Learning outcomes
Upon successful completion of the MSc program, students are expected to be able to:
- Demonstrate their expertise in the chosen area of specialization within the field of Electrical and Electronics Engineering. To do so, they are expected to understand, describe and classify the underlying theories, knowledge representation models, methods and tools employed to address existing as well as emerging problems / challenges and open research questions in this area.
- Analyze problems, construct solutions and comparatively evaluate alternative solutions or approaches within their chosen area of research.
- Design and implement (initially, under supervision and later on, independently) research plans based on specific research methodologies and protocols, in order to pose, test and accept or reject scientific hypotheses, through theoretic or experimental approaches.
- Describe and present in an accurate, detailed and complete manner the results of their work, either individual or teamwork, in speech, text or other multimedia form.
- Collaborate with peer scientists and engineers on cross-disciplinary fields and apply their specialized skills in the development of innovative knowledge and technology.
- Cultivate and demonstrate their awareness on the rules and ethics of research regarding personal, social, economic and environmental dimensions and the impact of research results on all these axes and discern new / open issues or challenges when and where they arise.
- Develop their personal research interests in order to proceed to the next grade of PhD studies in more focused / specialized areas within the field of Electrical and Electronics Engineering.