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28 March 2018 Photo Supplied
Building programmes receive accreditation
The vision for the UFS Department of Quantity Surveying and Construction Management is to be the preferred choice for built environment students and the preferred provider of built environment graduates.

In 2017 the South African Council for the Project and Construction Management Professions (SACPCMP) visited the Department of Quantity Surveying and Construction Management at the University of the Free State (UFS), to re-accredit programmes offered by the department.

In January 2018 the department received the news that the SACPCMP granted full accreditation for the next five years (January 2018 to December 2022) for the programmes BSc Construction Management; BSc Hons Construction Management; and Master’s in Land and Property Development Management (Project Management specialisation).

The South African Council for Property Valuation Profession (SACPVP) also granted conditional accreditation for the Master’s in Land and Property Development Management (MLPM) (valuation specialisation) programme.

The value of accreditation

According to Prof Kahilu Kajimo-Shakantu, Head of the Department of Quantity Surveying and Construction Management, it means the department is recognised as a certified place of learning offering a certified programme mix recognised by the SACPCMP as meeting its standards. It further means that the department, via its programmes, is able to produce graduates who are “fit for purpose”, technically competent, and have developed and can demonstrate a range of skills.

She added: “Having accredited programmes makes our programmes attractive, with wider employment opportunities. It certifies that our graduates from the Construction Management programme are qualified and competent. They have achieved a minimum level of competence to embark on the journey to practise professionally.”

Achieving and maintaining programme accreditation from the respective national and international professional bodies is the ultimate goal for the department. “This hallmark of quality reflects the university’s aspiration towards excellence,” Prof Kajimo-Shakantu said.

On offer at the department

The department offers BSc in Construction Management and BSc Hons in Construction Management and BSc Quantity Surveying and BSc Hons Quantity Surveying respectively.  These programmes are offered both on residential (full time) as well as via compact mode of delivery (block sessions) for those already working in the construction industry but who wish to obtain or further their educational qualifications. 

At master’s level, the department offers a structured Master of Land and Property Development Management Programme (MLPM) with specialisation in either Valuation or Project Management. Other programmes on offer are the following   master’s and doctoral programmes, namely; MSc Construction Management, MSc Property Science and MSc Quantity Surveying and PhD Construction Management, PhD Property Science and PhD Quantity Surveying respectively.

“My vision for the Department of Quantity Surveying and Construction Management is to be the preferred choice for built environment students and the preferred provider of built environment graduates,” said Prof Kajimo-Shakantu.

“Construction Management programmes, like the other programmes we offer, lead to exciting, challenging and rewarding careers in the construction industry and beyond. Our graduates are also highly sought-after by built environment employers nationally and internationally,” she concluded.

News Archive

Water research aids decision making on national level
2015-05-25

Photo: Leonie Bolleurs

With water being a valuable and scarce resource in the central regions of South Africa, it is no wonder that the UFS has large interdisciplinary research projects focusing on the conservation of water, as well as the sustainable use of this essential element.

The hydropedology research of Prof Pieter le Roux from the Department of Soil, Crop and Climate Sciences and his team at the UFS focuses on Blue water. Blue water is of critical importance to global health as it is cleared by the soil and stored underground for slow release in marshes, rivers, and deep groundwater. The release of this water bridges the droughts between showers and rain seasons and can stretch over several months and even years. The principles established by Prof Le Roux, now finds application in ecohydrology, urban hydrology, forestry hydrology, and hydrological modelling.

The Department of Agricultural Economics is busy with three research projects for the Water Research Commission of South Africa, with an estimated total budget of R7 million. Prof Henry Jordaan from this department is conducting research on the water footprint of selected field and forage crops, and the food products derived from these crops. The aim is to assess the impact of producing the food products on the scarce freshwater resource to inform policy makers, water managers and water users towards the sustainable use of freshwater for food production.

With his research, Prof Bennie Grové, also from this department, focuses on economically optimising water and electricity use in irrigated agriculture. The first project aims to optimise the adoption of technology for irrigation practices and irrigation system should water allocations to farmers were to be decreased in a catchment because of insufficient freshwater supplies to meet the increasing demand due to the requirements of population growth, economic development and the environment.

In another project, Prof Grové aims to economically evaluate alternative electricity management strategies such as optimally designed irrigation systems and the adoption of new technology to mitigate the substantial increase in electricity costs that puts the profitability of irrigation farming under severe pressure.

Marinda Avenant and her team in the Centre for Environmental Management (CEM), has been involved in the biomonitoring of the Free State rivers, including the Caledon, Modder Riet and part of the Orange River, since 1999. Researchers from the CEM regularly measures the present state of the water quality, algae, riparian vegetation, macro-invertebrates and fish communities in these rivers in order to detect degradation in ecosystem integrity (health).

The CEM has recently completed a project where an interactive vulnerability map and screening-level monitoring protocol for assessing the potential environmental impact of unconventional gas mining by means of hydraulic fracturing was developed. These tools will aid decision making at national level by providing information on the environment’s vulnerability to unconventional gas mining.

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