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02 April 2025 | Story Leonie Bolleurs | Photo Supplied
Marinda Avenant
Dr Marinda Avenant (far right) at the first COPAFEU workshop in Helsinki with Dr Ignatius Ticha and Prof Beatrice Opeolu from the Cape Peninsula University of Technology. She joined the initiative two years ago as part of a consortium applying for ERASMUS+ funding for the e-service learning project.

Dr Marinda Avenant, Senior Lecturer in the Centre for Environmental Management at the University of the Free State (UFS), is working with her master’s students on a project to develop strategies to reduce the volume of solid waste reaching the Mangaung Metropolitan Municipality’s already overburdened landfill sites. 

All this came about through ‘Co-Producing Knowledge on Sustainable Growth through Service-Learning Pedagogy between African and European Higher Education Institutions’ (COPAFEU) – a project focused on ensuring that graduates have the skills they need for employment and entrepreneurship, while also contributing to sustainable local development. To do this, COPAFEU is developing a new approach where students follow the enhanced service-learning (e-service learning) route, working on real-world challenges and producing free, innovative educational resources on sustainable growth.

Dr Avenant became involved in the COPAFEU initiative two years ago when she was invited to be part of a consortium of universities applying for funding for the e-service-learning project from the ERASMUS+ funding programme, an EU funding programme for projects supporting education, training, youth, and sport.

She is leading the COPAFEU project on behalf of the Centre for Environmental Management (CEM) and the UFS.


A first time

Together with Prof Olusola (Shola) Oluwayemisi Ololade, Associate Professor and Director of CEM, and other academics, Dr Avenant is developing the e-service learning component to be incorporated into the structured Master of Science programmes specialising in Environmental Management and Integrated Water Management, respectively. 

“Our postgraduate programmes in Environmental Management and Integrated Water Management are following a blended delivery approach catering to working professionals, with short contact sessions on campus before they return to their jobs.” Dr Avenant says that their curricula have never included a service-learning component due to the limited time students spend on campus as well as their work commitments.

Providing more clarity on the e-service learning concept, she explains that an entrepreneurial component is integrated into the conventional service-learning pedagogy. “As part of the project, students will collaborate closely with lecturers and community partners to co-produce knowledge and develop digital open educational resources.”
 
According to Dr Avenant, the master’s students started with the first phase of the project in January this year, working with the community partner – the Solid Waste Management section at the Mangaung Metropolitan Municipality (MMM). In this phase, they visited a waste recycling pilot project, engaging with various stakeholders, including MMM environmental officers, residents from Mandela View, and waste pickers from the South African Waste Pickers Association, to reduce the volume of solid waste reaching landfill sites. 

Following the visit, students are conducting situation analyses of different aspects of the pilot project and are developing solutions to optimise the recycling initiative. They will present their findings and recommendations to stakeholders in an online webinar in June 2025.

In the second phase of this project, students will use the experiences and knowledge acquired in the first phase to create short videos exploring how civil society can contribute to reducing solid waste. Dr Avenant states that these videos will form part of open-access short-learning courses developed by the students themselves. “The courses will be hosted on a web-based platform, contributing to the creation of several massive open online courses (MOOCs) in the project’s final phase,” she adds.

For Dr Avenant, it is important to make an impact at the local level. “I believe that this is where environmental management truly ‘happens’ and where our students can have the greatest impact. It is also the level where environmental interventions are most urgently needed in South Africa. Real sustainable solutions and growth must happen within local communities,” she comments. 

“By focusing on local actions, our students can help to bring about meaningful and practical change,” she says.


Aligning with Vision 130

Although the Centre for Environmental Management’s involvement in the COPAFEU project has a local impact, it also aligns with Vision 130’s goal of expanding the university’s influence regionally and internationally. By collaborating with a consortium of two European and eight African universities, the project strengthens professional networks and increases the UFS’ global presence.

Just as these partnerships create opportunities for knowledge exchange and capacity building, they also provide a valuable platform for students to gain real-world experience and broaden their perspectives. Dr Avenant’s dream for her students is to see them grow into well-rounded environmental and water managers who can think critically, work across disciplines, and address complex real-world problems with innovative solutions. She hopes that this service-learning component will not only shift their perspectives, but also help them develop a diverse skill set, create a sense of social responsibility, and apply their knowledge in meaningful ways – whether by solving immediate environmental challenges or contributing to an open-access short learning course.

Beyond technical expertise, she believes that perseverance, accountability, resilience, teamwork, and ethical decision-making are just as important, and she is confident that this experience will help to establish these qualities in her students.

News Archive

Shack study holds research and social upliftment opportunities
2015-02-10

Photo: Stephen Collett

When Prof Basie Verster, retired head of the Department of Quantity Surveying at the University of the Free State (UFS), initiated an alternative form of housing for Johannes - one of his employees - a decision was made to base research on this initiative. This research project in Grasslands, Heidedal focused on the cost and energy efficiency of green and/or sustainable shacks.

Esti Jacobs from the Department of Quantity Surveying, together with an honours student in Quantity Surveying, a master’s student in Architecture, and young professionals at Verster Berry, helped with the project.

The physical goals of the project were to create a structure that is environmentally friendly, and maintains a comfortable interior climate in winter and summer, as well as being cost-effective to erect. The structure also had to be socially acceptable to the family and the community.

“The intention was to make a positive contribution to the community and to initiate social upliftment through this project. Structures such as the ‘green shack’ may serve as an intermediate step to future housing possibilities, since these structures are relatively primitive, but have economic value and could be marketable,” she said.

Esti explains the structure of the building, which consists of gum poles and South African pine bearers, with a timber roof and internal cement block flooring. The building is clad with corrugated iron and has a corrugated iron roof finish. Additional green elements added to the structure were internal Nutec cladding, glasswool insulation in walls, internal gypsum ceiling boards with ‘Think Pink’ insulation, internal dividing wall and door, polystyrene in the floors, and tint on the windows. A small solar panel for limited electricity use (one or two lights and electricity to charge a cellphone) and a Jojo water tank for household consumption by the inhabitants were also installed.

Esti said: “Phase one of the research has been completed. This phase consisted of an investigation into the cost of an alternative form of housing structure (comparing traditional shacks with the planned structure) as well as the construction process of the physical housing structure.

“Phase two of the research, commencing in February 2015, will last for two to three years. This phase will include the installation of temperature and relative humidity logging devices inside the existing traditional shack and the new green shack. The logs will be regularly monitored by the UFS Department of Quantity Surveying and Construction Management.

These data will enable the researchers to measure the differences in comfort levels inside the two different structures. The data, together with other information such as building materials and methods, are then processed by software programs. Through the simulation of different environments, building materials, and alternate forms of energy, software models can be used to come up with conclusions regarding more energy-friendly building materials and methods. This knowledge can be used to improve comfort levels within smaller, low-cost housing units.

The UFS will be working with Prof Jeff Ramsdell of the Appalachian State University in the USA and his team on the second phase of the project.

“This research project is ongoing and will be completed only in a few years’ time,” said Esti.

The results of the research will be published in accredited journals or at international conferences.

 

For more information or enquiries contact news@ufs.ac.za.

 

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