"The project ""Future-Oriented chEmiSTry"" (FOREST) is aimed at enhancing employability of chemistry graduates and quality of chemistry education at RU and VN HEIs through introducing an interdisciplinary Master’s programs in line with the Bologna provisions. The specific project objectives are: To develop new interdisciplinary high-quality multi-track Master’s program in Future-oriented chemistry in line with Bologna provisions and while adapting the EU best practice;• To upgrade the teaching staff skills in T• To set up centres of excellence in chemistry;To raise awareness of local communities of climate change mitigation techniques.The main project outputs are: Master’s program in Future-oriented chemistry delivered at 5 RU and VN HEIs; teachers possessing the-state-of-the art T&A methods; 5 centres of excellence set up at partner universities; pilot mobility schemes tested within the project; two summer schools conducted in partner countries, joint student projects in relevant fields. The Master’s program will have two tracks and will consist of 6 modules and Master thesis defence. The project objectives will be achieved through the implementation of six work packages. During the preparation phase, the main project policies and plans will be devised and analysis of key employers' needs conducted. During the development phase, main outputs are to be produced. Training of teachers will be done through the cascade model: first, the train the trainer program will be introduced for a small number of qualified teachers; then the trained trainers will transfer the skills to a wider circle of academics. The centres of excellence will serve as a link to partnerships with business partners and authorities, which will be involved in project activities as associated partners. All project outputs will be evaluated through peer reviews, business partners' evaluation reports, student and trainees' satisfaction survey. FOREST will provide dissemination of deliverables."

The general aim of InMotion is to continue the reform of the system of higher education in the Engineering in Malaysia and Russian Federation to improve quality of education and teaching according to the priorities established in the Bucharest and Yerevan Communiqués and to meet the demands of Strategic Framework for European Cooperation in Education and Training (ET 2020).When implemented the project will change the situation in Engineering education in the following ways:-Student-centred learning will make the educational process more flexible and effectively by the choice of the desired studying areas. -Consortium universities in MY and RU will be enabled to prepare graduates competent in the Computer Modelling and Simulation( CMSE) field. -With Open Modelling and Simulation Environment platform (OMSE) we will create a new paradigm in respect to integration, harmonization and aggregation of various types of quality-controlled eLearning components derived from internationally operated learning and research facilities. All the consortium members will have an adaptive learning environment both meeting the needs of today and oriented towards technologies of tomorrow.-The stakeholders will get access to the MOOCs for the LLL training of their professionals-Prospectively, other Facultaties of partner universities and universities outside the consortium may adopt the learning environment (OMSE) and use it for teaching students in the other fields.The principal outcomes and outputs are:- Updated Curricula with new Syllabi-new Textbooks, guidelines -new eLearning Materials, based on innovative teaching strategies and creative learning approaches, such as: Research Based Learning; eSciece approach; Collaborative/ Personal Learning Environment; virtual labs for learning and comparison of the modern Simulation packages: Matlab, Simulink, RDM, Modelica, ISMA, Wolfram SystemModeler-MOOCs in CMSE.

The aim of the project is to increase the possibilities for KZ,MN,RU to improve the quality of living in the big cities, reduce costs and resource consumption, to improve contact between citizens and government by implementing of the Smart City technologies (SCT) using urban informatics and technology – by starting preparation of the new breed of multidisciplinary ICT-skills graduates. At the moment in all these countries in spite of governments’ ambitious plans no university prepares such specialists. Development of the Double Degree Master Program in the SCT (DDMP) allows to prepare highly qualified professionals and to implement ECTS, EU principles of assessment what will make the graduates internationally recognized. The students will get the possibility to obtain RU,KZ,MN MS degree in SC and MS Degree of one of EU universities. This objective will be achieved through major Outcomes/Outputs: D1.1.Business community needs and expectations analyzed, D2.1.New curricula developed, D2.2.New syllabi developed, D2.3.Partners' network established legally, D3.1.Skills upgraded and methodological support of the teaching process is ensured, D3.2.Teaching materials and training guide developed, D4.1.PC universities staff upgraded in quality assurance, D4.2.QAS and user guide developed, D4.3.QAS in operation, D5.1.PC universities staff upgraded in e-learning and new technologies, D5.2.IHLS in operation, equipped (an innovative approach to teaching includes: web-portal, remote/virtual labs, e-learning, access to the EU databases), D6.1.Students' training implemented; and other Outcomes/Outputs relevant to the project’s realization. DDMP development includes development of the curriculum, content, teaching materials for 18 subjects, assessment methodology and signing bilateral agreements with EU universities on DDMP realization. Guide for the new students’ admission to the DDMP will be developed. Links with business guarantee that the DDMP will follow PC business demands.