Description
The programme is a five-year integrated curriculum corresponding to 300 ECTS credits and leading to an Integrated Master's Degree. It provides high-level education and develops research skills in Electrical and Computer Engineering, covering the fields of electrical energy, communications, electronics, computer engineering, and computer science. The curriculum combines theoretical and laboratory education, a diploma thesis, and practical training, preparing graduates with advanced scientific knowledge and professional competence.
Relation to Employment
Graduates obtain the professional qualifications of Electrical and Computer Engineers and are prepared for careers in electric power generation, transmission and distribution, electronics, telecommunications, computer networks, software engineering, embedded systems, artificial intelligence, industrial automation, intelligent systems, cybersecurity, research, education, and technological innovation.
Access Requirements / Progression Opportunities
Admission to the program requires a Secondary School Leaving Certificate (High School Diploma) and successful participation in national-level examinations.
Knowledge
• Graduates possess a comprehensive understanding of the fundamental principles of the basic sciences and engineering disciplines of Electrical and Computer Engineering, in accordance with international standards.
• They possess the theoretical and laboratory background required for the study and development of systems for energy generation, transmission, distribution and storage, as well as control, communication and information systems.
• They acquire specialised knowledge, depending on their chosen study track, in Energy Systems; Signals, Telecommunications and Networks; Electronics; Computers and Information Systems.
Skills
• They apply their theoretical knowledge in laboratory and practical contexts and use modern scientific and technological methods.
• They address contemporary Electrical and Computer Engineering problems through an interdisciplinary approach, applying critical thinking, decision-making and problem-solving skills.
• They apply modern research methods to cutting-edge fields, taking into account international scientific developments and the needs of the economy and society.
Competences
• They work independently and collaboratively, cooperate effectively and adapt to changing circumstances.
• They are able to practise as Electrical and Computer Engineers in professional and research environments, in line with international developments and the needs of the economy and society.
• They possess the appropriate scientific background to pursue advanced research and postgraduate studies.