2012 Course Programme

Information

Students have to succeed in examinations in all Compulsory and a total of 12 Elective courses, which should be distributed as follows:

  • 4 Basic Elective courses
  • 3 Generic Elective courses
  • 3 Specialized Elective courses
  • 2 courses from Specialized and/or Generic groups

Courses

1st Semester Courses

Compulsory

Applied Mathematics I

Chemistry

General Mathematics I

General Physics I (Engineering)

Laboratory of Applied Informatics

2nd Semester Courses

Compulsory

Computer Programming & Computational Physics

General Laboratory

General Mathematics II

General Physics II (Heat – Thermodynamics)

General Physics III (Electricity – Magnetism)

3rd Semester Courses

Compulsory

Applied Mathematics II

Atmospheric and Environmental Physics

Electrical Circuits Laboratory

General Mathematics III

General Physics IV (Optics – Waves)

4th Semester Courses

Compulsory

Electronics

General Physics V (Newer Physics)

Mathematical Methods of Physics

Optics Laboratory

Theoretical Engineering

5th Semester Courses

Compulsory

Astronomy – Astrophysics

Electronics Laboratory

Laboratory of Atomic Physics

Nuclear and Particle Physics

Quantum Mechanics I

6th Semester Courses

Compulsory

Electromagnetism

Materials Structure Laboratory

Nuclear and Particle Physics

Nuclear Physics Laboratory I

Quantum mechanics II

Statistical Physics

7th Semester Courses

Compulsory

Solid State Physics

Basic Elective

7th Semester

Renewable energy sources

Astrophysics

Atmospheric Environment

Structural Properties of Solids

Introduction to Physics Teaching

Electronic circuits

Nonlinear dynamic systems

Computational Physics and Applications

Elementary Particle Physics

8th Semester

Introduction to Physics Teaching

Telecommunications Issues

Observational Astronomy

Nuclear physics

Physics of Nanostructures and Surfaces

Solid State Physics II

Hamiltonian Mechanics

Generic Elective

7th Semester

Practical Exercise

Seminar: Teaching Physics Topics

Numerical Analysis

Biology

Geometrical Optics and Applications

Geophysics – Seismology

Educational Technology Laboratory

Telecommunications and Networks Laboratory

History and philosophy of Physics

Presentation Methodology of Physics Topics

Meteorology

Energy Production from Nuclear and Conventional Sources

Probability – Statistics

Environmental Radioactivity

Characterization Techniques and Materials in the Conservation of Works of Art

Technology-Materials and Economic, Social Environment

Physics of the Human Body

Physics of Materials

Photonics and Applications

8th Semester

Practical Exercise

Seminar: Teaching Physics Topics

Numerical Analysis

Biology

Geometrical Optics and Applications

Geophysics – Seismology

Educational Technology Laboratory

Telecommunications and Networks Laboratory

History and philosophy of Physics

Presentation Methodology of Physics Topics

Meteorology

Energy Production from Nuclear and Conventional Sources

Probability – Statistics

Environmental Radioactivity

Characterization Techniques and Materials in the Conservation of Works of Art

Technology-Materials and Economic, Social Environment

Physics of the Human Body

Physics of Materials

Photonics and Applications

Specialized Elective

7th Semester

Biophysics

Propagation of Electromagnetic Waves – Antennas – Microwaves

Accelerators and Detectors in Nuclear and Particle Physics

Physics Teaching Laboratory

Nuclear Physics Laboratory II

Theoretical Statistical Solid State Physics

Quantum Mechanics III

Non-Linear Circuits

Fluid Mechanics

Microelectronics

Planetary Systems and Space Exploration

Thesis – Introduction to Research Methodology

Digital systems

8th Semester

Thesis – Introduction to Research Methodology

Computer architecture

Atmospheric Diffusion and Dispersion

Atmospheric Technology

General Theory of Relativity

Linear Circuits

Introduction to Ionized Gas Physics (Plasma Physics)

Electronic Circuits Laboratory

Solid State Physics Laboratory

Nuclear theory topics

Quantum Optics – Laser

Cosmology

Crystal Structure and Applications

Magnetic Materials and Applications

Mathematical Methods of Physics II

Global Environmental Changes

Experimental Foundation of Elementary Particle Physics

Quantum Physics Problems

Radio Astronomy – Astronomy at Non-Optical Wavelengths

Computational Physics of Materials

Radiation Physics and Applications of Radioisotopes

Physics and Technology of Semiconductor Devices