Electrical Engineering2nd cycle
2nd Cycle Postgraduate Study Programme.
Co-create the future by studying electrical engineering
The second cycle postgraduate study programme Electrical Engineering offers a high-quality set of specific professional electrical engineering skills. The study programme offers students a wide range of choices within the programme, and through in-depth research work on real-life projects, students acquire the fundamental skills of an independent research approach.
The international dimension of the programme allows our students to build on their specific skills through Erasmus+ programmes and other types of mobility at universities abroad.
What does the study programme look like?
The course lasts 2 years and is worth 120 credits (ECTS).
Upon enrolment in the first year of the study programme, students are oriented towards one of seven fields of study (Automation and Informatics, Biomedical Engineering, Electrical Power Engineering, Electronics, Mechatronics, Robotics, Information and Communication Technologies).
The first three semesters are spent in lectures and tutorials, and in the last semester, the fourth semester, students complete a master’s thesis worth 30 ECTS.
Upon completion of the programme, students are awarded the title of Master of Electrical Engineering.
What are the main objectives of the programme?
- To provide world-class expertise in electrical engineering,
- to encourage creativity and critical thinking in finding new solutions,
- to enable effective involvement in research and development work upon recruitment and to be innovative in finding new solutions,
- to provide an excellent foundation for studies at cycle 3 in electrical engineering or another engineering discipline,
- to convince students of the need for further independent study as part of lifelong learning,
- to facilitate transfer between related study programmes and to ensure Europe-wide comparability of educational attainment.
What competences do students gain from the programme?
- Broad and qualitative specific knowledge in the chosen field of electrical engineering,
- the ability to pursue and master state-of-the-art processes and technologies,
- the ability to exercise sound judgement and to keep up with the latest developments in the wider field 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,
- Europe-wide comparability of educational attainment,
- interdisciplinary skills that are also useful in medicine, biology, economics, engineering, computing, sports, psychology and many other fields,
- a very good basis for further study at the PhD level in Electrical Engineering or any other engineering discipline,
- broad career development opportunities for MSc electrical engineers, enabling them to integrate effectively into the labour market.
Fields of Study
Automation and Informatics
The field of study Automation and Informatics at the second cycle of the university study of Electrical Engineering is an advanced program focused on process automation, intelligent systems and the use of modern information technologies in industry and research. It is intended for students who want to deepen their knowledge in the field of automatic control, robotics, optimization and informatics, especially in solving complex technical and engineering problems.
Main features of the study
- Advanced knowledge of automation:
Students become more familiar with process control methods, regulation theory and advanced control techniques such as nonlinear, adaptive and predictive control. They learn the modeling and simulation of dynamic systems and the use of these methods in the development and optimization of control systems.
- Informatics and data technologies:
The program includes in-depth knowledge of information systems, software, automation of information processes, databases and cyber security. Special emphasis is placed on computer tools to support automatic systems and industrial informatics.
- Intelligent and autonomous systems:
The study covers the fields of artificial intelligence (AI), machine learning and robotics. Students learn how to develop autonomous systems that independently adapt to the environment and solutions and optimize the operation of industrial processes.
- Use of modern technologies:
The program includes the use of modern tools and technologies for the design and implementation of industrial systems, such as IoT (Internet of Things), SCADA systems, embedded systems and cloud services. Students learn how to integrate these technologies for efficient operation of automated systems.
- Project and research work:
The program emphasizes collaboration in interdisciplinary projects and research assignments, which allows students to gain hands-on experience in developing advanced solutions. Students often collaborate with industry and research institutions, bridging theory and practice.
- Development of managerial and organizational skills:
Students acquire knowledge of project management, innovation and the organization of automation systems, which enables them to assume leading roles in company development departments or research groups.
Career opportunities
Graduates of the Automation and Informatics major are prepared for work in various fields, which include automation, informatics and optimization of industrial processes. Job opportunities include positions in industrial automation, robotics, smart factory development, process control systems, the automotive industry, system integrators, software providers, and research institutes. They also have the option of continuing their education at doctoral studies.
The study of Automation and Informatics at UL FE is ideal for students who want to deepen their technical knowledge in the field of automation and informatics and participate in the development of advanced technologies and intelligent systems that will shape the future of industry and the economy.
The study course Biomedical Engineering at the second cycle of the university study Electrical Engineering is an interdisciplinary program that combines electrical engineering, medicine and biotechnology. It is intended for the education of experts in the development of advanced medical devices, diagnostic and therapeutic systems, and solving engineering challenges in medicine and the health industry. The program provides an in-depth understanding of biomedical technologies and encourages the use of innovation to improve health care.
Main features of the study
- The interdisciplinary connection of technology and medicine:
The program combines electrical engineering knowledge with fundamental biomedical knowledge, enabling students to understand the human body, physiology and health processes from an engineering perspective. They learn to develop and optimize medical devices and systems that are key to modern diagnostics and treatment.
- Development of medical devices:
The study includes in-depth knowledge of the design and development of medical devices such as measuring devices, diagnostic devices (e.g. MRI, CT) and therapeutic devices (e.g. electrostimulation devices, pacemakers). The focus is on the integration of electronics, sensors and signal processes in biomedical applications.
- Biomedical signal and image processing:
Students acquire advanced knowledge of biomedical signal and image processing (e.g. EEG, ECG, MRI), which are key to the development of diagnostic and therapeutic systems. They learn to analyze and interpret data derived from the human body using advanced methods such as machine learning, artificial intelligence and mathematical modeling.
- Biomedical information systems:
The program also covers biomedical information systems, including computer-based health data management systems, telemedicine, e-health and information security in medicine. Students acquire knowledge about the development and use of IT solutions for better management of healthcare and optimization of healthcare processes.
- Research and project work:
The study encourages participation in research projects in cooperation with medical and research institutions. Students deal with real challenges in the field of biomedical engineering, which enables them to connect theoretical knowledge with actual needs in healthcare.
Development of innovative and entrepreneurial skills: The program encourages students to develop innovative solutions and new approaches in biomedical technology. It also includes content from the field of entrepreneurship and project management, which is key for the development and research sector in healthcare.
Career opportunities
Graduates of the Biomedical Engineering course have wide employment opportunities in the medical industry, development departments of medical equipment companies, hospitals, research institutes, and in regulatory and supervisory bodies. They can be employed as medical device engineers, medical software development specialists, biomedical researchers or medical technology consultants. They can also decide to continue their studies at doctoral level and deepen their knowledge in specific branches of biomedical engineering.
Studying biomedical engineering at UL FE is an excellent choice for anyone interested in developing advanced medical solutions, improving health care and innovation in the field of technological support for health. The program offers graduates the opportunity to contribute to improving people’s health and quality of life through technological innovation.
Stay up to date
University of Ljubljana, Faculty of Electrical Engineering Tržaška cesta 25, 1000 Ljubljana