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<TITLE>Astronomy at the University of South Africa</TITLE>
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<h1><center>Astronomy at the University of South Africa</h1></center>
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<b><center>Derck P. Smits</b></center>
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<center><i>Department of Mathematics, Applied Mathematics & Astronomy<br>
PO Box 392, UNISA, 0003, South Africa<br>
dps@astro.unisa.ac.za</center></i>
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<b>Abstract.</b> Unisa is the largest correspondence university in Africa and 
the only South African university currently offering a BSc in Astronomy. The 
astronomy modules can be included in any standard BSc Physics programme. 
Besides using the radio and optical telescopes at HartRAO and SAAO, Unisa also 
has its own Observatory on the main campus equipped with modern instrumentation
for training students and doing niche research projects.
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<b>Sommaire.</b>Unisa est la plus importante université d'enseignement par 
correspondance en Afrique et la seule université d'Afrique du Sud qui forme des
licenciés ès sciences (BSc) en Astronomie. Les modules d'astronomie peuvent 
être inclus dans tout programme standard de Physique pour BSc. En plus 
d'utiliser les télescopes radio et optiques à HartRAO et SAAO, Unisa a aussi 
sur le campus principal son propre Observatoire équipé d'une instrumentation 
moderne pour la formation des étudiants et pour mener à bien des projets de 
recherche dans des niches scientifiques modernes.
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<h2><center>UNISA</h2></center>
The University of South Africa (Unisa) is a correspondence university offering 
internationally recognised certificate, diploma and degree courses up to 
doctoral level in a wide range of subjects to approximately 120,000 registered 
students from all over the world. The main campus is situated on a ridge 
overlooking the capital city of Pretoria.
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Students must submit assignments regularly so their progress can be monitored. 
Examinations are written at more than 450 conveniently located centres all over
the world. The students on-line service enables students who have access to the
internet to communicate with their lecturers and fellow students electroniically.
It also provides access to the extensive library catalogue.
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Research and community participation are part of the mission of Unisa. For many
years various departments have participated in community-based projects, often
as an integral part of the University's teaching and research endeavours. More
information is available on the University's web page at: 
<a href=http://www.unisa.ac.za>http://www.unisa.ac.za</a>.
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<table=100%>
<tr><td width=50%><center><img src=smits.jpg></td>
<td width=50%><img src=smits2.jpg></center></td>
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<h2><center>Astronomy Programme</h2></center>
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Degrees in astronomy are offered through the Department of Mathematics, Applied
Mathematics & Astronomy in the Faculty of Science. However, students do not 
have to register for a degree to do these courses. Individual courses may be 
taken purely out of interest for non degree purposes.
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Students from other universities in South Africa may obtain credit towards 
their degree for any astronomy modules they pass at Unisa. The undergraduate 
astronomy modules are designed in such a way that they can be incorporated into
any standard physics BSc degree.
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A BSc is made up of 30 modules, of which no more than 14 modules may be taken 
from 1st-year courses and at least 8 modules from 3rd-year courses. To major in
astronomy, the 9 astronomy modules listed below must be included in the 
curriculum together with some prerequisite maths and physics modules. Suitable
electives make up the balance of 30 modules.
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The practical modules AST255 and AST355 include a two-week session at the Unisa
Observatory in June or July.
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All modules use study guides prepared in the Department. Study material, 
tutorial letters and assignments are mailed to registered students; some 
material is available electronically.
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<h2><center>Facilities</h2></center>
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The Unisa Observatory, situated on the main campus, is a modern well-equipped 
facility housing a computer-controlled 14-inch telescope mounted on a fixed 
pillar. The Observatory is used primarily to train astronomy students using 
its state-of-the-art instrumentation.
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Viewing evenings at the Observatory give members of the public an opportunity 
to look at some of the splendours of the night sky, and stimulates an awareness
of science and technology in disadvantaged communities.
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Instrumentation for the telescope includes a spectrograph, a photometer, a CCD
and a 35-mm SLR camera. Research is possible for certain niche projects using 
this equipment. Some images taken with the CCD can be seen on the Observatory 
webpage at: <a href="http://.astro.unisa.ac.za/~uniobs.">
http://astro.unisa.ac.za/~uniobs.</a>
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The Department has a number of powerful linux workstations on which astronomical
software has been installed for analysing data collected at South Africa's two 
national astronomical facilities:
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<ul>
<li type=disc> the 26-m radio telescope of the Hartebeesthoek Radio Astronomy Observatory
(HartRAO), and
<li type=disc> the optical telescopes of the South African Astronomical Observatory 
(SAAO).</ul>
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Staff in the Astronomy Department regularly get observing time at these 
observatories, in addition to which they have a 5% share of observing time on 
the Automatic Photoelectric Telescope at SAAO.
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<center><img src=smits3.jpg></center>  
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<a href="as5.html"><img src="../backarr.gif" border=0></a>
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<ADDRESS>
<I>WGSSA</I>
<BR><I>2001-08-28</I>
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