Latest News Archive

Please select Category, Year, and then Month to display items
Previous Archive
18 June 2019 | Story Ruan Bruwer | Photo BackpagePix
Lefébre Rademan
Lefébre Rademan, wing attack and goal attack, received seven Player of the Match awards in her last 17 matches for the Free State and the University of the Free State.

While she had an outstanding Telkom Netball League and was recognised as one of the best players, Lefébre Rademan is keen to take her game to the next level.

The 22-year-old BEd honours student at the University of the Free State captained the Free State Crinums to the third position in the league, and was named as the best shooter. Her 201 goals from 235 attempts (86% goal average) was the second highest by any shooter with more than 100 attempts.

Rademan’s four Player of the Match awards was the joint most. This followed last year’s Varsity Netball tournament where she also finished with the joint most awards for the best player in a fixture.

“Yes, I would say this has been the best form of my career. But I believe I can take it a step further. Reaching this form is something that comes over time with hard work.” 

Rotating between positions

What impressed about the South African A (2018) and SA U21 (2016 and 2017) player, was how she adapted when she was rotated between wing attack and goal attack during matches.

Although the majority of her career was as a defender (school) and wing attack (post school), goal attack was a position she always thought she would like. 

“In my first year, I used to nag our coach (Burta de Kock) to give me some playing time there. It is funny how it worked out, as I’m now playing mostly goal attack.”

She still hopes to win a couple of trophies with the Kovsie and Free State teams and said she will give her ‘absolute all’ to make the Protea team.

According to De Kock, Rademan is a hard worker with a never-give-up approach. “I can play her anywhere and she won’t let anyone down. Lefébre never takes praise for herself. She sets the example on and off court.”

News Archive

UFS unveils new HPC cluster
2011-04-04

Prof. Jonathan Jansen, Prof. Theuns Verschoor and staff of the UFS ICT department at the unveiling of the HPC cluster

Our university has unveiled a brand-new multimillion-rand High Performance Computing (HPC) cluster, which promises to enhance the way research is done at our university.

The new HPC cluster is a super powerful computing cluster, and already has 28 users from six university departments using it to speed up and simplify their research. The cluster of more than R2,7 million was unveiled in March 2011.
 
It boasts an incredible 800 processing cores and special high-speed data-transfer technology, to make even the most expensive home PC look like a stone-age relic.
Prof. Janse Tolmie, Senior Director: Information and Communication Technology Services (ICT Services) at the UFS, says the cluster is used to simulate experiments and their outcome electronically, using advanced software and the high processing power of the cluster.
 
The cluster is especially useful to researchers in the Chemistry, Bio-chemistry and Medical Physics departments. Prof. Tolmie says these simulations are an internationally recognised means of conducting research and it is very important for a research institution to have access to such a facility.
 
In the past, many research articles have been published by UFS researchers, based on research done using the previous incarnation of an HPC cluster at our university.
Prof. Tolmie says the cluster can also be connected to clusters at other universities and research facilities to form national or international HPC grids.
 
This will enable researchers elsewhere to access the massive processing power that UFS researchers now have at their fingertips.
 
 
Media Release
30 March 2011
Issued by: Lacea Loader
Director: Strategic Communication
Tel: 051 401 2584
Cell: 083 645 2454
E-mail: news@ufs.ac.za

We use cookies to make interactions with our websites and services easy and meaningful. To better understand how they are used, read more about the UFS cookie policy. By continuing to use this site you are giving us your consent to do this.

Accept