On February 25 and 26, 2026, H₂GEN hosted a two-day multidisciplinary workshop and laboratory tour in Stellenbosch with the University of Warwick’s Warwick Manufacturing Group (WMG), represented by Dr James Meredith, Chief Engineer, and Dyrr Ardash, Director: Business Development. The engagement brought together leading researchers from across Stellenbosch University’s Faculty of Engineering to strengthen collaboration, showcase institutional research strengths, and identify opportunities for joint innovation across key engineering domains.
Proceedings on the first day opened with strategic discussions on research and education within the Faculty of Engineering at Stellenbosch University. The session was led by Prof Corné Schutte, Vice-Dean: Research and Industry Liaison, and Prof Cristina Trois, who outlined the faculty’s academic direction and industry engagement priorities. Dyrr Ardash then provided an overview of WMG’s research activities, highlighting its applied research model and global partnerships.
Photo: Back: Paul Thiele, Prof Wikus van Niekerk, Prof Craig McGregor, Dyrr Ardash, Prof Johan van der Spuy; front: Dr Melody Neaves, Dr Gerrit Ter Haar, Dr James Meredith (from left to right)
An Energy Transition and E-Mobility session followed, underscoring the breadth of expertise across both institutions. Prof Craig McGregor presented research in solar thermal energy, with a focus on concentrated solar technologies and thermal energy storage. Prof Bernard Bekker discussed electricity system modelling for renewable energy integration, while Dr James Meredith, presenting on behalf of Dr Russ Hall, outlined strategies aimed at reducing industrial emissions and advancing net-zero processes. Dr You Wu introduced sustainabilityframeworks and life cycle assessment methodologies to quantify environmental performance.
Further presentations expanded into digitalisation and transport innovation. Prof Thinus Booysen addressed the Internet of Things and electric vehicles, demonstrating the integration of digital systems with next-generation mobility solutions. Dr Johann Strauss presented work in photovoltaics and solar optimisation, Phil Whiffin explored transport decarbonisation and the application of artificial intelligence in autonomous vehicles, and Martin Dowson discussed battery systems and broader electrification strategies.
The afternoon session shifted focus to Advanced Manufacturing and Sustainable Mining. Andries Engelbrecht presented on artificial intelligence applications in engineering, followed by Dr Gerrit Ter Haar and Dr Melody Neaves on additive manufacturing technologies. Steve Gowland, Dr Alex Attridge, and Dr Andy Williams highlighted developments in advanced engineering innovation. Prof Callen Fisher introduced research in mining robotics, while Dr Elaine Goosen presented pavement engineering advancements. Darren Hughes discussed sustainable materials applications, Prof Ton Peijs showcased polymer and composite innovations, and Prof Zushu Li concluded the session with insights into advanced steel research, including hydrogen-based steelmaking.
On February 26, participants toured key laboratories across the faculty to gain practical insight into Stellenbosch University’s research infrastructure. The Electric Mobility Lab demonstrated converted electric vehicles ranging from scooters and passenger cars to minibus taxis. The Electronic Systems Laboratory showcased autonomous systems and advanced control research, while the Chemical Engineering facilities presented work on microbial photobioreactors for sustainable hydrogen production. Additional visits included photovoltaic and solar thermal research facilities, with the programme concluding at the LaunchLab, SU’s entrepreneurial incubator supporting the translation of research into market-ready ventures.
The workshop reinforced institutional ties between Stellenbosch University and Warwick Manufacturing Group and laid the groundwork for future joint research initiatives spanning energy systems, electric mobility, advanced materials, manufacturing innovation, and smart engineering systems.
