Electric Power Engineering - Faculty of Electrical Engineering

Name of the qualification and respective title:

Main field of study: Power Electrical Engineering

Study cycle: First study cycle

Official length of programme: Six semesters/three years

Admission requirements: Completed four-year high school and passed entrance test in Mathematics

Mode of study: Full-time

Language of instruction and examinations: Bosnian/Croatian/Serbian

Accreditation: ASIIN, EUR-ACE®

Educational Objectives of the programme

Prepared for challenging, successful and productive career with emphasis on technical competency and with attention to teamwork and effective communication with people of diverse technical backgrounds.
Capable to participate and conduct analysis of concrete problems and make technically correct decisions and solutions.
Prepared for the successful pursuit of Bachelor studies and for life-long learning in power electrical engineering and related fields.
Endowed with sense of professionalism and ethical responsibility
Having knowledge and understanding of principles of electrical engineering, natural sciences, mathematics and computer programming
Having knowledge of the main principles of designing, modeling and solving concrete problems in the field of power electrical engineering.
Endowed with a sense of environment awareness and encouraged to support energy efficiency and usage of renewable energy sources.
Prepared and qualified for further study in Master program.

Learning Outcomes

The ability to apply knowledge of the physical sciences, mathematics, and engineering fundamentals to the solution of medium complexity problems appearing in power electrical engineering sector;
Design and conduct medium complexity experiments in power electrical engineering and analyze and interpret results generated by those experiments;
Design components, devices and systems – especially electrical installations in power electrical and mechanical engineering
The ability to participate effectively in multi-disciplinary teams involving people with diverse technical backgrounds
Identify and formulate problems in power electrical engineering and evaluate and generating solutions to problems of medium complexity
Recognize the need for, and ability for long life learning for a successful engineering career
Understand their professional and ethical responsibility and apply that knowledge in practice
The ability to communicate effectively
The ability to understand the impact and importance of power electrical engineering in societal context
Application of techniques, tools, skills of modern engineering, including computer based technologies, to solving medium complexity problems in power engineering
Prepared and qualified for further study in Master program.

Programme syllabus with course descriptions: