regulations on teaching staff employment at BY Universities. Managerial, academic staff & students are the target groups in the project. Labour market, the other Universities in the country are the major stakeholders.The major outcomes & outputs achieved in the project – CADTTs, internal system of QA, innovative methods of education, In-service University Teacher Training Programme, & regulation for staff employment, will be the tools for producing impact on the target groups & stakeholders. An important aspect of the project is the development of pedagogical interaction & networks for staff in the EU, TK & BY. The main impact will be on the university management system in what concerns QA for teaching/learning & teaching staff performance-staff & students will be the target group. Innovative education methods will expand the impact. The society's stakeholders-other BY universities & labour market will be final beneficiaries of the wider impact – graduates’ enhanced skills for better employment & performance at work.

Belarus is in the process of building nuclear power generation with two reactors envisaged: construction of the first will be completed this year, construction of the second will finish in 2020. Higher Education in nuclear safety and radiation protection will be of utmost importance, hence appropriate curricula need to be developed and set in place. Aim of this project is the development of curricula at the Master level, in line with Bologna principles, to be accredited by the Ministry of education and adopted throughout the Country. To this aim, a number of Belarusian University, covering practically all the regions of the Country, have been involved in the project, and will serve both as developers and as “testing facilities” for the new curricula. The EU Universities involved all have a long-lasting and deep experience in the field, and have developed in the past their own curricula in the field. The expected results will be innovative two-year study program, including a special attention to practical training effected with a two prong approach: new, up to date didactic laboratories to be set up in all the Belarusian partner HEIs; traineeships in institutions and companies active in the field of nuclear safety and radiation protection. Special attention shall be focused on “training the trainers”, i.e., professional instruction and internship for the teachers-to-be. Ideally, a first generation of teachers will be formed during the three years of the project, and this first group of fully trained teachers will continue the work raising the new generations of instructors. The end result will be a Country-wide education framework in the field of nuclear safety and radiation protection. The impact on the Country is quite clear: the capability of handling the new nuclear industry safely and effective; the wider impact for Europe will be that a newcomer in the nuclear industry can be trusted to be capable to manage its nuclear potential.

Context/background: The lack of proficiency in academic language for the study of the specialist sector often constitutes an obstacle to student mobility and may limit the acquisition of theoretical, technical and professional knowledge during the period of the Erasmus stay in the host institution. This is especially true in the field of Architecture and Construction (AC), where training covers a number of technical sub-fields which are often defined by professional practices, cultural traditions and legal frameworks which are specific to a given country. In such a scenario, while English is still widely used as a lingua franca, proficiency in the national language becomes crucial for removing linguistic and cultural barriers that can hinder the training/learning process and/or discourage student mobility across Europe.Objectives: The project aims at creating academic-professional language modules for French, German, Italian, Russian and Spanish as a foreign language in the field of AC with a view to encourage student mobility and to improve the outcomes of mobility programs.Participants: The project sees participation of members of five Higher Education institutions with extensive teaching and research experience in the fields of Applied Linguistics, Teaching Foreign Languages, Corpus Linguistics and Language Learning/Teaching Technology: University “G.d’Annunzio” (UdA), Chieti-Pescara (Italy); Masaryk University (MU), Brno (Czech Republic); Polytechnic University of Madrid (UPM), Madrid (Spain); University of Bordeaux Montaigne (UBM), Bordeaux (France); Polotsk State University (PSU), Polotsk (Belarus). One private enterprise, Internet Web Solutions (IWS), based in Málaga (Spain), is the IT partner of the project, already active in several Strategic Partnerships projects for the development of open-access resources.Activities: The project will develop in two main stages. In the first stage (Intellectual Output 1), consultation with (academic and professional) stakeholders will allow mapping of AC sub-fields and communicative settings which currently constitute an impediment to student and professional mobility. The results of this consultation will inform the creation of language corpora (i.e., digital collections of texts) comprising FRENCH, GERMAN, ITALIAN, RUSSIAN and SPANISH texts representative of professional and academic communication in AC. In the second stage (Intellectual Output 3), each partner university will develop innovative language teaching modules for AC in French, German, Italian, Russian and Spanish, which will be made freely available online for testing and subsequent use by mobility students at partner Universities. Throughout the project, IT partner IWS will develop, test and update the Open Educational Resources (OER) platform which will beused to distribute resources created within SEAH (Intellectual Output 2).Methodology: The project relies on the use of a variety of methods at each stage, including: semi-automatic creation and annotation of language corpora; automatic extraction of linguistic (lexical, morphological, syntactic and pragmatic) features to inform the learning materials; OER-Platform implementation and testing; survey-based methods for data collection and analysis.Results, impact and long term benefits: The innovative language learning materials created within the project will:- closely address the learning needs of trainees in the field as reported by involved stakeholders;- standardize training practices in this field across the five languages covered in the project, while still attending to culture-specific aspects;- promote students' motivation, autonomy and active engagement in the learning process through the use of a variety of media and IT tools as well as access to the electronic corpora;- guarantee free access to high-quality, research-informed training to the public.The methods, criteria and tools used for creating language learning materials will contribute to more effective and motivating training for mobility students, making them more confident in undertaking international efforts (in their training years and, subsequently, in their professional career). In the longer term, this will result in greater participation in (and more positive outcomes for) mobility programs, creating better career opportunities for young EU citizens. Free access to the Open Educational Resource (OER)-platform will also provide lifelong learning opportunities for professionals looking to collaborate with companies and individuals abroad, thus promoting use of the resources by larger pools of users beyond academia.Finally, the availability of multilingual language learning material can greatly contribute to enhancing visibility and more wide-spread knowledge of French, German, Italian, Russian and Spanish architectural heritage and the professional practices associated with it, promoting national cultural valorization in international settings.

In an effort to bring science and society together in Europe, and consequently increase the continent’s international competitiveness, STEM (science, technology, engineering and mathematics) education must be more relatable to European youths to raise their interests and involvement in STEM careers. This project proposes an educational platform with multi-level components, designed and developed on the base of a well-researched pedagogical framework, which aims to make STEM education more attractive to young people from age 10 to 18 years old. Universities, schools, teachers, students, parents, business and media partners come together to complete a circle in which STEM becomes a part of the daily life of youths through an educational portal that also prepares them for future careers. The socially motivational platform for emotional and educational engagement, herein referred to as the STIMEY (Science, Technology, Innovation, Mathematics, Education for the Young) platform, will combine: - social media components and entrepreneurial tools (present), - robotic artefacts (the future), - radio (the past) to educate, engage and increase the youth’s interest in STEM education and careers. The platform, with individual e-portfolios, will be designed to tap into the children’s curiosity and motivations from a young age. The platform will take into account the specific needs of girls and boys, to be attracted and stay with STEM in a social collaborative environment with serious gaming and healthy competition among peers. The platform will give teachers the necessary modern tools to deliver STEM education in an attractive and engaging manner in-class, while also following up on students’ progress even outside of class.