Online Reporter
Kudakwashe Mugari-Deputy National Editor
PRESIDENT Mnangagwa’s transformative policies are driving the modernisation of the higher and tertiary education, innovation, science and technology sectors as the nation enjoys the results of a clear national vision.
This comes as the Ministry of Higher and Tertiary Education, Innovation, Science and Technology Development has announced the official launch of the High-Performance Computing Phase II (HPC Phase II), scheduled to take place tomorrow at the Zimbabwe Science Park 1 Complex, University of Zimbabwe.
Tomorrow’s launch ceremony is expected to draw regional attention, with high-level delegations from Sadc expected to attend.
This transformative milestone positions Zimbabwe at the forefront of Africa’s scientific and technological revolution.
Speaking ahead of the event, Higher and Tertiary Education Minister Dr Frederick Shava described the launch as a “decisive leap forward in the country’s national innovation agenda and a critical tool in integration into the global knowledge economy”.
“The HPC Phase II project affirms Zimbabwe’s ambition to become a regional centre for data-driven innovation, artificial intelligence and digital transformation,” he said.
“With this infrastructure, Zimbabwe now joins a select group of African countries with the capacity to process big data on a large scale and solve complex problems across disciplines.
“His Excellency’s guidance continues to empower our ministry to pioneer infrastructure and research platforms that will place Zimbabwe firmly on the global innovation map.”
The remarkable achievement is made possible under the visionary leadership of President Mnangagwa, whose transformative policies are driving the modernisation of the higher and tertiary education sector.
The HPC Phase II is a supercomputing facility capable of performing quadrillions of calculations per second.
It significantly expands Zimbabwe’s computational capacity—making it possible to perform complex simulations, big data analytics and Artificial Intelligence model training previously only feasible in technologically advanced nations.
The Second Republic anticipates that the supercomputer will play a vital role in:
Climate modelling and environmental forecasting for agriculture and disaster preparedness.
AI-powered solutions for healthcare diagnostics and disease surveillance.
Advanced genomics for biotechnology and precision medicine.
Engineering simulations in mining, energy and infrastructure planning.
Machine learning and natural language processing to support indigenous language technology and education tools.
Zimbabwe has been steadily improving its standing on the Global Innovation Index, and the establishment of HPC infrastructure is expected to catalyse research outputs, innovation-driven enterprises and regional collaborations.
Dr Shava said this facility is more than just a computer; it is a gateway for local scientists, universities and innovators to engage meaningfully with global research networks and emerging technologies like artificial intelligence and quantum computing.
Already, partnerships with academic institutions and innovation hubs are being structured to ensure the HPC Phase II becomes a national resource with regional reach.
