Lieu des études	Lettonie, Riga
Type	Bachelor, temps plein
Durée nominale	4 ans (270 ECTS)
Langue d'étude	anglais
Attributions	BA (Professional Bachelor in Electronics and Automation and Engineer in Electronics)
Accréditation	until 30 June 2023

Frais de scolarité	3 500 € par année
Frais de candidature	200 € paiement unique
Frais d'inscription	À confirmer You need to choose an individual service package. Please contact the center curator or your agent and consult. You can also familiarize yourself with packages baltic.study/en/packages 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

Conditions d'admission	Lycée / enseignement secondaire (ou plus) Applicants must upload education documents in original language, as well as translations into English. Diplomas and transcripts issued outside EU must be legalized with a legalization stamp or Apostille. Vous devrez apporter vos certifications/diplômes lorsque vous vous rendrez à l’université.

Exigences de région	Les candidatures venant des régions suivantes ne sont PAS acceptées (selon la nationalité) : Bangladesh, Irak, Pakistan, Yémen.

Exigences linguistiques

anglais IELTS – (оценка 5.5) TOEFL IBT – (72 пунктов) TOEFL PBT – (513 пунктов) TOEIC – (605 пунктов) FCE (First Certificate in English) – (160 пунктов) CAE (Cambridge Certificate of Advanced English) – (160 пунктов) CPE (Cambridge Certificate of Proficiency in English) – (160 пунктов) Cambridge English: Business Vantage (BEC Vantage) – (160 пунктов) Pearson Test of English Academic (PTE A) – (59 пунктов) Cambridge English Linguaskill – (160 пунктов) LanguageCert IESOL B2 (25 пунктов) Duolingo (100 пунктов)

Autres exigences	online interview math exam

Aperçu

The programme focuses on the acquisition of professional knowledge and practical skills in the technical and scientific fields on which modern robotics is based: embedded electronics, intelligent systems, programming and mechanics. The training courses of the first three scientific and technical areas provide students with the knowledge of automatic control theory, microcontroller programming, industrial and intelligent robotics, autonomous robot embedded systems, autonomous robot action planning, industrial robot programming and artificial intelligence techniques. The mechanics courses provide students with the knowledge of kinematics and dynamics of autonomous and industrial robots, of the robot structures and the principles of designing autonomous robots. During the course, alongside theoretical knowledge, students gain practical experience in using industrial robots Kawasaki, Kuka, ABB and Universal Robots. Humanoid robots NAO, mobile robots Khepera IV and Koala are used to learn the principles of autonomous robotics. Before preparing a graduation project, students undergo compulsory industrial practice in specialised companies that provide industrial production robotisation and are engaged in the development of industrial and autonomous robots as well as robotic devices both in Latvia and EU countries.