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11 May 2022 | Story Dr Nitha Ramnath
Belinda Viljoen
Belinda Janeke

Belinda Janeke is the proud recipient of the Dean’s Medal for best honours student in Industrial Psychology in the Faculty of Economic and Management Sciences (EMS), which was awarded during the recent April graduation ceremonies. Janeke, a career adviser specialising in career services with a focus on career development and work-readiness programmes, is currently studying for a master’s in Industrial Psychology, with a view to becoming a registered industrial psychologist.

“The Dean’s Medal was a huge surprise and shock, and I couldn’t have done it without the amazing lecturers I had,” says Janeke.  “They have done so much to engage with us, teach us, and help us with online teaching in 2020 and 2021.”

Janeke began her career as an orientation officer at the University of the Free State (UFS) in 2009 and was promoted to advising and lecturing before being appointed as Head: Career Services (Student Affairs) in 2013, a position she currently holds.

“I really enjoyed my studies; I could live my passion and apply the work experience I gained over time as well. It is just a super blessing from Above; only by God’s grace that this happened,” explains Janeke.

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Mathematical problem-solving solutions found in African indigenous games
2015-04-02

A recent study by Dr Tshele Moloi, a Mathematics Education lecturer at the Qwaqwa Campus, revealed that games such as Diketo or Morabaraba enhance the understanding of abstract mathematical concepts in children.  Diketo is a children’s game where 10 small stones or marbles and 1 ghoen or big stone are made available to each player. A small hole about 5cm deep is dug in which the small stones are placed for the players.

During this game of Diketo, learners can identify the variables involved – both dependent and independent.  In round one of the game, it was found that the stones scooped out of the hole can be described by the pattern: f(n)= -n/2   +  21/2 , (where n denotes the throwing of the ghoen). Stones placed in the hole can be illustrated by the pattern:  f(m)= -m/2   +  10, (where m denotes the throwing of the ghoen). There are many patterns that can be obtained when the players are in round two.

The patterns which emanate from rounds one, two, and three can be put on the Cartesian Plane, which can then demonstrate the linear functions.

Read more about this study into mathematical solutions based on African indigenous games here.

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