To obtain the postgraduate title (M.Sc.) from the Graduate Studies Program "Computational Physics" of the Department of Physics, graduate students are required to successfully complete the programcurriculum which lasts three semesters (90 ECTS). The courses offered are divided into two classes (core and elective), as follows:
a) Required courses (total of 4): ECTS 30
b) Mandatory electives (Total 2): ??ECTS 15
c) Elective courses (total of 4): ECTS 30
d) Thesis: ECTS 15
During the first semester students are required to attend and successfully complete four compulsory subjects. In the second semester students are required to select, attend and successfully complete 2 of the 4 offered compulsory electives and 2 out of 21 offered electives. In the third semester students are required to select, watch and successfully complete out of 23 offered electives and complete a dissertation thesis which is graded by a three member committee after a public presentation.
The aim of the program is to provide high-level graduate courses aiming to create high-level executives who will be able to work in organizations and companies and offer their services to education and research.
The main objective of the MSc Computational Physics is the studentspecialization in both modeling and simulation methods and in computational techniques.
The knowledge and skills gained from this process have applications in many other scientific and technological fields beyond physics. The MSc graduates acquire skills that allow them to use:
a) Computational techniques of dynamics that are now widely applied in the area of ??chemistry, biology, environment, and several branches of engineering,
b) Numerical techniques of electromagnetism in telecommunications and electronics,
c) Applying the quantum mechanical techniques in basic research and new technologies,
d) Computational techniques of statistical physics applied to all branches of science and engineering, as well as in finance,
e) Technical computational physics with numerous applications in the educational technology field.
The experience gained with the training in computational physics enables the programgraduates to pursue successful careers in a wider range of professions which are in need of the use of computational techniques and the development of computational simulation models and processes, processing data, applied informatics, and the utilization of information technologies in the educational process.