Students of first degree studies obtain a breadth of preparation in physics, mathematics and their applications, as well as training in applying this knowledge pursue on their own the solution of challenging problems in various fields. They are trained in the use of data sources from the web as well as in a variety of IT topics (programming, operating systems, applications). They are well prepared to pursue second degree studies, and for work in research groups.
In the academic year 2010/2011, the following programmes of full-time first degree studies will be available
This programme provides a foundation in general physics, as well as an introduction to modern theoretical and experimental physics, together with elements of higher mathematics and information science.
Studies in the Astornomy programme provide a foundation in general astronomy, observational astrophysics, as well as mathematics, information science and physics.
In addition to traditional study programmes, the option of individualised studies is available in both specialties.
These study programmes are addressed to individuals with an outstanding level of preparation in mathematics and physics, as certified by a diploma of Laureate or Finalist in the Mathematics, Physics or Astronomy Olympics, Laureate in the Young Physicists Tournament, or excellent marks in secondary-school final examinations in physics and mathematics. This elite path of highly advanced studies provides the added pleasure of study in the company of a select group of highly ambitious individuals. Each student in this programme is tutored by one of the Professors or Assistant Professors of the Faculty of Physics.
Those who seek a future career in teaching can choose our physics teaching programme. Studies in this programme qualify for teaching physics and mathematics in elementary and middle schools. Graduates can choose to follow up with second degree studies, which qualify to teach at the high school level.
The interface between physics and the biological sciences and medicine is one of the fastest growing areas of current scientific research, as well as a ground for the application of the most recent technologies. With this in mind, the Warsaw University Faculty of Physics has opened a new, inter-disciplinary study programme, which gives a choice of five specialities
Nanotechnology is one of the great challenges of our times. A huge growth in nano-science and technologies on the borderlines of physics, chemistry and information science is observed throughout the world. In response to these world-wide currents, the Faculties of Physics and Chemistry at Warsaw University have established a macro-programme of Nanostructure Engineering, a qualitatively new course of study in correspondence with the inter-disciplinary nature of the knowledge that concerns the design and fabrication of new structures for nanotechnology, research of their properties and functional applications.