Electrical Engineering(UN)
1st cycle academic study programme
Without electrical engineering, the world as we know it would not exist
The 1st cycle academic study programme Electrical Engineering offers a broad range of theoretical and professional electrical engineering skills, supported by applied programming skills. Through these, students develop the analytical thinking skills that are essential for excellence in research and development in the field of electrical engineering and beyond. The study programme allows students a wide choice of subjects and the opportunity to work on real projects in the context of the most up-to-date global benchmarks and standards.
What does the study programme look like?
The course lasts 3 years or 6 semesters and is worth 180 credits (ECTS).
The first two years of study follow a common course of study, while in the third year students choose one of four study fields (Automation, Electronics, Energy and Mechatronics, Information and Communication Technologies).
In the winter semester of the third year, the student chooses a thesis mentor and submits a thesis proposal. In the summer semester of the third year, the student produces and defends the thesis.
Upon completion of the diploma, the student is awarded the title of Bachelor of Electrical Engineering (UN).
What are the main objectives of the programme?
The main objective of the 1st cycle professional study programme Electrical Engineering is to provide students with:
- a broad and high-quality basic knowledge of electrical engineering,
- the knowledge needed to carry out independent research and development work,
- study in modern classrooms and laboratories,
- internationally renowned educators and researchers,
- interdisciplinary skills that are also useful in medicine, biology, economics, engineering, computing, sports, psychology and many other fields,
- Europe-wide comparability of educational attainment,
- an excellent basis for further study in a master’s programme in Electrical Engineering or any other engineering discipline.
What competences do students gain from the programme?
- Ability to define, understand and creatively solve problems in the field of electrical engineering and beyond,
- the ability to think critically, based on analysis and synthesis,
- professional, environmental and social responsibility,
- the ability to communicate in an active professional manner, both orally and in writing,
- the ability to make optimal use of information and communication technology and its development,
- the ability to keep up to date and acquire new knowledge independently,
- the ability to work as part of a team with experts from different disciplines.
Fields of Study
Automation
Automation at the first level of the university study of Electrical Engineering is a program that trains students to design, analyze, manage and optimize automatic systems, processes and devices. With an emphasis on an interdisciplinary approach, it combines basic knowledge in the fields of electrical engineering, informatics, computer science and mechatronics, and directs them to the use of modern methods and automation technologies.
Main features of the study
- Basic and advanced knowledge of automation:
The program covers the basics and advanced knowledge of systems theory, regulation and control, modeling and simulation of dynamic systems, electrical machines and devices, robotics, mechatronics, industrial automation, programmable logic controllers (PLCs) and automatic process control.
- Mathematical modeling and simulations:
Students learn mathematical modeling of dynamic systems and the use of simulation tools for process analysis and optimization. The program covers advanced methods of linear and non-linear control, machine learning in automation and the use of artificial intelligence.
- Emphasis on robotics and mechatronics:
The course includes modern approaches to robotics and mechatronics, combining electrical, mechanical and information systems. Students learn how to design, program, and operate robotic systems, as well as the integration of various components to create complex automated devices.
- Modern technologies:
The program includes advanced technologies such as the Internet of Things (IoT), Industry 4.0, digital twins, artificial intelligence, cognitive automation, sensors and computer vision, which enable modern digitization and automation in various industries.
- Practical and research orientation:
Students have access to modern laboratories and research infrastructures, where they carry out laboratory exercises, projects and research work. During their studies, they participate in industrial projects where they face the challenges of real applications of automation in industry and research.
- Interdisciplinarity:
The study combines various technical fields such as electrical engineering, informatics, computer science, mechanical engineering and mechatronics, which enables a comprehensive understanding of complex automatic systems and interdisciplinary solutions.
Career opportunities
Graduates of the Automation course are prepared to work in areas where planning, development, optimization and maintenance of automated systems and processes are required. Job opportunities include industrial automation, robotics, automotive, energy, process industries, pharmaceuticals, aerospace, smart grids, smart buildings and devices, and many other industries. Graduates can be employed as automation engineers, automation software developers, researchers in the field of artificial intelligence and robotics, process control and regulation engineers, system engineers, and consultants for digitization and optimization of industrial processes.
The study also allows for continuation at the second level, where students can specialize in specific areas such as advanced control and regulation, intelligent systems, robotics and automation, which opens up even wider opportunities for them in research, development and management roles. The study program Automation at the Faculty of Electrical Engineering offers in-depth and interdisciplinary education that is adapted to the challenges and needs of modern industry and opens up wide career opportunities in the dynamic and rapidly developing field of automation.
Electronics
The Electronics at the first level of the university degree in Electrical Engineering is a program that focuses on a fundamental understanding of electronic components, circuits and systems. Students acquire the theoretical knowledge and practical skills necessary for the design, development and implementation of electronic devices and systems in a wide range of applications.
Main features of the study
- Basic and advanced skills:
Students become familiar with basic concepts in the field of electronic circuits, analog and digital electronics, semiconductor devices, microprocessor and microcontroller systems, and communication technologies.
- Practically oriented program:
The course includes laboratory exercises where students gain hands-on experience in designing, simulating and testing electronic circuits and systems. With this, they learn to use modern measuring instruments, software tools and development platforms.
- Encouraging innovation and research skills:
The study program encourages creative thinking and innovation. Students can get involved in various research projects that take place at the faculty and in collaboration with industry, and learn how to solve complex engineering problems.
- Advanced technologies and applications:
There is a strong emphasis on new technologies and modern trends, such as the Internet of Things (IoT), embedded systems, advanced sensors and actuators, and wireless communication. This allows students to prepare for rapid technological changes and industry trends.
- Interdisciplinary cooperation:
Electronics is a field that connects with informatics, automation and telecommunications, so the program also includes subjects from these fields. Students learn interdisciplinary cooperation, which opens up wide career possibilities.
Career opportunities
Graduates of the Electronics major are highly employable and can find employment in areas such as the development and design of electronic components and systems, telecommunications, computer hardware, the automotive industry, renewable energy sources, automation and robotics. They also have the opportunity to continue their studies at the second level and focus on more specific fields such as microelectronics, optoelectronics, biomedical electronics and others.
Studying Electronics at the Faculty of Electrical Engineering offers a broad base of knowledge and skills necessary for a successful career in the world of advanced technology and innovation.
Power Engineering and Mechatronics
Power Engineering and Mechatronics study program at the first level of the University’s study of Electrical Engineering is designed to combine knowledge and skills in the fields of power engineering, automation and mechatronics. The program is interdisciplinary and is based on the integration of classical areas of electrical engineering with elements of modern mechatronics, which enables a comprehensive approach to the development and management of advanced energy and mechatronic systems.
Main features of the study
- Basic and advanced knowledge of energy:
The program covers key topics in power engineering, including production, transmission, distribution and use of electricity, renewable energy sources, electrical machines, electrical networks, smart grids and energy management. Students acquire knowledge for the planning, management and optimization of power systems.
- Emphasis on mechatronics:
The study includes content from the field of mechatronics, which combines mechanics, electronics, automation and informatics. Students become familiar with sensors, actuators, microprocessors, robotics, control and modeling of mechatronic systems, and the use of digital technologies for managing complex mechatronic devices and systems.
- Modern technologies and interdisciplinarity:
The program combines knowledge from automation, management, energy systems, mechatronics and informatics, enabling students to understand and use advanced technologies such as smart grids, electric vehicles, energy-efficient systems, robots, digital twins and Industry 4.0.
- Practically oriented education:
Emphasis is placed on practical work, laboratory exercises and projects, where students gain experience with planning, modeling, simulation and optimization of real energy and mechatronic systems. The program includes working with advanced tools and technologies and collaboration with industry.
- Analysis and design of systems:
Students acquire competencies for the analysis, design and development of both energy infrastructure and mechatronic devices, including machines, electronic components, embedded systems and the integration of complex systems in modern industrial environments.
Career opportunities
Graduates of the Energy and Mechatronics study program are qualified to work in various fields, such as planning, development, management and maintenance of energy and mechatronic systems. Employment opportunities include work in electric power companies, the automation industry, the automotive industry, electronic device manufacturing, renewable energy sources, the process industry, companies that develop robotics and automation systems, and other advanced technology companies. Graduates can be employed as engineers for the development of energy systems, mechatronics and automation, maintenance engineers, power grid designers, experts in smart grids and electric vehicles, or energy efficiency and automation consultants.
The study also enables continuation at the second level, where graduates can further specialize in energy engineering, mechatronics, robotics, automation, smart networks, renewable energy sources and other advanced fields. The Energy and Mechatronics study program at the Faculty of Electrical Engineering provides an in-depth and interdisciplinary education that is adapted to the needs of modern industry and opens up wide opportunities for a dynamic career in the field of energy, automation and mechatronics.
Information and Communication Technologies
The Information and Communication Technologies (ICT) study course at the first level of the University’s Electrical Engineering studies is aimed at acquiring knowledge and skills in the field of modern communication systems, networks and information technology. The goal of the program is to train professionals who will master the planning, implementation and maintenance of complex ICT systems and solutions.
Main features of the study
- A wide range of ICT skills:
The program includes basic and advanced knowledge in the field of telecommunications systems, computer networks, wireless communications, Internet technologies, signal processing, cyber security and information systems.
- Focus on practical skills:
Students gain extensive experience through laboratory exercises and project work, where they learn to use modern tools and technologies for planning and implementing networks, security solutions and other ICT systems.
- Emphasis on modern technologies:
The program incorporates the latest trends and technologies such as 5G and future generations of mobile networks, the Internet of Things (IoT), artificial intelligence (AI) and cloud services, allowing students to stay abreast of developments in the field of information and communication technologies.
- Development of analytical and research skills:
Students are trained to solve complex problems, analyze data and optimize systems, which is key to working in a rapidly changing ICT environment.
- Multidisciplinary approach:
The study includes content that goes beyond classic telecommunications, and also deals with informatics, automation and the basics of electrical engineering, with which students gain a comprehensive understanding of modern systems.
Career opportunities
Graduates of the Information Communication Technology course are highly sought after on the labor market, as they acquire knowledge and skills that are crucial for the development, implementation and maintenance of modern communication networks and information systems. They can be employed in telecommunications companies, software development companies, IT departments of large companies, in the field of cyber security, with Internet service providers, or in research institutions. The possibility of further education at the 2nd level enables them to further specialize and advance in their career.
Studying ICT at the Faculty of Electrical Engineering is an ideal choice for those who are interested in communication systems, computer networks and information technologies and want to participate in the development of advanced technological solutions of the future.
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University of Ljubljana, Faculty of Electrical Engineering Tržaška cesta 25, 1000 Ljubljana