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02 November 2020 | Story Ruan Bruwer | Photo Varsity Sports
Lefébre Rademan, the country’s top student netball player in 2019, has been snatched up by English netball club London Pulse to play in England in 2021.

 

Attempting to become an even better netballer, former Kovsies netball captain Lefébre Rademan decided to jet off to England to play in their league.

Rademan was contracted by London Pulse to compete in the European Superleague in 2021. She will be the fourth Kovsie after Maryka Holtzhausen (2015 and 2018-2019), Karla Pretorius (2016), and Khanyisa Chawane (2020) to play in the league.

Rademan said it was an easy decision, even though it will be far and a long time away from home. The league runs from February to July, with a pre-season in December. She will continue with her master’s degree at the University of the Free State next year.

“I am not going to play netball forever and such an opportunity doesn’t come often. Having competed against England, New Zealand, and Jamaica earlier in the year, I realised they play at a much higher level and if I want to improve and become the best, I would also need to move to a next level.”

“As a goal attack, having Protea teammate Sigi Burger (goal shooter) at the same club, will be an advantage for both of us and for the Proteas as a combination.”

Rademan has had a great past two years, making her Protea debut (12 tests in total) and receiving a number of accolades, such as the Varsity Netball Player of the Tournament in 2019.

In the Telkom Netball League in October, captaining the Free State Crinums, she was named Shooter of the Tournament. She was Player of the Match twice. Her goal average of 88,1% was the highest in the competition.

“Last year was such a good year for me personally, but that remains in the past. You can’t become complacent. I want to keep working hard and become a much better player,” Rademan said.

 

News Archive

UFS awards its innovative thinkers
2009-11-18

Here are, from the left: Prof. Van Wyk with first-prize winners Precious Setlaba and Themba Motsoeneng and Prof. Muriel Meiring, the students’ promoter.
Photo: Stephen Collett


The University of the Free State (UFS) recently announced the winners of the Innovation Fund Competition. This national competition, which is organised by the Department of Science and Technology aims to promote entrepreneurship through the commercialisation of the innovative ideas of young entrepreneurs.

Every participating educational institution first has an in-house competition in which a total prize money of R100 000 is at stake. At the UFS 14 business plans from students were received and evaluated by six external adjudicators. The three winners now have to take part in Phase II of the competition where 60 competitors from 20 universities will compete. The winners of the National Competition will receive prizes of up to R300 000. This money must be used for the development of the innovative idea with which the prize was won.

The first prize in the UFS’s Innovation Fund Competition of R50 000 was won by Themba Motsoeneng and Precious Setlaba from the Department of Haematology for the development of low-cost diagnostic assays for thrombotic diseases and bleeding disorders with the aim of supplying these test assays at a much lower cost to pathology laboratories all over the country. “This exciting idea appealed to many of the judges, especially because it can contribute to low cost health care in the country,” says Prof. Gerrit van Wyk, organiser of the Innovation Fund Competition at the UFS. The second prize of R30 000 was won by Charl Jaftha, MSc student in Physics. He has developed a low-cost hearing aid the size of a cigarette box. It contains a microphone and electronics to amplify the sound. The third prize of R20 000 was won by Adriaan Taylor and Jaco Brink, both MBA students. They designed a two-in-one lawnmower that would enable the average gardener with a bulky garden to shred the garden refuse and recycle it through composting or disposal through the normal disposal system. “One judge called this a novel use of existing technology,” says Prof. Van Wyk.
 

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