B.Sc.Transport Electronics
Место обучения | Литва, Каунас |
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Тип | Бакалавр, полная академическая нагрузка |
Номинальная продолжительность | 4 года/лет (240 ECTS) |
Язык обучения | английский |
Присваиваемая квалификация | B.Sc. (Bachelor of Engineering Sciences) |
Код курса | 6121EX014 |
Плата за обучение | 3 836 € за год |
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Плата за рассмотрение заявления | 100 € один раз |
Регистрационный взнос | Уточняется You need to choose an individual service package. Please contact the center curator or your agent and consult. You become a part of student union and ambassador program automatically after you will get Base or Standard or VIP status. *Do not forget to ask discount |
Полученное образование | Гимназия / среднее образование (или выше) • a senior high school diploma with a good average grade (min. CGPA >60 %), Документы об образовании принимаются на следующих языках: английский / русский / литовский. Often you can get a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original. Applicants must upload education documents in original language, as well as translations into English. Поступив в университет, вам необходимо предоставить оригиналы документов об образовании. |
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Требования к территории | Заявления из следующих стран НЕ приняты (основываясь на гражданстве): Бангладеш, Ирак, Йемен, Пакистан. |
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Языковые требования | английский TOEFL IBT – at least score 75; |
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Другие требования | motivation (interview online). Особые требования к абитуриентам не из ЕС: Maximum gap after high / secondary school or later studies cannot be more than 3 years. |
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Обзор
Speed, safety, ecology, comfort, economy, and other properties in the transport are conditioned by electronics. Modern transport – from vehicle to complex intelligent metropolitan transport control system – cannot be imagined without electronics.
Карьерные возможности
Student’s competences:
– Identification and formulation of the electronics and transportation engineering problems, selection and implementation of the most suitable solution methods;
– Knowledge and application of general methods for design, construction and production of transportation electronics systems, knowledge of technical measures and their control methods, and quality assurance principles;
– Planning, design and performance of practical research and experiments in the field of transportation electronics, selection of research equipment;
– Application of knowledge in performance of required experimental research, data assessment and making conclusions;
– Application of methods of individual and mutual professional team work;
– Application of theoretical and practical skills in solving of the engineering problems of transportation electronics.
Student’s skills:
– To ensure a timely operation of electronic systems, subsystems and units in transportation;
– To identify activities, establish procedures, ensure optimal process organisation and management;
– To assess standards of technical maintenance and exploitation, and parameters’ compliance with standards, to provide recommendations;
– To design electronic systems, subsystems and units in transportation.