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ATUSS

VISER

Academy of Technical and Art Applied Studies

School of Electrical and Computer Engineering

New Energy Technologies

General information

All students activities are rated according to the European Credit Transfer System (ECTS), (European Credit Transfer and Accumulation System, ECTS), so that each semester is awarded 30 ECTS credits. The basic applied studies last for three years, that is, six semesters and they award 180 ECTS points. The studies were conducted in the form of class-based teaching (face-to-face) in Serbian. The study program is realized within the field of technical and technological sciences, the field of Electrotechnical and computer engineering.

Qualification

After completing basic applied studies, a student is appointed a title of engineer of electrical and computer engineering (Bachelor appl.). According to the National Framework of Qualifications of the Republic of Serbia (NFQRS) the completion of basic applied studies is achieved at the sixth level, sub-level one (level 6.1). The condition for acquiring this level is previously achieved level 4 of (NFQRS) and passed general, professional or artistic graduation.

Teaching and exams

Teaching is performed using one-semester courses. Students activities during the semester (pre-examination obligations), such as colloquiums, seminar work and homework, are scored. The ratio of the number of points earned in pre-examination and exams is determined for each subject individually, with pre-examination obligations participating with at least 30 and up to 70 points. The final exams are placed in the School within the appropriate exam terms, which are: January, February, June, September and October. By completing preliminary exams and taking the exam, a student can earn a maximum of 100 points, with a score of at least 51 points for a grade of 6, a score of 61 points for a grade of 7, a score of at least 71 points for a grade of 8, a score of at least 81 points for a grade of 9 and a score of at least 91 points for a grade of 10.

Goals and outcomes

New Energy Technologies study program aims to enable students to perform maintenance, operation and design activities in power systems and plants using modern energy and information technologies. The goals of New Energy Technologies study program are:

  • for students to master current knowledge and skills in the field of electric power plants, renewable energy sources, electric machines, electric motors, energy electronics and electrical installations;• to provide capacities for the exploitation, maintenance and design of power systems, plants and devices, using modern energy and information technologies;
  • to enable students to become team members.
By mastering the study program New Energy Technologies, the student acquires general and subject specific skills:
  • to apply the basic laws of electricity;
  • to apply the principles of electricity production from renewable and conventional energy sources;
  • to apply basic knowledge about the structure of the electric power system and functioning of the basic elements of the electric power system;
  • to design and calculate the main elements of electrical equipment of the electric power system and industrial plants;
  • to use electrical measuring equipment in power systems and industrial plants;
  • to calculate costs in the production, transmission and distribution of electricity;
  • to maintain elements of electric power systems and electric equipment of industrial plants;
  • to exploit and maintain facilities for the production and transmission of electricity;
  • to exploit and maintain distribution facilities and networks, perform appropriate measurements and calculate consumed electricity;
  • to exploit and maintain power plants to renewable energy sources;
  • to prepare programs for maintenance and testing of electrical energy equipment;
  • to apply the basic principles of environmental preservation.

Continuation of studies

After completing basic applied studies, a student can enrol in specialist applied studies or master applied studies.

Head of the study program

PhD Александра Грујић слика

Александра Грујић, PhD

Office: 601

E-mail: aleksandra.grujic@viser.edu.rs

Office hours
  • Monday:  најава путем мејла
  • Tuesday:  најава путем мејла
  • Wednesday:  најава путем мејла
  • Thursday:  најава путем мејла
  • Friday:  најава путем мејла

Secretary of the study program

MSc Милан Ивезић

Милан Ивезић, MSc

Office: 606

E-mail: milan.ivezic@viser.edu.rs

Office hours
  • Tuesday: 11:30 - 12:30
  • Wednesday: 12:10 - 13:10
Curriculum accredited in 2024
Course code Course Статус ECTS credits
First year
1st semester
ОА0002 Electrical Engineering compulsory 6
ОА0014 Electrical materials and components compulsory 6
ОА0001 Engineering Mathematics compulsory 6
ОА0012 English compulsory 6
ОG0021 Fundamentals of Management elective 6
ОА0016 Physics elective 6
2nd semester
ОА0017 Fundamentals of electric power engineering compulsory 6
ОА0019 Fundamentals of informatics and computing compulsory 6
ОА0022 Signals and systems compulsory 6
ОА0015 Application software elective 6
ОА0018 Electronics elective 6
ОV0015 Fundamentals of programming elective 6
ОА0020 Mechanics elective 6
Total ECTS credits per year 60
Second year
3rd semester
ОG0012 Electric motors compulsory 6
OG0010 Elements of power systems compulsory 6
OG0011 High voltage equipment compulsory 6
ОА0023 Control systems elective 6
ОА0027 Microcomputers elective 6
OG0022 New energy technologies elective 6
OG0023 Sustainable development elective 6
4th semester
OA0034 Electric drives compulsory 6
ОG0015 Electrical installations and lighting compulsory 6
OG0013 Power transformers and generators compulsory 6
ОА0029 Applied control systems elective 6
ОR0021 Measurements in electrical engineering elective 6
OG0014 Power Plants and Substations elective 6
OG0025 Waste-to-energy production elective 6
Total ECTS credits per year 60
Third year
5th semester
ОV0032 Design of electric lighting compulsory 6
OG0020 Distribution and electric power market compulsory 6
OG0008 Professional internship compulsory 4
ОR0022 Industrial measurements elective 6
ОR0030 Microcontroller systems elective 6
ОА0038 Real-time control elective 6
OG0016 Screening devices in electric power engineering elective 6
6th semester
OG0019 High voltage techniques compulsory 6
ОА0036 Power electronics compulsory 6
ОА0041 Renewable energy sources compulsory 6
ОG0026 Undergraduate research paper compulsory 3
ОG0009 Undergraduate thesis compulsory 5
OG0017 Electric power converters elective 6
ОА0042 Telecommunication services and technologies elective 6
Total ECTS credits per year 60
Curriculum accredited in 2017
Course code Course Статус ECTS credits
First year
1st semester
101007 Electrical Engineering compulsory 7
100307 Engineering Mathematics compulsory 7
170307 Basics of Management elective 6
101107 Electrical Materials and Components elective 6
101507 English Language elective 4
100117 German Language elective 4
101207 Physics elective 6
2nd semester
101307 Application Software elective 6
120107 Basics of Electric Power Engineering elective 6
101407 Basics of Informatics and Computing elective 6
110107 Electronics elective 6
140107 Mechanics elective 6
140217 Signals and Systems elective 6
Total ECTS credits per year 60
Second year
3rd semester
140207 Control System I elective 6
120307 Elements of Power System elective 6
120407 High Voltage Equipment elective 6
120607 New Energy Technologies elective 6
120707 Power Тransformers and Generators elective 6
181117 Sustainable Development elective 6
4th semester
121007 Electric Drives elective 6
120207 Electric Motors elective 6
120907 Electrical Installations and Lighting elective 6
140707 Measurements I elective 6
120807 Power Plants and Substations elective 6
181217 Waste-to-Energy Production elective 6
Total ECTS credits per year 60
Third year
5th semester
СП Student Internship compulsory 4
120111 Design of Electric Lighting elective 6
121207 Distribution and Electric Power Market elective 6
121707 Electrical Power Equipment Maintenance elective 6
111707 Power Electronics elective 6
141307 Real-time control elective 6
6th semester
ЗР Final Work compulsory 8
120507 Electric Power Converters elective 6
181317 Environmental Protection elective 6
121107 High Voltage Techniques elective 6
120211 Relay Protection elective 6
121607 Renewable Energy Sources elective 6
Total ECTS credits per year 60
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