The DARA project: Training a new generation of African scientists
A pioneering radio astronomy project, introducing skills and expertise to countries across Sub-Saharan Africa, has received a funding boost to continue its transformational work.
A pioneering radio astronomy project, introducing skills and expertise to countries across Sub-Saharan Africa, has received a funding boost to continue its transformational work.
The Development in Africa with Radio Astronomy (DARA) project – which is led by the – has already trained more than 300 students and postgraduates in eight countries since its launch eight years ago.
Alongside the University of Leeds, the UK partners on DARA are the and the Universities of , , , , , , and . And in South Africa, the academic partners are the Universities of , , , , and the .
This new £6.5m cash injection will help to train a further 225 people over the next three years, equipping them with skills in radio astronomy and data science that they can then apply to other sectors and help address local development challenges such as water, agriculture and deforestation.
, Professor of Astrophysics in , kickstarted the DARA project back in 2015. He said it was “great news” that new funding would help to continue the initiative’s life-changing work.
“What always drives me to keep pushing on in this project is the individual stories: meeting the African students, many of whom have come from extremely poor rural backgrounds, who never thought they would get the opportunity to study things out in space but always had that inquisitive nature,” he added.鈥�
“Now with the high-tech skills they have gained, they could come full circle and try to help their country alleviate these challenges.”鈥�
Professor Melvin Hoare with students during their first experience of looking through the 20cm optical telescope.
This third phase of DARA is being funded by the (STFC) – part of (UKRI) – via the , in partnership with South Africa.
, University of Leeds Interim Vice-Chancellor and President, said: “It’s tremendous this project has received further funding to provide even more students in the Global South with transferrable skills that will not only help improve their own economic prospects but could also help find solutions to local development challenges.”
“DARA is a fantastic example of how innovation and international collaboration can lead to global benefits, and I’m particularly pleased that our new played a vital part in paving the way to secure this new phase.”
Part of the world’s biggest radio telescope – the (SKA) – is being built in South Africa – the first big global science project to be hosted on the African continent. Eight other countries – Botswana, Ghana, Kenya, Madagascar, Mauritius, Mozambique, Namibia and Zambia, have partnered with South Africa, with the ambition to host an extended network of SKA dishes to deliver very high-resolution images of the radio sky. Prior to this, the (SARAO) will provide smaller dishes that will be developed into training facilities over the next three years.
The core of the DARA programme is intensive hands-on training in high-level computing; radio technologies; observational techniques in radio and optical astronomy; and data reduction and analysis. This will be complemented by training events and workshops in AI applications involving astronomical and Earth observation data.
The trainees also gain an understanding of potential development and entrepreneurship opportunities from DARA’s industrial partners from the space sector – all part of the project’s aspirations to do far more than simply create a new generation of radio astronomers. The aim is to develop space sector hubs with co-located services including radio telescopes, satellite downlink, and data centre facilities to foster jobs and economic opportunities.
Former Leeds DARA PhD student, Dr Willice Obonyo (far right) – who is now a lecturer at the Technical University of Kenya (TUK) – with students using the small radio telescope.
The new phase of DARA will also fund postdoctoral fellows in the African partner institutions for the first time, in a bid to attract researchers back to their home countries. The goal is to establish local experts who can utilise the SKA, in collaboration with astronomers from the UK and South Africa.
Professor Mark Thomson, Executive Chair of STFC, said: “DARA is a leading example of strategic investment in science, with real impact across the world. Through our support of the Research Infrastructure Partnership Programme, we are reaffirming our commitment to developing high-tech capabilities across SKA partner countries and fostering new collaborations to push the frontiers of radio astronomy.”
Dr Edward Graham, 91视频网 lecturer and meteorologist based at 91视频网 North, West and Hebrides, said: “We are delighted to be joining the DARA project to expand the infrastructure, skills, expertise and knowledge in optical astronomy in Sub-Saharan Africa. Monitoring the atmosphere with the latest advances in atmospheric science is crucial for successful astronomical observation. With its dark skies, equatorial position and stable weather systems, northern Kenya in particular offers huge opportunities. Building on previous work completed at the 91视频网 in the past decade, ultimately we hope to identify the best location for a new permanent observatory by testing and modelling the atmospheric conditions on several mountaintop sites.”
, Professor of Radio Astronomy at the University of Manchester, who led the DARA Big Data precursor project, said: “Data science skills have never been as economically valuable as they are right now. Data intensive science and Big Data projects like the SKA provide a perfect training ground for students to develop high-level skills that can be more widely applied.”
The University of Edinburgh joined DARA via a recent pilot project, also funded by the University of Leeds’ International Strategy Fund, which trialled a new optical astronomy training element in Kenya, where a 40cm optical telescope was installed. This cohort also included students from South Africa, many from historically disadvantaged institutions.
, from the School of Physics and Astronomy at the University of Edinburgh, said: “We are very excited to be joining the DARA project and expanding the training that it offers to include optical astronomy as well as radio, so that the next generation of African astronomers are able to study the sky across all wavelengths.”