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By Sarah Blyth
As a developing nation, we are lucky in South Africa that the government has made science and technology main focus areas in education and therefore the general climate in the country is positive towards research in these areas, including physics.
Currently, the South African university course structure in physics consists of:
In South Africa, all university education is paid for by the student. At the postgraduate level in physics, funding can be obtained mainly in the form of scholarships from the National Research Foundation (NRF http://www.nrf.ac.za ) Since science and technology education is a high priority of the government, recently more scholarships have been made available, particularly aimed at improving demographics in the sciences both in terms of women and previously disadvantaged groups. However, there is a lot of competition for this funding and it usually does not fully cover expenses. Foreign postgraduate students are expected to organize their own funding and fees are usually higher for foreigners than for citizens.
Most postgraduate physics students do part-time tutoring or supervise labs for undergraduates. This is a good way to gain teaching experience as well as earn some extra money for fees!
After the PhD
After the PhD. the canonical path to professorship involves performing post-doctoral research at home or overseas and then applying to universities for lecturing positions from where one can work one's way up the ladder to professorship. At some universities, one may lecture during a post-doc; it depends on the institution. South Africa also has national research facilities including two low energy nuclear laboratories (iThemba Labs) and observatories (South African Astronomical Observatory, Hartebeesthoek Radio Astronomy Observatory) where research can be performed at a post-doctoral and further level. Also launched this year was the African Laser Centre. South Africa has physics theory capabilities across a broad range of topics from astrophysics and cosmology to nuclear physics etc. There is also a strong capability in solid state physics and condensed matter physics at a number of the universities across the country.
Future growth areas are most likely in astrophysics since construction of the SALT (South African Large Telescope) has recently been completed and there is a strong push to locate the SKA (Square Kilometer Array) in the country as well. The NASSP (National Astrophysics and Space Science Programme) program which is a collaboration between the observatories and a number of South African universities and international funding agencies, was also established in the last couple of years in order to train graduate students in the areas of astrophysics and astronomy.
According to 2002 statistics from the South African Department of Education, at any one time there are ~110 registered PhD students across the country and between 10 and 25 people graduate with PhD's in physics per year**. Some continue in academics, and others leave for industry or the financial or information technology sectors. However, a good general rule of thumb is that there are no unemployed physicists in South Africa and the hope of the local physics community is to increase the number of physics graduate students over the next few years.
National Research Foundation
South African Astronomical Observatory
Hartebeesthoek Radio Astronomy Observatory
South African Large Telescope
National Astrophysics and Space Science Programme
African Laser Centre
*We use the same general textbooks and cover the same broad topics, differing slightly depending on university.
Sarah Blyth received her MSc in experimental physics (University of Cape Town) and is currently working on her PhD research in heavy-ion physics using data from the STAR experiment at RHIC (Lawrence Berkeley Laboratory / University of Cape Town).