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This page provides you with information and links to opportunities to learn or study in another EU country. You can scroll down to find all information. You can filter the results by using the filters on the left.

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Search found 207 items
  1. Multimedia Technologies

    Objective(s) of a study programme: To prepare creative bachelors, which understand computer systems, software engineering and development technologies, internet technologies, digital audio/video generation, processing, transfer, and storage technologies, 3D modeling, visualization, and animation, as well as web engineering, mass media and online media content creation principles, rules and methods; to prepare bachelors, which are able to design, install, professionally use, improve interactive media hardware and software systems, as well as web systems development and management tools. Learning outcomes: knowledge of mathematics, physics and other physical sciences knowledge of economy, management, philosophy, business communication knowledge of computer architecture and organization knowledge of discrete structures knowledge of operating systems knowledge of human and computer interaction knowledge and skills of programming languages, basic algorithms and algorithmisation knowledge of computer graphics and visual calculations knowledge and understanding of software system engineering knowledge and ability to produce multimedia content task formalization skills and ability to use various formalization tools time management and organizational skills ability to work in a temporary team remotely ability to evaluate engineering decisions ethically, socially, and with regard to IT security ability to use information technologies, the basic software, automated design and computer graphics systems ability to effectiv ...

    Provider NameKaunas University of Technology

    Category: Learning Opportunities Location: Lithuania
  2. Software Engineering

    Objective(s) of a study programme: To have fundamental knowledge of software engineering, be able to analyse and evaluate the environment to be computerised, can develop and implement software, conduct applied research works within the selected computer area independently, be able to master modern tools for computer-aided software development and management as well as possesses practical design skills and is qualified for professional software engineering activity. Learning outcomes: Underlying conceptual basis for informatics: * Deep knowledge and understanding of the principles of software engineering, the competence of essential facts, concepts, principles and theories; * Critical awareness of topics at the forefront of information technologies. Analysis, design and implementation: * An ability to plan and analyse the software engineering processes; * An ability to systematically analyze and evaluate the computerized environment; * Specification of requirements for software system; * Identification and analysis of scientific and practical problems; * Software system design and implementation; * Application of software engineering knowledge in the computer systems design; * Design skills acquired during the formalization and logical thinking activities; * Ability to combine theoretical knowledge and practical skills in software design; * Ability independently solve problems that arise during the development of software systems; * Solution of problems of Security of Software Systems Engineering; * Skills of ...

    Provider NameKaunas University of Technology

    Category: Learning Opportunities Location: Lithuania
  3. Informatics Engineering

    Objective(s) of a study programme: To prepare specialists, which have comprehensive theoretical and practical knowledge of computers, computer systems, communication networks, development, deployment and maintenance of real-time information processing and management systems, are able to design and implement computerized systems, engineering devices and to apply information technologies for business management systems, are able to perform design and programming of information technologies based systems, technological and other engineering tasks in enterprises and other organizations. Learning outcomes: Knowledge and understanding: Knowledge of mathematical conceptions and principles, differential and integral computing and differential equations solving, probability theory, fundamentals of statistics, linear algebra, numerical analysis; Humanitarian and social science knowledge to achieve the goals of engineering profession and for the broader erudition and philosophical approach cultivation; Fundamental knowledge about natural laws, phenomenon and their quantitative expression, knowledge of materials and elements used in engineering and their properties; Knowledge of algorithms and their analysis, programming methods and technologies, knowledge of the processes of software system development; Knowledge of methods and technologies used for the development of information processing systems, human-machine interaction, knowledge of internet technologies application; Knowledge of digital logic, computer elements, c ...

    Provider NameKaunas University of Technology

    Category: Learning Opportunities Location: Lithuania
  4. Administration of computer network

    Future computer network administration engineers study 38 subjects: general subjects of higher education: mathematics, information technologies, databases, foreign languages, physics, civil protection, etc., and special subjects: computer graphics, operating systems, electrical engineering, electronics, management, programming, internet technologies, fundamentals of computer networks, computer networks (CCNA), etc. Practical studies are carried out in six stages: practice of information technologies, programming practice, computer maintenance practice, practice in application programmes, professional practice, final practice aimed at consolidating knowledge of general technical and special (technological ) subjects, introducing company activities, analyzing computer network structure in a company, documentation procedures, developing skills for creative problem solving in a company, practical skills and socialising. Duration of practical studies is 800 hours. Study programme of computer network administration is aimed at individuals with secondary education seeking to become computer network engineers. ...

    Provider NameAlytus College

    Category: Learning Opportunities Location: Lithuania
  5. Multimedija, dizainas ir leidybos technologijos

    Future engineers study databases, desktop publishing, programming, electronic commerce, computer-aided design, image processing and composition, online technologies, etc. Practical training takes place in five stages: practical training on introduction to desktop publishing systems; practical training on information technologies, programming, publishing systems; practical training in the field of specialization, and final practical training in speciality. During the practical training the competences in graphical modelling, computer design, video/audio or creation of online websites are improved and consolidated. The volume of practical training is 800 academic hours. The study programme of Electronic Publishing is designed for entrants with secondary education. ...

    Provider NameAlytus College

    Category: Learning Opportunities Location: Lithuania
  6. Chemical engineering

    Future holders of a bachelor’s degree in chemical engineering study physical-chemical test methods, process and equipment modelling and design, petrochemistry, oil and oil product testing methods, general chemical technology, chemical reactors, organic synthesis technology, human safety, the basics of management, economics, hydromechanics, information search and patent research, chemical thermodynamics, electrical engineering and electronics, materials research, law, information technologies, etc. Practical training is organised in two stages: the autumn and the spring semester. The training helps students build practical skills and knowledge, deepen and enhance basic engineering and special subject knowledge, familiarise themselves with modern chemical technologies and technological equipment, and learn to independently and creatively solve real-life issues arising in their daily work. The duration of practical training is 400 hours. This chemical engineering programme is intended for individuals who have a secondary education and would like to obtain a bachelor’s degree in chemical engineering. ...

    Provider NameKlaipeda University

    Category: Learning Opportunities Location: Lithuania
  7. Marine environment engineering

    Future holders of a master’s degree in environmental engineering study the basics of scientific research, microbiological processes and biotechnologies, ecological expertise, modelling of ecological processes, ecological audit, impact of marine transportation on the environment, management of shoreline zone, developmental principles of environmental technology, etc. Research training is organised. The training enables students to acquire research skills and creatively apply available methods for analysis, to learn to assess research results and their reliability, to prepare material for publication, to make presentations, to participate in discussions, and to develop the scientific thinking and experience of master’s degree students. The duration of training is 560 hours. This environmental engineering programme is intended for individuals who have acquired a bachelor’s degree and would like to earn a master’s degree in environmental engineering. ...

    Provider NameKlaipeda University

    Category: Learning Opportunities Location: Lithuania
  8. Environmental Engineering

    Objective(s) of a study programme: To educate specialists, which able to analyse and assess performance of environmental technologies, be able apply these technologies into practice and carry out maintenance of technological devices, be acquainted with environmental quality estimation and pollution prevention methods and measures. Learning outcomes: Knowledge and Understanding: have deep knowledge in technological means of environment protection, comprising treatment of wastewater and ambient air emissions as well as waste management; understand application possibilities of the organizational environment protection measures (law, economics, management); have knowledge in applying pollution prevention measures for industry; critically evaluate and analyze the environmental systems and management methods. Engineering Analysis: be able to solve environmental problems in non-standard situations; be able to predict traditional and emerging technological impacts on environment and be able to select ways of mitigation; be able apply knowledge and understanding in conceptualization of environmental engineering models, systems and processes; be able to use innovative methods to solve technological and organizational goals of environment protection. Engineering Design: be able to apply engineering knowledge and understanding in solving different types of environmental planning and design tasks; be able to work with high technical complexity, uncertain and incomplete environmental information. Investigations: be able to d ...

    Provider NameKaunas University of Technology

    Category: Learning Opportunities Location: Lithuania
  9. Environmental engineering

    Future holders of a bachelor’s degree in environmental engineering study applied ecology, ecological monitoring, climate pollution and control, emissions and wastewater treatment technologies, environmental law and politics, waste treatment and pollution prevention, soil research, the chemistry of natural compounds, environmental microbiology and sanitation, physical-chemical test methods, economics, law, environmental informatics, management and land use planning, human safety, information search and patent research, environmental chemistry, etc. Practical training is organised in two stages: in the autumn and spring semester. The training helps students build practical skills and knowledge, deepen and enhance basic engineering and special subject knowledge, familiarise themselves with modern environmental protection technologies, and learn to independently and creatively solve real-life issues arising in daily work. The duration of practical training is 400 hours. This environmental engineering programme is intended for individuals who have a secondary education and would like to have a bachelor’s degree in environmental engineering. ...

    Provider NameKlaipeda University

    Category: Learning Opportunities Location: Lithuania
  10. Environmental Engineering

    Objective(s) of a study programme: To educate bachelors with broad competence in environmental engineering, provide sufficient knowledge and skills in high environmental technologies, stimulate creative and critical thinking, approach studies to practical engineering work, integrate engineering, business and management knowledge, and implement need for life-long professional perfection. Learning outcomes: Knowledge and Understanding knowledge and understanding of the mathematical principles of engineering; systematic understanding of the environmental processes, principles of pollutant formation and control, as well as concepts of environmental engineering; coherent knowledge in environmental technologies (water preparation and wastewater treatment, gaseous exhaust treatment, solid waste management); knowledge in legal and economic aspects of environmental protection; awareness of the application of principles of the sustainable development in professional activities; knowledge in the application of other fields of engineering (chemical, mechanical, electro technical, etc.) towards solving environmental engineering tasks. Engineering Analysis the ability to apply their knowledge and understanding in identification and analysis of current and pending environmental issues and in planning of measures for their solution; the ability to apply their knowledge and understanding in the analyses of environmental processes and pollution abatement technologies; the ability to select and apply technological and labora ...

    Provider NameKaunas University of Technology

    Category: Learning Opportunities Location: Lithuania

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