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12 January 2024
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Story Nonsindiswe Qwabe
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Photo Sonia Small
Since joining the UFS in 2008, Dr Grey Magaiza has worked extensively on approaches that can foster the socio-economic transformation of societies.
“The future should be one where communities can decide on their development agenda and futures. That’s the most important for me.” Dr Grey Magaiza, Deputy Director of the Centre for Gender and Africa Studies (CGAS) and Head of the Community Development programme on the Qwaqwa Campus, is passionate about capacitating communities to be agents of change and advancement. His vision for the future emphasises the empowerment of communities to take charge of their development by actively participating in decision making and the implementation of development projects that can improve their lives.
Since joining the UFS in 2008, Dr Magaiza has worked extensively on approaches that can foster the socio-economic transformation of societies. Over the years, he has crafted his research speciality into one that he is most proud of – being an interdisciplinary scientist immersed in the development of communities.
“I’m in a fortunate position of researching what I like. I say ‘fortunate’, because I’ve taken the time to understand what I’m passionate about, which is the overall field of rural livelihoods and livelihood futures – in short, community development. My research starts from an engaged university, understanding the elements that a university must use to enhance transformation and relevance to its immediate community in terms of development.”
One of the ways he has done this is by looking at social entrepreneurship as a development approach for young people in a rural setting. Through workshops with non-profit and civic organisations in Qwaqwa, Dr Magaiza has been helping these organisations to map out their needs and actively meet them through the involvement and support of external role players.
“We understand that communities are part of the national development agenda, but even that national agenda respects community knowledge and intentions and allows communities to shape their identity. A critical enabler of this is community organising. You bring back the capacity in communities to have dialogues on issues affecting them as spaces for engagement, knowledge exchange, and for people to just talk about their way forward.”
By enabling communities to define their development agenda, they can address their specific needs, challenges, and aspirations, he said. “When I look at livelihood futures, it’s quite an exciting aspect of my work – it’s like looking into a fortune tellers’ globe, because you’re not deciding for communities what they should do, but the communities themselves take those decisions.”
Science and goodwill meet drought-stricken communities
2016-03-02
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“Everyone should contribute to the delivery of clean water to every individual,” says UFS researcher.
The drought in South Africa has impacted the country in many ways. Apart from its economic and environmental implications, the drought also has social implications, leaving some communities without water.
Since 21 January 2016, the Department of Water and Sanitation (DWS) is working together with the Department of Microbial, Biochemical, and Food Biotechnology at the University of the Free State. Dr Mariana Erasmus, post-doctoral fellow in the department, was appointed to lead a project for disinfecting tankered water supplied by the DWS to communities without water in the Qwaqwa area - which falls under the Maluti-a-Phufung Local Municipality.
She is working on the project with Robbie Erasmus from BioSense Solutions and Martin Bambo from DWS. A total of 53 trucks, 91 tanks, and 420 500 litres of water was disinfected so far, using sodium hypochlorite. “This is standard practice around the world,” Dr Erasmus said.
The work done by the UFS and DWS, who is monitoring the water quality as well as the process of water delivery, is very important. Disinfecting the trucks used to deliver water to drought-stricken communities decreases the formation of biofilm inside the tanks. “The biofilm could contain harmful bacteria such as E-coli. It is important to note that this is mostly the result of secondary pollution, since the water quality from the source where it was taken from, proved to be good. Drinking water with this harmful bacteria that has not been properly managed, can lead to health issues in humans when consumed,” Dr Erasmus said.
The Department of Microbial, Biochemical, and Food Biotechnology, interacting with the DWS on several water-related issues, volunteered to get involved in the project. They strongly believe that everyone should contribute to the delivery of clean water to every individual.