Faculty of Engineering, Natural and Medical Sciences

Department of
Electrical and Electronics Engineering

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Department of Electrical and Electronics Engineering
Department of Electrical and Electronics Engineering

Acquire knowledge and skills
to solve problems
and get to the solutions fast

Gain an understanding of the fundamentals of science and engineering so you can develop real products and deliver real solutions.

Department of Information Technology

Study in laboratories
that keep up with trends

Program is designed firstly to provide students with hands-on laboratory practice using state-of-the art equipment.

Department of Information Technology

Great team
of professionals

Assistants and professors with engineering and academic experience and highly educated professionals from the industry sector.

See Department Staff
Department of Information Technology

variety of useful courses in order to make you an expert

The first year of the program is dedicated to the study of basic sciences, while the second and third year give you chance for professional development in EEE through elective courses and internship program.

Department of Information Technology

Facilities & Special Features

Dynamic internship programs

It will give you the exposure and experience to get your career off the ground.

Successful Mentoring Program

Individualized mentorship approach for each student.

Erasmus Student Exchange Program

Helps students study abroad for a more rounded global education experience.

Have you ever heard of embedded systems, smart grids, Internet of Things, or metrology? Look closer. It’s all around you. Enjoy the experience of discovery, explore the science of engineering, develop market-driven solutions and deliver real-world products.

Dejan Jokić

Dejan Jokić

Head of Department of Electrical and Electronics Engineering

& Labs

Modern, well-equipped facilities combined with leading software in the industry



Elemend Lab

IBU Elemend Lab

ESD (Embed. System Design) LAB

IBU ESD (Embed. System Design) LAB


Should you need any assistance, our staff will be happy to help

Dejan Jokić

Dejan Jokić

Head of Department • Assoc. Prof. Dr.

Anesa Jabučar

Anesa Jabučar

Faculty Secretary

+387 33 944 502
Lejla Kolić

Lejla Kolić

Deputy Faculty Secretary

+387 33 944 468


8:00 AM to 4:00 PM



Proposal for Master Thesis topics for academic 2023/2024 year

Optimal capacitor placement in real distribution network with reactive power support of distributed generation (case study one MV feeder) (Supervisor: Assist.Prof.Dr. Mirza Šarić)

Voltage Control of Battery Storage Coupled with PV System in LV Distribution Network (Supervisor: Assoc.Prof.Dr. Jasna Hivziefendić)

Optimal Sizing of a Hybrid PV, Battery, Diesel Generator System Integrated in Microgrid (Supervisor: Assoc.Prof.Dr. Jasna Hivziefendić)

LV distribution network analysis with high penetration of grid connected prosumers (Supervisor: Assoc.Prof.Dr. Jasna Hivziefendić)

Car Licence Number Plate Recognition using Machine Learning Algorithms (Mentor: Assoc. Prof. Dr. Jasmin Kevrić)

Implementation of Battery Storage as Hardware-in-the-Loop on FPGA (Mentor: Assist. Prof. Dr Dejan Jokić)

Detection of Cattle Behaviours using neck-mounted accelerometry data (Supervisor: Prof. Dr. Jasmin Kevrić)

The influence of three-phase connected PV power plants on voltage profiles, taking into consideration the influence of insolation, external temperature and inverter efficiency (Supervisor: Prof. Dr. Mustafa Musić)

The influence of single-phase connection of customers and electric vehicles on voltage profiles and asymmetry, with analysis of stochasticity in the consumption behaviour of customers and electric vehicles (Supervisor: Assist. Prof. dr. Adnan Bosović)

Electricity market policy design (Supervisor: Assist. Prof. Dr. Mirza Šarić)

Electrical energy storage systems as standard components in smart grids (Supervisor: Assist. Prof. Dr. Mirza Šarić)

Microgrid integration into smart distribution systems (Supervisor: Assist. Prof. Dr. Mirza Šarić)

Hardware for artificial intelligence: study case FPGA (Supervisor: Assoc.Prof.Dr. Dejan Jokić)

Hardware for artificial intelligence: study case GPU (Supervisor: Assoc.Prof.Dr. Dejan Jokić)

Position/force control of robotic manipulators (Supervisor: Assoc.Prof.Dr. Tarik Uzunović)

Mixed martial arts bout prediction using artificial intelligence (Supervisor: Prof. Dr. Jasmin Kevrić)

RTOS embedded platform for temperature and humidity sensing using BME 180 sensor (Supervisor: Prof.Dr. Slobodan Lubura)

Optimal Operation of Battery Storage for Peak Shaving Applications (Supervisor: Assoc. Prof. Dr Jasna Hivziefendić)

Artificial Intelligence Based MPPT (Supervisor: Assoc. Prof. Dr Jasna Hivziefendić)

On the Faculty Council meeting the following Master thesis topics were adopted:

Intelligent Network data traffic analysis and classification (Supervisor: Assoc. Prof. Dr. Jasmin Kevrić)

Influence of solar PV on transient stability of power systems (Supervisor: Assist.Prof.Dr. Mirza Šarić)

Hosting capacity for smart power systems (Supervisor: Assist.Prof.Dr. Mirza Šarić)

PV system design: methods, technologies and examples (Supervisor: Assist.Prof.Dr. Mirza Šarić)

Implementing Deep learning algorithms on FPGA using Matlab (Supervisor: Assoc.Prof.Dr. Dejan Jokić)

Measures to increase energy efficiency in small and medium enterprises in industry sector (Supervisor: Assoc.Prof.Dr. Jasna Hivziefendić)

Scenario-based analysis of the technical efficiency of local markets for the low-voltage network (Supervisor 1: Assoc.Prof.Dr. Jasna Hivziefendić, Supervisor 2: Assoc.Prof.Dr. Andrej Gubina)

Design of EMS for efficient consumption of electrical energy in residential buildings with integrated PV – storage system (Supervisor: Assoc. Prof. Dr Jasna Hivziefendić)

Siemens S7-1200 motor control SCADA system (Assoc. Prof. Dr. Dejan Jokić)

Implementation and comparison of MPPT algorithms in Matlab (Assoc. Prof. Dr. Dejan Jokić)

Automated optical inspection for electronics assembly process (Assoc. Prof. Dr. Dejan Jokić)

Establishing Traceability in the Determination of Dosimetric Quantities During Radiation Protection Calibration in X-Ray Beams (Assoc. Prof. Dr. Zijad Džemić)

The importance of the accreditation of the laboratory for the calibration of standard electricity meters in order to achieve the metrological traceability of the results obtained in the process of verification of meters (Supervisor: Assist.Prof.Dr. Zijad Džemić)

Neural Networks for Motor Control Obtained by Cloning Processes (Mentor: Assoc.Prof.Dr. Almir Badnjević)

Implementation of Digital PID Controller (Mentor: Assoc.Prof.Dr. Almir Badnjević)

Hardware environment for the realization of real-time battery emulators (Mentor: Assist.Prof.Dr. Srđan Lale)

Review, analysis, simulation and experimental comparison of different maximum power point tracking methods applied in photovoltaic systems (Mentor: Assist.Prof.Dr. Srđan Lale)

Modeling OFPV system components using Matlab (Mentor: Assoc. Prof. Dr. Slobodan Lubura)

Selection of site location for solar power facility using multiple-criteria decision analysis (Mentor: Assoc. Prof. Dr Mirza Ponjavić, Co-mentor: Assoc. Prof. Dr Jasna Hivziefendić)

Storage system with solar power at Intenational BURCH University (Mentor: Assoc.Prof.Dr. Jasna Hivziefendić)

Optimisation of electric vehicle charging with photovoltaic generation in low voltage distribution networks (Mentor: Prof.Dr. Mustafa Musić)

Photovoltaic power plant design - Case Study of Burch University Campus (Mentor: Assoc.Prof.Dr. Samir Avdaković)

Application of energy storage devices in electrical power systems (Mentor: Assist.Prof.Dr. Mirza Šarić)

Investing in renewable generation systems: a market approach (Mentor: Assist.Prof.Dr. Mirza Šarić)

RFID Reader/writer module for Offline Access Control System using Mifare DESFire (Mentor: Assoc. Prof. Dr. Jasmin Kevrić)

The in-training and post-training optimization of hardware-based Embedded AI (Mentor: Assoc. Prof. Dr Jasmin Kevrić, Co-mentor: Assist. Prof. Dr Zerina Mašetić)

The implementation of Accelerated Artificial Intelligence algorithms on Microcontroller Units (Mentor: Prof. Dr. Jasmin Kevrić, Co-mentor: Assist. Prof. Dr Dejan Jokić)

Power metering system with enhanced PLL (Mentor: Assoc. Prof. Dr Slobodan Lubura, Co-mentor: Assist. Prof. Dr Dejan Jokić)

Experimental platform for measuring DC parameters in Smart grid systems (Mentor: Assist. Prof. Dr Dejan Jokić)

Application of Electrical Networks in Modeling of Physical and Electrochemical Process (Mentor: Assist. Prof. Dr. Mitar Simić)

Design of residental PV system with storage, energy performance and cost analysis (Supervisor: Assoc.Prof.Dr. Jasna Hivziefendić)

Theory and Design of CNC Electronics (Supervisor: Assoc.Prof.Dr. Dejan Jokić)

The implementation and testing of high-torque closed loop actuator for an exoskeleton device (Supervisor: Assoc.Prof.Dr. Dejan Jokić)

Conventional PV system and PV system with optimizers simulated in PV -SOL software (Supervisor: Assist.Prof.Dr. Mirza Šarić)

Experimental platform for rapid prototyping of different algorithms for DC motor control using LabVIEW ( Supervisor: Assoc.Prof.Dr. Dejan Jokic)

The Impact of Advanced Automation Softwares on the Programming and Virtual Testing of the PLC ( Supervisor: Assoc.Prof.Dr. Dejan Jokic)

Electric Vehicle Charger with PV and Energy Storage Systems (Supervisor: Assist.Prof.Dr. Mirza Šarić)

Power consumption forecasting using machine learning modelling, (Mentor: Prof. Dr. Jasmin Kevrić, Co-mentor: Assoc. prof. dr. Jasna Hivziefendić)

The implementation of gesture and voice control in ADLINK Medical and Surgical monitors (and Panel PCs), (Mentor: Assoc. Prof. Dr Dejan Jokić)

Analysis of the influence of inductance and capacitance as potential causes of ignition of explosive mixtures in self-safe circuits (Exi) of the automated remote system for measuring gas parameters, (Mentor: Assoc. Prof. Dr Dejan Jokić)

Important Note:

Students are required to prepare a Master thesis proposal for the topic they have selected from the list of adopted topics, by September 2020.

Internships for academic credit add significant work experience to a student's education. Students earn a total of 5 ECTS of academic credit for their internships. They gain valuable "on the job" work experience related to a chosen focus in electrical and electronics engineering applications. In addition, internships permit students to interact with professionals in the fields of work in which they may one day have careers.

Students must complete a 30 business-day (6 weeks) summer practice in a company working in the field of electrical and electronics engineering on a part-time basis (4 hours per day). If the company accepts a student for a total of 30 days (which makes around 20 business days), the student must work for at least 6 hours per day. At the end of the internship period, students are supposed to complete at least 120 hours.

The requirement for the acceptance of the internship is the Internship Coordinator's consent confirmed by his signing the following form (BOSENG). Observations from the internship must be documented and presented in the form of a clear and concise technical report (Internship Notebook), which the student brings to the Internship Committee for evaluation. The company must send two more documents to the University's address via post: Company's Evaluation of the Student (BOSENG) and The Internship Acceptance FormThe former directly affects the student's grade from this course, whereas the latter serves as proof and acknowledgment that the student has really done the internship.

Students are expected to learn about a real business and work environment and get involved in many aspects of the hardware development process. In addition, students are generally expected to:

  • Begin to work effectively as part of a team, developing interpersonal, organizational and problem-solving skills within a managed environment, exercising some personal responsibility.
  • Apply theory, techniques, and relevant tools to the specification, analysis, design, implementation, and testing of a simple engineering product;
  • Actively participate in, reflect on, and begin to take responsibility for, personal learning and development;

"Doing internship was one of the best experiences in my life."

An internship student

The course "EEE 300 Internship" is registered in the 5th semester (1st semester in the 3rd year). We advise students to do the internship during the summer break between the end of the 4th and the beginning of the 5th semester. There are several reasons for this decision:

  • After the completion of the first two semesters, students usually do not have enough technical knowledge for doing the internship. Taking the internship in this period will not have the desired outcome for the student.
  • Postponing the internship to the summer break after the 6th semester means that the student can graduate in as early as September which may ruin his (her) plans for seeking an appropriate job or Master program.
  • Doing the internship before the beginning of the 5th semester gives the Chairman committee enough time to appropriately judge and mark the internship report

International Burch University helps students find the internship opportunities they will enjoy and from which they will learn a lot. The University can also facilitate the process of getting the internship opportunities in some domestic companies. However, the number of such available companies is limited and cannot satisfy the needs of all students from our department. Therefore, students are advised to fully engage in seeking the appropriate internship opportunity for themselves. The University is not obliged to provide a student with the company to do an internship, but will always guide the student so that he (she) finds one easier and faster. The best practice in the previous years was to search for such companies in the student's birthplace or the place of residence and its surroundings.

Internship Request 2022

Industrial Training Notebook

Form Company Evaluations

Form Student Evaluations

Internship coordinator for EEE is Lejla Vuić.

Contact info:

Email: [email protected]

Phone: +387 33 944 495

Office: 220

The Senior Design Project (SDP) course also gives students an opportunity to take on a large challenging project similar to the ones they will have once they are employed. SDP represents an independent study under the supervision of a Mentor.

Every student will, with a help and guidance from his (her) mentor, do a research on exploring and defining a potential study area suitable for a SDP. They will then identify a specific problem from the selected study area in electrical and electronics engineering. Results from this study are documented and presented in the form of a project proposal. If the proposal is accepted, the student then moves on the design and implementation of the project. The student will experience the process of conceiving, designing, and implementing a hardware project or hardware-related design project proposed. At the end, presentation of the results in both oral and written forms is required. The following are more detailed steps for the implementation of SDP:

  1. Submission of Project Proposals by the Faculty and Announcement of the Proposed Projects
  2. Application for a Proposed Project, or Proposing Student’s Own Project
  3. Announcement of the Projects Assignments to the Students
  4. Description of Project Requirements (in-class meeting with Mentor)
  5. Doing Research
  6. Submission of Project Progress Reports to the Mentor - 1 copy
  7. Implementation of the project.
  8. Submission of Project Progress Reports to the Mentor - 1 copy
  9. Implementation of the project
  10. Submission of Project Reports to the Mentor - 1 copy (spiral binding, black-and-white)
  11. Submission of Final Project Reports to the SDP Coordinator - 3 copies

Students earn a total of 5 ECTS of academic credit for completing the course “EEE 392 Senior Design Project” which is registered before the beginning of the 6th semester. In order to be eligible to register this course (and the whole semester), a student must show his academic advisor two filled forms: Supervisor Appointment Form and Undergraduate Final Work Proposal FormThese two forms ensure that the student’s project proposal has been accepted under the mentorship of at least one professor from the department (Steps 1 - 3).

The student must then spend around six hours per week during the semester implementing the project (Steps 4 - 9). The time spent with the mentor (attendance) and consistency in implementing the project are highly monitored and evaluated. Therefore, the attendance and the quality of submitted Project Progress Reports are responsible for half the grade. This type of grading policy will ensure that the final results are obtained before the end of the semester, and not during the summer break with the lack of mentorship and possibility for the project to be implemented by a third party. The final results must be documented in written form by preparing a Project Report containing no less than 35 pages (Step 10). This report can be submitted until the last day of classes (or before the Make-up exams). Afterwards, three copies of the Revised Project Report (called Final Project Report) are submitted to the SDP coordinator (Step 11) in seven days from completing Step 10. The Final exam is in the form of presenting the final results in front of the Committee Members at the last day of Final (Make-up) Exams.

Senior Design Project Writing Guidelines can be found HERE.

Master Thesis Project Writing Guideline

From Jury Report for Final Work Defense

From Final Work Supervisor/Co-Supervisor Appointment

From Undergrafuate Final Work Proposal