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17 June 2025 | Story Tshepo Tsotetsi | Photo Supplied
Dr Herkulaas Combrink
Dr Herkulaas Combrink is representing UFS in a new international research project that aims to improve how evidence is used in public health policymaking.

Dr Herkulaas Combrink, a senior lecturer in the Faculty of Economic and Management Sciences (EMS) at the University of the Free State (UFS), is representing the university in a new international research project that aims to improve how evidence is used in public health policymaking.

Dr Combrink, who is also a co-director of the Interdisciplinary Centre for Digital Futures (ICDF), has been selected as one of the principal investigators in a newly funded project supported by the UK’s International Science Partnerships Fund under the Evidence-Informed Policymaking Programme. Running from April 2025 to March 2026, the project – titled Integrating Evidence for Contextualised Public Health Policy: Lessons from South Africa – explores how different types of evidence can be used more effectively in shaping public health policy. The international collaboration includes researchers from the Centre for Philosophy of Epidemiology, Medicine and Public Health, which is a collaboration between Durham University and the University of Johannesburg; as well as Durham’s Centre for Humanities Engaging Science and Society.

 

From the Free State to global impact

For Dr Combrink, being part of this collaboration highlights the important work being done in the faculty and ICDF that is reaching beyond borders. 

“It’s important to showcase the impact we are making from the Free State that leads to global outcomes,” he said.

The project aims to evaluate an evidence mapping framework to determine how model-based projections and social listening reports can be more effectively integrated and contextualised for policymaking.

“These are two very different data types,” he explained. “The value lies in demonstrating how to apply the framework to different contexts for evidence-based mapping.”

Dr Combrink brings extensive expertise to the team, having worked on both disease modelling and risk communication during South Africa’s COVID-19 response. He was involved in national and provincial social listening initiatives, and used high-frequency social media data to track the spread of misinformation, often referred to as the ‘infodemic.’ 

“We’ve built up enough data within ICDF and EMS to support this study,” he noted.

The goal is not just theoretical. A key outcome of the project is engaging directly with policymakers to refine modelling and risk communication strategies for future pandemics. 

“This will help us to engage with the various departments of health to assist with improving modelling and risk communication work for better social behavioural change,” he explained.

According to Prof Brownhilder Neneh, Vice-Dean for Research and Internationalisation in the EMS faculty, the project reflects the faculty’s growing global presence. 

“Dr Combrink’s participation is a testament to the calibre of scholarship within the faculty,” she said. “It positions EMS as a key contributor to shaping policy and practice with societal impact.”

She added that the collaboration aligns well with the faculty’s vision for global partnerships that are rooted in local relevance.

“By focusing on contextualised evidence for policymaking, this project reflects our commitment to relevance, engagement and global partnership,” she said.

 

What comes next

Over the project’s 12-month timeline, the team will deliver:

• a case study analysis of modelling and social listening during South Africa’s COVID-19 response;
• an extended evidence mapping framework tailored to diverse evidence types;
• policy briefs and practical tools for public health practitioners; and
• a hybrid international workshop in late 2025 bringing together researchers, policymakers and health professionals to test and refine these outputs.

News Archive

Pianoboost a hit on Google Play Store
2017-03-01

Description: Pianoboost Tags: Pianoboost

Pianoboost is an interactive app developed by
Dr Frelet de Villiers, lecturer in the Odeion School of Music
at the University of the Free State.
Photo: Supplied

“I got the idea after watching my children play Sing Star on PlayStation, where the game can detect how accurately you sing. I realised this could turn my dream into a reality if I looking into the possibility of an app that can do note recognising,” says Dr Frelet de Villiers, developer of the Pianoboost app, about her brainchild.

Dr De Villiers, lecturer in the Odeion School of Music (OSM) at the University of the Free State (UFS), developed this interactive app for piano learners to learn music. She started the developing process three years ago, but the project only got momentum when she  approached LivX, a digital developing company in Pretoria, six months ago.

Useful for other instruments
Pianoboost has been live since 9 February 2017 and already received positive reviews, with a five-star rating on the Google Play Store. “In my experience as piano teacher, I know that learners struggle to learn their notes. They can’t recognise the note on the music sheet and therefore cannot play it on the piano,” says Dr De Villiers. Although this app is developed for piano, it is also successfully used for other instruments like the marimba, violin, and guitar, because it can pick up sounds from almost any instrument.

Ideal for use in academic programme
There are students in the certificate and diploma modules at the OSM who haven’t received any formal music training. Therefore, the app is ideal for them to use. “We have instrument-specific methodology in our degree courses. So, those students could also be exposed to the app for use in their own teaching of young learners,” says Dr De Villiers.

Different features sets app apart
The app, available on Android devices, has instant music recognition and impressive features that already sets it apart from existing learning apps. It is used on a real acoustical piano (you do not need to plug the tablet into a keyboard), has instant note recognition, shows the correct position of the note on the piano when you are wrong, and works like a flash card system, to name a few. “By using the app, you also learn the names of notes whether you played it right or wrong,” says Dr De Villiers.

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