Lieu des études	Lettonie, Riga
Type	Master, temps plein
Durée nominale	2 ans (121.5 ECTS)
Langue d'étude	anglais
Attributions	Master (Master of Engineering Sciences in Electrical Science)
Code de cursus	AEMO0
Accréditation	29.05.2013 - 28.05.2019; Accreditation certificate No 365

Frais de scolarité	5 320 € par année
Frais de candidature	150 € paiement unique
Caution	250 € paiement unique Refundable
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	Licence (ou plus) Degree required: Bachelor of Engineering Science in Electrical Sciences 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 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.

Autres exigences	Every student should pass the interview in the Representative office of Baltic Center or on Skype before receiving the final admission. More details will be provided during the application.

Aperçu

FACULTY OF POWER AND ELECTRICAL ENGINEERING
A previously unimagined growth in the number of computer systems in the manufacturing industry sector worldwide requires that a new generation of highly qualified professionals are required to exploit emerging computer-based technologies and implement these in order to maximise the benefits from power and electrical engineering.

Around the world, the task of controlling electrical devices is one of understanding and administrating exceedingly complex control systems in order to ensure continuous and sustainable operation.

RTU is providing students with the professional skills needed to enter a successful career in the field of Computerised control as a highly trained specialist with the foreknowledge of new technology development and industry trends.

This Masters’ study programme provides a blend of knowledge from electrical and computer science, building upon the solid foundation achieved during Bachelor studies.

KEY FEATURES
Interacting Openly: At our faculties, interaction is encouraged between student-faculty-industry and through open interaction and discussion by established and growing minds, great things can be created and conceived. This is especially important for Masters Students when honing their interaction abilities.
Revision: The programme is annually revised according to new trends and demands in society and the field of Computer Control.

Structure du programme

A COMPULSORY COURSES 43 CP/ 64.5 ECTS
Subject
Theory of Electronic Converters of Electrical Energy
Simulation of Electrical Processes
Commutated Converters
The Control Systems of Power Electronics Equipment
Elements of Automatics
Automated Electrical Drive
Design of Power Electronics Systems
Microprocessors – based Automation Systems
Control Technique with Microprocessor Controllers
Industrial Frequency Converters and Inverters
Basics of Occupational Safety

B LIMITED CHOICE 14.0 CP / 21.0 ECTS
B1 Specialized courses 10.0 CP/ 15.0 ECTS
Subject
Automated Electro Technological Processes
Industrial Programmable Control Systems
Application of Computers in Electrical Equipment Design
Methods of Analysis and Calculation of Electronic Circuits
Typical Electrical Drive
Electro-Magnetic Compatibility in Industrial Electronic Equipment
Industrial Electronic Equipment
Unconventional Systems of Energy Conversion and Accumulation
High Voltage Engineering

B2 Humanities and social sciences 4.0 CP/ 6.0 ECTS
Subject
Organizational Psychology
Pedagogy

C Free Choice Courses 4.0 CP/ 6.0 ECTS
E Final Examination 20.0 CP/ 30.0 ECTS
Subject
Master Thesis

Opportunités de carrière

CAREER OPPORTUNITIES
There is little value in providing a list of prospective career opportunities due to the unavoidable truth that behind every technological device in use today (including the devices themselves), there is a manufacturing process, control processes, an operational process and maintenance upgrade process which requires highly qualified personnel, able to control, maintain and ensure uninterrupted service.