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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 20 items
  1. Laivo inžinerija

    Būsimieji transporto inžinieriai studijuoja laivo korpuso konstrukciją, laivo statiką, laivo hidromechaniką, laivų sistemas, inžinerinę jūrų ūkio ekonomiką, laivų statybos technologiją, laivo eigumą, aukštąją matematiką, tikimybių teoriją ir statistiką, bendrąją chemiją, fiziką, medžiagų atsparumą, inžinerinę ir kompiuterinę grafiką, informacines technologijas, teorinę mechaniką, medžiagų inžineriją, elektrotechniką ir elektroniką ir kitus dalykus. Praktinės studijos vyksta keliais etapais: pratybos, seminarai, kursinio darbo projektavimas, technologinė-konstruktorinė praktika ir baigiamojo darbo praktika. Praktinių studijų trukmė apie 2000 val. ...

    Provider NameKlaipeda University

    Category: Learning Opportunities Location: Lithuania
  2. Maritime Transport Energy Engineering

    Objective(s) of a study programme: The main objectives of the Study Programme “Maritime Transport Energy Engineering”: 4. To prepare high-qualification specialists with an engineering background for entities of the maritime complex (technical units of the administrative bodies of the port’s engineering services, ship repairing, building, and servicing enterprises, shipping lines, inner water transport systems, etc.) as well as for structures of other modes of transport, who have comprehensive multiple knowledge to execute, organise, and manage, in the transport energy sector, repair, technical maintenance, modernisation, renovation, and designing of maritime transport energy and technological installations and mechanisms, implementation and reliable operation of new technologies, installations, and energy generation and supply systems in seaport technical structures with a view to increasing work productivity, improving the efficiency of the use of energy, and ensuring environmental measures. 5. To provide students with comprehensive theoretical knowledge of analytical thinking, system analysis and synthesis of sophisticated technical systems, and mathematical computer simulation and practical skills for professional activities, which are also necessary for the continuation of studies at the second cycle of studies, i.e. master’s studies. 6. To foster a conscious, comprehensively educated personality receptive to science and new technologies and cultural values, capable to create, accumulate, and disseminate sc ...

    Provider NameKlaipeda University

    Category: Learning Opportunities Location: Lithuania
  3. Automotive Engineering

    Objective(s) of a study programme: To improve further the knowledge of the bachelors’ study that is necessary for the engineering and scientific activity, high technologies adaptation in the transport engineering sector, develop intellection and specific skills required for the performance of the scientific research, implementation of novelties in professional activity, create and sophisticate transport engineering technologies, equipment and means. Learning outcomes: Master of the programme will be able: 1. To apply the theoretical knowledge of transport machines, their aggregates and systems, dynamics and testing for performance of the scientific investigation and introduction of novelties. 2. To apply numerical and mathematical simulation methods for the transport machines systems modelling. 3. To apply knowledge of traffic participants psychology, their interaction and safety of transport means for the analyses of traffic accidents and determining of causes. 4. To apply knowledge of business strategy management, logistic management, and principles of peoples’ resources management in practical activity. 5. To identify and formulate the scientific problems, plan and conduct experimental and/or theoretic research by integrating standard and special research methods, evaluate and summarise reliability of the test results, argument and publish conclusions of the scientific research. 6. To perform tests of the transport machines, their aggregates and systems, analyse and solve the transport problems, evaluate var ...

    Provider NameAleksandras Stulginskis University

    Category: Learning Opportunities Location: Lithuania
  4. Transport Engineering

    Objective(s) of a study programme: To develop the bachelor of transport engineering, who would be able to apply based on theoretical understanding and critical evaluation knowledge and abilities, to solve by his own technical problems and conduct activities in specialised working and study fields related with automobile transport, agricultural transport and transport technological equipment and spread specific knowledge about mentioned subjects. Learning outcomes: Bachelors of the programme will be able: 1. To perform measurements of physical dimensions, to analyse measurements data, to analyse references, to use database and other information sources, to conduct and summarise engineering research by using of standard research and mathematical statistics methods. 2. To apply theoretical knowledge and understanding for identification, formulation and solving of engineering problems in automobile transport, agricultural transport and technological equipment, for analyses of engineering products, processes and methods in transport systems; to choose and apply suitable analytical and modelling methods. 3. To apply and integrate knowledge of different areas to achieve rational combination of environmental, human's, technical and technological factors. 4. To apply general knowledge based on calculation and design methods for solving engineering problems: to design elements and technologies for transport means and technological equipment, to choose their production technologies. 5. To perform testing of transport ...

    Provider NameAleksandras Stulginskis University

    Category: Learning Opportunities Location: Lithuania
  5. Aviation Engineering

    Objective(s) of a study programme: To prepare specialists in Aviation Engineering who have the fundamentals of science, basic knowledge and understanding in aviation engineering, are able to analyse engineering problems, are able to apply the acquired knowledge and understanding and methods for conducting investigations developing practical skills related to development, exploitation and modernisation of aircraft systems. Learning outcomes: Knowledge and Understanding Knowledge in science, mathematics, core subjects of engineering; Awareness of wider, multidisciplinary context of aviation and engineering; Knowledge of scientific and mathematical principles of the aviation engineering area; A systematic understanding of the key aspects and concepts of aviation and engineering; Coherent knowledge of engineering including some at the forefront of aviation engineering; Systematic knowledge in aircraft design and technical maintenance technologies. Engineering Analysis Able to solve engineering problems consistent with the level of knowledge and understanding; Able to use a variety of methods, including mathematical analysis, computational modelling; Are able to recognise the importance of societal, health and safety, environmental and commercial constraints; Are able to apply knowledge and understanding to identify, formulate and solve problems in aviation engineering and technologies using established methods; Are able to understand the principles and application posibilities of new technologies, to select and app ...

    Provider NameKaunas University of Technology

    Category: Learning Opportunities Location: Lithuania
  6. 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
  7. Harbour works

    Future specialists in constructing port buildings study the basics of scientific research, reliability of technical systems, modelling of technical systems, port planning, building optimisation methods, port building load profiles and impact, reconstruction of port buildings, mechanics of continuous buildings, the methods involved in the automated design of finite elements, etc. Professional training is not planned. This construction of port buildings programme is intended for individuals who have acquired a bachelor’s degree in technologies and would like to become specialists in constructing port buildings. ...

    Provider NameKlaipeda University

    Category: Learning Opportunities Location: Lithuania
  8. Transport engineering

    Future Transport Engineering Bachelor's degree students study economics, management, logistics, mechanics, electronic, hydraulic and pneumatic control systems, combustion engines, cars, wagons and locomotives, traffic safety and other subjects. Practical training takes place in two stages, also, students have two industrial practices. Practical training period is 10 credits. During this period students' skills on vehicle control, maintenance and repair are consolidated and improved. ...

    Provider NameVilnius Gediminas Technical University

    Category: Learning Opportunities Location: Lithuania
  9. Laivų projektavimas ir statyba

    Future holders of a master’s degree in the structural design and construction of ships study the structural design of ships, administration of companies involved in the marine business, ship vibration, renovation of ship building and repair technologies, etc. Professional training is organised in two stages: workshops, seminars, and course paper planning and preparation of a master’s thesis. The duration of training is 976 hours. Research skills, ship structural design preparation, and other skills are reinforced and improved during the training. This master’s degree programme in the structural design and construction of ships is intended for individuals who have acquired a bachelor’s degree in technologies and would like to become specialists in the structural design and construction of ships. ...

    Provider NameKlaipeda University

    Category: Learning Opportunities Location: Lithuania
  10. Transport engineering

    Future Masters in Transport Engineering study the reliability theory of vehicles, queuing theory, transportation management systems, engine optimization, research foundations, transportation systems, machine modeling, finite element method for solid-media techniques and other subjects. Practical training is not provided for. ...

    Provider NameVilnius Gediminas Technical University

    Category: Learning Opportunities Location: Lithuania

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