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25 September 2019 | Story Zamuxolo Feni | Photo Liza Crawley
Read More Photo SANRAL
SANRAL Chief Executive Officer Skhumbuzo Macozoma and UFS Rector and Vice-Chancellor Prof Francis Petersen cutting a cake to mark 10 years of collaboration between the two institutions.

The Science-for-the-Future (S4F) programme is fundamental to generating the required pipeline for technologically skilled entrepreneurs and workers by focusing on Mathematics and Science support to learners, teachers, and parents.

This is according to the South African National Roads Agency Limited (SANRAL) Chief Executive Officer, Skhumbuzo Macozoma, who delivered a keynote address at the Annual Science for the Future Summit held at the University of the Free State (UFS) on 20 September.

The S4F is a partnership between the UFS and SANRAL, with the fundamental purpose to train Maths and Science teachers and to support learners and parents. The programme has now been extended to six other universities, namely Nelson Mandela University and Walter Sisulu University in the Eastern Cape; the University of Limpopo, University of KwaZulu-Natal, and the two recently established universities, the University of Mpumalanga and the Sol Plaatje University in the Northern Cape.

Dr Cobus van Breda, the Programme Director for the UFS S4S, said they developed the Family Math and Key Concepts in Science programmes to address issues that prevent learners from excelling in these critical subjects. It seeks to improve the content knowledge of teachers and provide them with more skills-teaching resources.

Macozoma said: “I am proud and deeply honoured to stand before you today in the strength of a successful 10-year partnership with the University of the Free State which we are celebrating here today, together with the hosting of the Annual Science for the Future Summit.”  More than 300 teachers attended the summit.

Planning for the future

He indicated that SANRAL's long-term strategy, Horizon 2030, instructed the development of a new human-resources strategy for the organisation, which has identified three pillars that underpin SANRAL's human-capital development initiatives, namely people, skills, and performance.

“The strategic opportunities identified by SANRAL include capitalising on the opportunity presented by the digital revolution to create a new generation of technologically skilled entrepreneurs and workers; returning to good and ethical governance in both the public and private sectors; bringing back the prestige of serving the citizens of SA through state institutions: fashioning SANRAL as an employer of the future and delivering technical skills to address the glaring skills gap in engineering and other domains,” he said.

Macozoma stated that SANRAL has also decided to review and rationalise its support to institutions of higher learning in order to grow the footprint of its support programmes, increase the impact, and ensure equity.

Beyond this, he stated that SANRAL wanted to ensure that learners are equipped with fundamental competencies that are essential to complement academic teachings, including critical thinking, creativity, collaboration, communication, information literacy, media literacy, technology literacy, and flexibility.         

Facing 4IR head on

Macozoma said the most important characteristics of the Fourth Industrial Revolution that must be taken into consideration by those who aim to survive it, drive it, and benefit from it, is a smart customer – who is informed and dictates what services he/she wants and how they should be delivered; technology at the fingertips – which will enable rapid, real-time, borderless services to information, services, and technology as an enabler – bringing efficiency to logistics, mobility, medicine, education, industries, the economy, the military, global trade, and politics.  

Working closely with school and society

UFS Rector and Vice-Chancellor, Prof Francis Petersen, said the university has an important responsibility to generate knowledge that will impact society positively.

“We have a role to work closely with our schools and society so that we can understand each other’s needs,” he said.

“We need to strengthen collaboration with all our partners so that we can travel further and make an impact in our society,” said Prof Petersen.

One of the participating teachers in the S4F programme, Grace Molante, from a primary school in Zastron, said: “It is programmes such as these that instil hope in us as teachers. Some learners could find Maths and Science very difficult and challenging subjects, but this programme makes problem solving more enjoyable and practical.”

News Archive

Students receive hands-on crime scene investigation training
2016-09-02

Description: Crime scene investigation training Tags: Crime scene investigation training

Ntau Mafisa, a forensic science honours student
at the UFS, and Captain Samuel Sethunya from
the SAPS Crime Scene Management in
Bloemfontein.
Photo: Leonie Bolleurs

With murder and robbery rates on the rise, the Forensic Science Programme of the Department of Genetics at the University of the Free State is playing a key role in training South Africa’s future crime scene investigators and forensic laboratory analysts.

According to the Institute for Security Studies (ISS), murder and aggravated robbery rates for 2014/2015, as recorded by the South African Police Services (SAPS) have increased. Incidents of murder increased by 4.6% in the period from 2013/2014 to 2014/2015 and aggravated robbery increased by 8.5 % in the same period. The ISS is an African organisation thant enhances human security by providing independent and authoritative research, expert policy advice and capacity building.

Dr Ellen Mwenesongole, a forensic science lecturer at the Department of Genetics, said the university was one of a few universities in South Africa that actually had a forensic science programme, especially starting from undergraduate level.

Crime scene evaluation component incorporated in curriculum
As part of its Forensic Science Honours Programme, the department has, for the first time, incorporated a mock crime scene evaluation component in its curriculum. Students process a mock crime scene and are assessed based on how closely they follow standard operating procedures related to crime scenes and subsequent laboratory analysis of items of possible evidential value.

The mock crime scene forms part of a research project data collection of the honours students. In these projects students utilise different analytical methods to analyse and distinguish between different types of evidence such as hair fibres, cigarette butts, illicit drugs and dyes extracted from questioned documents and lipsticks.

Students utilise different analytical methods to analyse
and distinguish between different types of evidence.

This year, the department trained the first group of nine students in the Forensic Science Honours Programme. Dr Mwenesongole, who received her training in the UK at the University of Strathclyde in Glasgow, Scotland, and Anglia Ruskin University in Cambridge, England, said incorporating a crime scene evaluation component into the curriculum was a global trend at universities that were offering forensic science programmes.

Department of Genetics and SAPS collaborate
It is important to add this component to the student’s curriculum. In this way the university is equipping students not only with theoretical knowledge but practical knowledge on the importance of following proper protocol when collecting evidence at crime scenes and analysing it in the laboratory to reduce the risk of it becoming inadmissible in a court of law.

The Genetics Department has a good working relationship with the Forensic Science Laboratory and Free State Crime Scene Management of the Division Forensic Services of the SAPS. The mock crime scene was set up and assessed in collaboration with the Crime Scene Management Division of the SAPS. Although the SAPS provides specialist advanced training to its staff members, the university hopes to improve employability for students through such programmes.

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