Description
The Batchelor's Degree in Physics is offered by the Department of Physics of the School of Sciences at the University of Ioannina and provides high-level theoretical and practical education to its students, covering a wide range of disciplines that extend beyond Physics, such as materials technologies, chemistry, mathematics, computer science, atmospheric sciences, and education.
Relation to Employment
Graduates of the Department of Physics often work in secondary education, where teaching requires deep subject knowledge and an understanding of the methodology of Physics. Other career paths include applied fields of Physics in industry or large organizations, such as telecommunications, electronics, meteorology, and medical physics, many of which require postgraduate studies.
Access Requirements / Progression Opportunities
Admission to the program requires a Secondary School Leaving Certificate (High School Diploma) and successful participation in national-level examinations or qualifying entrance examinations.
Knowledge
Graduates of the Department of Physics acquire an in-depth understanding of the fundamental phenomena and principles of Physics, examining them across different scales (subatomic, atomic, cosmological), energy levels (low and high energies), and methodological approaches (classical, quantum, relativistic). They also deepen their knowledge of mathematical tools for analyzing, describing, and understanding physical phenomena and are introduced to modern interdisciplinary fields such as energy, materials science, nanotechnology, space physics, lasers, environmental science, medical physics, and computational physics. Additionally, they receive training in Physics teaching using pedagogical methods appropriate for early education levels.
Skills
Graduates develop skills in the use and advancement of experimental methods and computational tools, enabling them to effectively understand and utilize physical phenomena and principles. They are also capable of applying their theoretical and experimental knowledge to modern interdisciplinary fields, such as microelectronics, optoelectronics, and nuclear technology, and of designing experiments and computational models for the analysis of complex physical phenomena.
Competences
Graduates are able to combine knowledge, skills, and mathematical tools to address challenges in research and technological fields. They possess the ability to apply their knowledge across interdisciplinary areas of modern Physics, as well as the competence to teach and convey scientific methodology to students, particularly in the early stages of education.