Место обучения	Латвия, Рига
Научная область	Electronics and automation Era-06.5 (ISCED 523) Electronic engineering (JACS H610)
Тип	Бакалавр, полная академическая нагрузка
Номинальная продолжительность	4 years (300 ECTS)
Язык обучения	английский
Присваиваемая квалификация	BA (Bachelor of Engineering Sciences in Electronics)
Аккредитация	accredited until 31 December 2022

Плата за обучение	3 000 € за год
Плата за рассмотрение заявления	100 € один раз
Регистрационный взнос	149,99 € один раз Includes: – Consultations for selection of HEI – Migration & visa consultation – Registration in the Baltic Center database – HEI admission documents’ check – General testing for all Baltic Center HEIs – Admission Examination – Student’s admission to HEI – Documents’ arrangement for the payments to HEI – Invitation for the embassy. The period of preparation from week to two months - You will access to admission system with extra BONUS information& - You will have your own manager and curators on each stage of admission process. You can receive DISCOUNT and pay only 104.99 EUR, for more information visit our FREE webinar “Education in Europe”. Register on English Language: study.baltic-center.eu/admission-webinar-en Register on Russian Language: study.baltic-center.eu/admission-webinar-ru

Полученное образование

Гимназия / среднее образование (или выше) Документы об образовании принимаются на любом языке Please provide the secondary school leaving certificate in the original language. If the diploma is not issued in English, a certified translation should be provided. The document must be legalised/apostilled. Поступив в университет, вам необходимо предоставить оригиналы документов об образовании. It is necessary to have notarized certified documents translated, legalized and apostilled.

Требования к территории	Заявления из следующих стран НЕ приняты (основываясь на гражданстве): Бангладеш, Ирак, Йемен, Пакистан.

Языковые требования	английский One of next variants, if you have no any of this certificates you can pass University or Baltic Center Exams: English TOEFL IBT – at least score 72; IELTS – at least score 5.5; PTE General – at least level B2; FCE – at least level B; CPE – satisfactory pass; CAE – satisfactory pass.

Обзор

The Programme is focused on the professional training of new-generation specialists with fundamental knowledge and skills in the field of industrial robot technology, mechantronics, aeronavigation systems, transport telematics, Smart and RFID technology and other fields.
In the process of training, innovative methods and contemporary equipment of academic laboratories of TSI are used.
A possibility to work independently and creatively, evaluation of own knowledge and achievements, mandatory practice in the leading profile companies – these and a host of other things help students acquire practical knowledge and effectively use it in practice.
Robotised technological complexes, automation system design, distributed automation systems, computer-aided design of digital equipment, transport and global positioning systems, visualisation of technological processes, programming of industrial logical controllers, electronics and microelectronics – this is just the small part of the Programme ‘Electronics’. Primary focus

Upon completion of the study programme, graduates are conferred a state-recognised degree and the qualification Engineer in Electronics and Electrical Engineering.

Graduates of the programme “Electronics” deal with robot programming, design and creation of industrial automation systems in different sectors of industry; maintenance of transport and electronic systems in aviation, railroad and motor transport organisations; development of contemporary electronic devices – from simple household devices to complex digital systems for the management, observation and exchange of data.

Карьерные возможности

Graduates of the programme “Electronics” deal with robot programming, design and creation of industrial automation systems in different sectors of industry; maintenance of transport and electronic systems in aviation, railroad and motor transport organisations; development of contemporary electronic devices – from simple household devices to complex digital systems for the management, observation and exchange of data.