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ATUSS

VISER

Academy of Technical and Art Applied Studies

School of Electrical and Computer Engineering

Electrical Engineering

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. Master applied studies last two years or four semesters and are awarded 120 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 electrical and computer engineering.

Qualification

Upon completion of the master applied studies, the student acquires the title of engineer of electrical and computer engineering-master appl.. According to the National Qualifications Framework of the Republic of Serbia (NOKS), the completion of master applied studies is achieved at the seventh level, sub-level one (level 7.1). The requirement for acquiring this level is previously achieved level 6.1 ( basic applied studies of 180 ECTS points ).

Teaching and exams

Teaching is performed using one-semester courses. Student 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

The aim of the study program Electrical Engineering is to train students for the construction, installation, testing, exploitation and design of devices, subsystems and systems in the field of electrical engineering. The goals of the study program Electrical Engineering:

  • to train professionals in the fields of electronics, telecommunications, automation and energy for the needs of production enterprises, in development, production and maintenance; institutions of economic and extracurricular activities, in the affairs of selection in the procurement and maintenance of equipment; public enterprises in operations in exploitation and maintenance of equipment, systems and plants; project organizations.
  • to develop the ability to understand complex systems and modern technologies, as well as the ability to apply advanced knowledge in the field of modern energy technologies, intelligent transport technologies, and modern electronic and communication systems for the needs of industry and industry;
  • to provide students with high-quality applied studies of the second level of education with the consistent application of European and world standards;
  • that students master the most current knowledge and skills, as well as qualify for creative work, thus gaining a secure basis for successful employment, as well as advancement and improvement in current jobs.

Competencies of graduate students:

  • training in preparation for construction, professional procurement, trade, construction, installation, testing and exploitation, service training and maintenance, design cooperation, supervision in the construction and reception of specialized devices, subsystems and systems in the field of new energy technologies, electronics, telecommunications and automatic management;
  • development of creativity and tendency towards teamwork;
  • the willingness to constantly keep up with the development and application of new technologies in the field of electrical engineering and to participate in the further development of these technologies;
  • acquiring the basis for further training and practical work in the profession.

Head of the study program

PhD Dragana Prokin slika

Dragana Prokin, PhD

Office: 605

E-mail: dragana.prokin@viser.edu.rs

Office hours
  • Monday: 15:00-16:00
  • Wednesday: 16:00-18:00
  • Friday: 14:00-15:00

Secretary of the study program

MSc Marko Milivojčević

Marko Milivojčević, MSc

Office: 201

E-mail: marko.milivojcevic@viser.edu.rs

Office hours
  • Wednesday: 14-15
  • Friday: 12-13 
Curriculum accredited in 2024
Course code Course Status ECTS credits
First year
1st semester
ME0001 Research methods compulsory 6
ME0013 Automatic transmissions elective 8
ME0011 Design of electrical power converters elective 8
ME0012 Design of electronic devices elective 8
ME0015 Energy sources elective 8
ET0018 European train control system (ETCS) elective 8
ME0010 Measurement information systems elective 8
2nd semester
ME0003 Professional internship 1 compulsory 6
ME0017 Digital systems using programmable logic elective 8
ME0016 Electrical energy quality control elective 8
ME0018 Intelligent power grids elective 8
ME0030 Injection systems in internal combustion engines elective 8
ME0028 Modern railway SS systems elective 8
ME0020 Process control elective 8
ME0021 Signal processing elective 8
Total ECTS credits per year 60
Second year
3rd semester
ME0005 Professional internship 2 compulsory 6
ME0023 Automated system design and implementation elective 8
ME0025 Computer-aided design of electric power substations elective 8
ME0029 Dispatch communication systems on railways elective 8
ME0024 Hybrid and electric vehicles elective 8
ME0026 Special electrical installations elective 8
4th semester
ME0008 Applied research paper compulsory 8
ME0009 Master thesis compulsory 16
ME0007 Entrepreneurship and incentives in the field of electrical and computer engineering elective 6
MR0024 Teaching methods for electrical and computer engineering elective 6
ME0027 Telecommunication measurements elective 8
Total ECTS credits per year 60
Third year
5th semester
6th semester
Total ECTS credits per year 60
Curriculum accredited in 2017
Course code Course Status ECTS credits
First year
1st semester
317218 Research Methods compulsory 6
317103 Automotive Transmissions elective 8
317101 Design of Electrical Power Converters elective 8
317102 Design of Electronic Devices elective 8
317105 Energy Sources in Power Systems elective 8
317104 Gasoline Direct Injection Systems elective 8
317117 Measuring Information Systems elective 8
2nd semester
3171SP1 Student Internship 1 compulsory 6
317106 Control of Power Quality elective 8
317109 Diagnosis of Diesel Injection Systems elective 8
317107 Digital Systems using Programmable Logic elective 8
317110 Process Control elective 8
317111 Signal Processing elective 8
317108 Smart Grids elective 8
Total ECTS credits per year 60
Second year
3rd semester
3171SP2 Student Internship 2 compulsory 6
317113 Automated System Design and Implementation elective 8
317313 Communications Standards and Technologies elective 8
317114 Computer-Aided Design of Electric Power Substations elective 8
317112 Hybrid and Electric Vehicles elective 8
317115 Special Electrical Installations elective 8
4th semester
3171PIR Applied Research Work compulsory 8
317216 Entrepreneurship and Incentives in the Field of Electrical and Computer compulsory 6
3171MR Master Thesis Work compulsory 16
317315 Telecommunication Measurements elective 8
Total ECTS credits per year 60
Third year
5th semester
6th semester
Total ECTS credits per year 60
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