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07 December 2022 | Story Samkelo Fetile
Students from the UFS Department of Economic and Management Science
Students from the UFS Department of Economic and Management Science attend the British Council’s Innovation for African Universities (IAU) Programme.
The British Council’s Innovation for African Universities (IAU) Programme brings together universities across sub-Saharan Africa and the UK with organisations supporting sub-Saharan African ecosystems. The programme aims to grow universities’ capabilities for fostering innovation and entrepreneurship.

Supporting youth social entrepreneurship

The Supporting Youth Social Entrepreneurship (SYSE) project is part of the IAU programme, and includes 24 projects (in Ghana, Kenya, Nigeria, and South Africa) funded through the IAU programme. The SYSE project is being delivered by the University of the Free State (UFS) Centre for Development Support, working with Challenges Ghana and Scotland’s Glasgow Caledonian University. 

Professor Deidre Van Rooyen, Associate Professor at the Centre for Development Support, said, “The programme teaches students in terms of social justice, creating change in communities, and making a difference, which all aligns with our vision as UFS.” The project trained 50 students on aspects of social entrepreneurship, and groups of five were matched with 10 NGOs.  In this way the knowledge they gained was transferred to community projects. “Ultimately, these organisations are now able to become more self-sustainable.”   

Prof Van Rooyen added that the project benefits the UFS as it also touches on the University’s three main pillars. “Teaching, research, and engaged scholarship are what the UFS aspires to do and, through that, students can gain not only theoretical knowledge but practical and soft skills to assist with social changes in society. By working with NGOs and applying social entrepreneurial principles and practice to generate measurable and meaningful outcomes, students will improve (self-) employability and social impact experiences. Students will further obtain hard social and economic skills.”

She concluded that, “If we for example have trained 40 students through the project, as well as teaching programmes in 10 NGOs, just think what type of social impact we can create within the region – touching lives of children, vulnerable people, the elderly, youth, and more.” 


The University will learn later this month whether the British Council will award further funding to the project. 

News Archive

Renowned forensic scientist speaks at the UFS
2014-04-02


Forensic science is about the truth. At the presentation delivered by Dr David Klatzow, were, from the left: Tinus Viljoen, lecturer in Forensic Genetics, Dr Klatzow and Laura Heathfield, also a lecturer in Forensic Genetics.
Photo: Leonie Bolleurs 

It is necessary for more research to be done in the field of forensic science in South Africa. This is according to Dr David Klatzow, well-known forensic scientist, during a lecture delivered at the University of the Free State (UFS) last week.

The university is offering, for the first time this year, a BSc degree in Forensic Science in the Department of Genetics. This three-year degree is, among others, directed at people working for the South African Police Service on crime scenes and on criminal cases in forensic laboratories. Students can also study up to PhD level, specialising in various forensic fields.

There is no accredited forensic laboratory in South Africa. “It is time to look differently at forensic science, and to deliver research papers on the subject. In light of the manner in which science is applied, we have to look differently at everything,” Dr Klatzow said.

Dr Klatzow praised the university for its chemistry-based course. “Chemistry is a strong basis for forensic science,” he said.

A paradigm shift in terms of forensic science is needed. Micro scratches on bullets, fingerprints, DNA, bite marks – all of these are forensic evidence that in the past led to people being wrongfully hanged. This evidence is not necessarily the alpha and omega of forensic science today. DNA, which seems to be the golden rule, can produce problems in itself. Because a person leaves DNA in his fingerprint, it is possible that DNA is transferred from one crime scene to another by forensic experts dusting for fingerprints. According to Dr Klatzow, this is only one of the problems that could be experienced with DNA evidence.

“No single set of forensic evidence is 100% effective or without problems. Rather approach the crime scene through a combination of evidence, by collecting fingerprints, DNA, etc. It is also very important to look at the context in which the events happened.

“A person sees what he expects to see. This causes huge problems in terms of forensic science. For example, if a criminal fits the profile of the perpetrator, it doesn’t follow that this specific criminal is the culprit. It isn’t what we don’t know that gives us trouble, it’s what we know that isn’t so,” Dr Klatzow said.

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