Master Academic Studies
Master Academic Studies at the Faculty of Electronic Engineering last one year and they total in 60 ECTS credits. The total number of credits necessary for acquiring the academic title Master engineer in Electrical and Computer Engineering for Electrical Power Engineering is 300 ECTS credits. ggg The condition for enrollment in this Study Programme implies finished basic academic studies with, at least, 240 ECTS credits, earned in the basic academic studies in the field of electrical and computer engineering.
The teaching process is conducted through lectures, exercises, and research work. During lectures, a professor verbally presents the prescribed matter, with the aid of computer and modern video projection equipment, with necessary explanations, contributing to better understanding of the matter concerned. In exercises, following the lectures, concrete tasks are being solved, and examples, additionally illustrating the subject matter, are presented.
Exercises may be auditory, computer or laboratory based. Within the independent research work, the student additionally engages himself/herself through seminar paper elaboration or a project. On this study level, the teaching process is conducted in smaller groups where it is possible to pay more attention to each individual student.
During the teaching process, each student’s activity is followed and valuated conformant with the rules adopted on the Faculty level for every course, and students are informed in advance about these. Every course has a corresponding number of ECTS credits, and the entire studies are considered as finished, when the student fulfills all obligations prescribed by the Study Programme and gains, in that way 60 ECTS credits, at least.
After finishing all exams obligations, the student starts elaborating master thesis, which totals in 15 ECTS credits.
The teaching process is conducted through lectures, exercises, and research work. During lectures, a professor verbally presents the prescribed matter, with the aid of computer and modern video projection equipment, with necessary explanations, contributing to better understanding of the matter concerned. In exercises, following the lectures, concrete tasks are being solved, and examples, additionally illustrating the subject matter, are presented.
Exercises may be auditory, computer or laboratory based. Within the independent research work, the student additionally engages himself/herself through seminar paper elaboration or a project. On this study level, the teaching process is conducted in smaller groups where it is possible to pay more attention to each individual student.
During the teaching process, each student’s activity is followed and valuated conformant with the rules adopted on the Faculty level for every course, and students are informed in advance about these. Every course has a corresponding number of ECTS credits, and the entire studies are considered as finished, when the student fulfills all obligations prescribed by the Study Programme and gains, in that way 60 ECTS credits, at least.
After finishing all exams obligations, the student starts elaborating master thesis, which totals in 15 ECTS credits.
Study Programmes
On Master Academic Studies there are five study programmes:
Electrical Power Engineering
The overall goals of this study programme include education of master engineers competent for the development, design, and maintenance of complex systems and system parts in the field of production, transmission, distribution and use of electric power, as well as obtaining knowledge for further education at doctoral studies.
Namely, contemporary electric power engineering requires engineers to possess knowledge necessary for design, construction and maintenance of facilities on the present day development level, as well as the knowledge of how to apply new technologies and current trends in electrical power engineering.
More details Namely, contemporary electric power engineering requires engineers to possess knowledge necessary for design, construction and maintenance of facilities on the present day development level, as well as the knowledge of how to apply new technologies and current trends in electrical power engineering.
Computing and Informatics
The goal of the Study Programme Computing Science and Informatics of Master Academic Studies at the Faculty of Electronic Engineering in Niš is education of future engineers, competent for analysis, development, design, safety and maintenance of complex computer systems, ready to lead and participate in software projects, or deal with scientific work. Thus educated professionals should be able to quickly fit in the team work, present their results to the professional, scientific and wider public, as well as to be prepared for permanent education and advancement. The additional goal of the study programme is to ensure knowledge, necessary for following the latest scientific achievements and quick technological development in the fields of Computing Science and Informatics. Apart from the overall objectives of the Study Programme Computing Science and Informatics, each of the modules has its own specific goals, characteristic for narrow specialized fields.
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Electronics and Microsystems
The goal of this study programme is to educate graduate engineers, competent to design, manufacture and maintain electronic components, circuits, devices, and systems. In that, care is taken that students extend the acquired fundamental and applicative knowledge, in order to be able to easily take part in the production process and/or doctoral studies. At the same time, an equally relevant goal of the Study Programme is also the development of creative way of thinking and accepting new knowledge, capacities for team work, skills in using measuring instruments and modern software tools, as well as the skills of expressing and presenting ideas and professional results obtained.
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Communications and Information Technologies
The overall objectives outlined in this study programme include education of master engineers, highly competent for the development and design of complex communication-information systems, who possess all necessary knowledge and skills for further schooling in doctoral studies and for following rapid technological development in the field of communications and information technologies.
Profiles of engineers demanded by modern communications today imply those who possess knowledge for development, design, and maintenance of communication and information systems and devices on the up-to-date development level, as well as who will be able to understand and apply new technologies and modern trends in telecommunications.
More details Profiles of engineers demanded by modern communications today imply those who possess knowledge for development, design, and maintenance of communication and information systems and devices on the up-to-date development level, as well as who will be able to understand and apply new technologies and modern trends in telecommunications.
Control Systems
The goals of the Study Program Control Systems are practical upgrading in application of computers, microprocessors, microcontrollers, programmable logic controllers, robots and manipulators, measuring instruments and acquisition devices. The goal is also to qualify students for design and realization of control systems with artificial intelligence and specialized embedded computer systems, as well as gaining knowledge in the field of complex processes control by means of computer systems, and electrical power control systems. Students learn about modern methods of measuring electrical and non-electrical values, the needs for measurements and required accuracy in industry, electro-medicine and ecology.
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