Professional master study programme is the next level after obtaining professional bachelor degree in the area of electrical engineering, power engineering, mechatronics, electronics and other neighbour areas. The students get the basic knowledge and skills in the interdisciplinary sectors - electrical engineering, electronics, mechatronics, adaptive materials, adaptive elements and systems, their regulation, and computer control, as well as in the sectors that seem unrelated directly to the main field, such as medicine or biology. At the same time, students study to apply mutually the obtained knowledge and skills.
The study programme provides lectures, practical classes, laboratory works and projects to obtain an overall knowledge in electrical engineering and adaptronics and skills in the fundamentals of scientific work, as well as knowledge in the study courses of economics, sociology and pedagogics.
Students of the study programmme obtain the knowledge, skills and competencies necessary for overall working in the area of electrical engineering and adaptronics – for the design, realisation, improvement, exploitation and control of different adaptive systems, as well as the formation of basic for the further studies at a higher level.
Department
Faculty of Computer Science, Information Technology and Energy
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Programme type and level
Professional Master (Second Cycle) Studies
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Study field
Power and Electrical Engineering, Electrical Technologies
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Language
English
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Study form
Full-time studies
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Venue
Riga
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1. version
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Awarded degree and qualification
Professional master degree in adaptronics / leading electrical engineer
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Required previous education
Professional bachelor degree in adaptronics and qualification of electrical engineer
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Price per year
€ 4 660 - EU countries
€ 4 660 - Non EU countries |
Credit point/ECTS amount
60/90
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Duration of studies
Full-time studies - 1.5 years
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Intake
Autumn / Spring
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2. version
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Awarded degree and qualification
Professional master degree in adaptronics / leading electrical engineer
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Required previous education
Pofessional bachelor degree or equivalent education in electrical engineering, energy, mechatronics, electronics and qualification of electrical engineer
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Price per year
€ 4 660 - EU countries
€ 4 660 - Non EU countries |
Credit point/ECTS amount
80/120
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Duration of studies
Full-time studies - 2 years
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Intake
Autumn / Spring
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The aim of the study programme is to provide the students with an opportunity to improve their theoretical and practical knowledge, develop professional, creative and scientific skills for work with modern adaptive systems in the field of electrical engineering, electronics, power engineering, automation of mechatronic systems, that provides effective skills in design, planning, realisation and control of new technologies and systems, and allows successfully join the local and international labour market in different industrial areas or continue education for additional professional competences or doctoral study programme.
The tasks of the study programme:
- to develop effective skills in computing techniques both for solving tasks and creating adaptive systems;
- to teach how to solve practical electrotechnical tasks at the project level;
- to promote the creative application of knowledge of the adaptive properties of animals and plants in the design of modern electrical technologies;
- to teach how to solve automation tasks of electrical and electronic equipment in various production spheres;
- to provide an overview of work organization, social issues and principles of economic activity;
- to facilitate the interaction of the academic staff and students in the performance of scientific research work and in the practical use of the obtained results in accordance with international standards and trends in the field of quality management;
- to facilitate international exchange and participation of academic staff and students in projects.
The graduates of the study programme can be employed as a highly qualified specialist in the field of electric technologies, their automation, design of adaptive systems at any enterprise, research and educational institution.
After the master studies, the graduates can continue their studies for PhD.
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