At a press conference held today Tuesday 16th June 2020, a research team led by Makerere University presented a ‘Mathematical Model of COVID-19 dynamics in Uganda: Using a locally parameterized system to enhance intervention policies’. The aim of the research from which the model is developed was to study the dynamics of COVID-19 in Uganda and use the results to provide comprehensive forecast of the disease’ trends. The model endeavours to provide appropriate evidence-based policy support to government on the timing and nature of intervention measures.
The research team that worked on the study is led by Prof. Joseph Y.T. Mugisha, a Professor of Biomathematics (Department of Mathematics, College of Natural Sciences). Professor Mugisha is also the Principal of the College of Natural Sciences, Makerere University. Other members of the team are: Dr. Juliet Nakakawa Nsumba (Makerere University), Dr. Joseph Ssebuliba (Makerere University) Dr. Amos Ssematimba (Gulu University), and Dr. Cliff Richard Kikawa (Kabale University).
The Vice Chancellor – Makerere University, Professor Barnabas Nawangwe and the Deputy Vice Chancellor –Academic Affairs, Associate Professor Umar Kakumba attended the press conference.
In his remarks, Professor Nawangwe welcomed the press to Makerere University thanking them for informing the public about the research and innovations developed by staff and students of Makerere University. He said ‘as we all are aware, COVID-I9 is a big global challenge and Makerere as a lead research institution is working to provide solutions to the pandemic at the national, regional and global levels with our partners’. He reiterated his appreciation of the Government of Uganda for providing funds through the Makerere Research and Innovation Fund that enabled the team to undertake the study presented.
The findings of this study show that the immediately implemented measures by the Government of Uganda averted thousands of cases that would have overstretched the health system within a couple of months. Without significantly altering the current situation, measures on partial lockdowns and use of masks are insufficient to stop COVID-19 and as such the disease will remain endemic in the population. In all the assessed scenarios the disease would be wiped out in the case where there are no infected arrivals beyond the first 58 days and in this case the disease would be wiped out within 200 days.
With the worrying situation of increased reported cases in our neighbouring countries, the impact of Uganda’s interventions would be greatly affected as results show that doubling the imported cases would almost triple both the maximum number of hospitalized individuals and the number of undetected cases.
Screening of truck drivers faces a challenge of reagent limitation, imperfect test accuracy, arrival of asymptomatic and latently infected individuals that may pass as false negatives during screening as well as the porosity of some of the national borders. Thus, adoption of alternative less-risky means of essential cargo delivery (e.g., by rail and ship services) combined with quarantining of all entrants for a duration not shorter than the incubation period should be enforced.
Amidst challenges of social-economic impact of COVID-19, agitation of lifting lockdown may downplay the impact of intervention measures and the study findings highlight the importance of optimal timing and magnitude of lockdown easing. Effectively phased-out ease of lockdown needs to be well studied and executed to avoid the possibility of a second wave.
1. It is not advisable to eased lockdown by releasing 50% of susceptible population for the Ugandan situation with current 3200 hospital beds and not all are of ICU-like capacity, because within 100 days the COVID-19 related hospitalization demand would have already overwhelmed the current resources.
2. Since the consequences of hospital acquired infections go beyond merely increasing the number of cases, their mitigation should be given high priority.
3. Lifted to a 75% level, the yet-to-be detected cases in the community have potential to start a second and more disastrous epidemic wave. However, with enhanced surveillance and contact tracing, gradual easing by releasing smaller percentages of susceptible individuals from lockdown can still be safely executed sooner than the optimum 210 days for up to 75% susceptible level.
4. The issue of handling truck drivers mingling at service and testing centres at border crossings should be reinforced – preferably, government should set up treatment and isolation facilities as close as possible to the testing border points not to overwhelmed the existing regional facilities, optimize scarce handling resources and also to minimize stigma and community discontent. This would in addition reduce the time frontline workers are exposed to the risk of infection amidst lack of well-equipped ambulances
5. Since latently infected individuals can only be detected after latent period, effort should be put on obtaining information on where the drivers have been few days before arrival to understand the risk of admitting persons from high risk regions of neighbouring countries. The risk of imported cases is not only posed by those who test positive but also due to false negatives and latently infected individuals.
Ms Zaam Ssali
College of Natural Sciences
DeepMind supports the establishment of Master’s scholarships to study AI at Makerere University
Press Release [For Immediate Release]
DeepMind will make a donation to Makerere University to fund the establishment of four scholarships in the field of Machine Learning beginning in the academic year 2021/2022. The scholarships will support students who wish to study MSc. Computer Science programme (Track: AI and Data Science) taught in the Department of Computer Science at Makerere University beginning in the academic year 2021/22. The scholarships will be open to students from Uganda, other East African countries, or International students from a Sub-Saharan African country. The scholarship package will include full financial support for tuition, stipend, equipment, AI conference participation and mentorship. International students will also be eligible for a relocation grant to move to Makerere to begin their studies.
Makerere University will join other leading universities in partnering with DeepMind to offer scholarships, including Stellenbosch University in South Africa and international partners, such as the Universities of Cambridge and Oxford, University College London and Imperial College in London.
“In this era, Universities in Africa should embrace the Fourth Industrial Revolution if they are to remain relevant and competitive. To achieve this, Makerere University is partnering with reputable partners at the national and international levels to train hi-tech human resources and establish state-of-the-art teaching, learning and research facilities. So, the partnership between Makerere University and DeepMind is aligned to the already ongoing efforts by Makerere University to build the future workforce for the Fourth Industrial Revolution through our College of Computing and Information Sciences. This is a valuable partnership that will enable Makerere University to train and produce graduate students/researchers and scholars with expertise in Artificial Intelligence, Machine Learning and Data Science. Thank you DeepMind for coming on board and for choosing to partner with Makerere University,” remarked Prof. Nawangwe.
Obum Ekeke, Global Lead, University Relations & Education Partnerships at DeepMind, added, “We are very proud to be further expanding our scholarships in Africa with Makerere University, and look forward to welcoming new African scholars to our programme. DeepMind’s education efforts recognise that talent must be nurtured in regions which can bring a diverse range of perspectives into AI research, to ensure AI is a technology that can bring benefits for all.”
Engineer Bainomugisha, Associate Professor and Chair of the Department of Computer Science at Makerere University, said “We are delighted that DeepMind has provided funding to support graduate training in AI and Data Science at Makerere University. The Department of Computer Science is committed to providing relevant skills in AI and machine learning. The scholarships will complement our ongoing efforts in AI training and research with emphasis on its applications to unique African challenges in the sectors of health, agriculture, and environment, among others. The scholarships will contribute to the growth of the African AI ecosystem.”
DeepMind is a multidisciplinary team of scientists, engineers, machine learning experts and more, working together to research and build safe AI systems that learn how to solve problems and advance scientific discovery for all.
Best-known for developing AlphaGo, the first program to beat a world champion at the complex game of Go, DeepMind has published over 1000 research papers – including more than a dozen in Nature and Science – and achieved breakthrough results in many challenging AI domains from StarCraft II to protein folding.
DeepMind was founded in London in 2010, and joined forces with Google in 2014 to accelerate its work. Since then, its community has expanded to include teams in Alberta, Montreal, Paris, and Mountain View in California.
About the Department of Computer Science atMakerere University
The Department of Computer Science is one of the four Departments in the School of Computing and IT of the College of Computing and Information Sciences at Makerere University. The Department is recognized as one of the top Computer Science departments in Africa. Faculty and students in the Department are undertaking innovative research in areas such as machine learning, computer vision, natural language processing, and software systems security. The Department of Computer Science hosts the Makerere AI research lab that specialises in AI research and its applications to real world challenges including the automated diagnosis of crop and human diseases, auction design for mobile commodity markets, Google-funded research on monitoring and analysis of air pollution and traffic patterns in African cities.
Eligible students for the scholarships need to be admitted to the MSc Computer Science programme. Applicants for the Msc Computer Science at Makerere University should look out for a call for graduate admissions for 2021/22 around the end of February 2021 (tentative) the Directorate of Research and Graduate Training website. For more information about the DeepMind scholarships please contact email@example.com. The scholarship announcement will be published around May 2021 on the Department and University websites.
Highlights of 16 Years of Soybean Research at Makerere University
Sixteen years of soybean research at Makerere University have led to a rapid increase in the number of industries engaged in processing soybean in Uganda and neighbouring countries.
This report provides highlights of the contribution of rust-resistant soybean varieties to the agricultural sector in Uganda. It contains forward-looking research results based on current research findings and forecasts made by the Centre for Soybean Research and Development from 2002 to 2018.
Soybean was first introduced in Uganda way back in 1908. Its production was emphasized to combat malnutrition and to provide soldiers with highly nutritious food during the Second World War. Like most new crops, soybean was not readily accepted by the local people based on claims that it depleted soil fertility, could not be cooked like commonly known legumes, had beany flavor and lacked a readily available market.
The soybean crop was also not given consistent recognition by the National Agricultural Research System (NARS) and suffered decline in production due to a major out break of soybean rust disease in 1996.
Makerere University in collaboration with the National Agricultural Research Organization (NARO) and Vegetable Oil Development Project (VODP) of the Ministry of Agriculture Animal Industry and Fisheries (MAAIF) undertook research to control soybean rust disease and to promote and disseminate soybean seed of locally developed superior varieties.
Through efforts of the Centre for Soybean Improvement and Development (MAKCSID), the soybean rust pandemic was brought under control, through breeding and dissemination of superior varieties to the farming communities. Currently over 93% of these varieties are grown across the country.
These efforts were spearheaded by Prof. Phinehas Tukamuhabwa from the Department of Agricultural Production.
Please see Downloads for the detailed report.
Uganda launches its first meeting to kick off the “Unlocking Resilient Benefits from African Water Resources” project
- Makerere University convened its first high level meeting virtually to introduce Uganda’s participation in the international project “Unlocking Resilient Benefits from African Water Resources”.
- The project is funded by UKRI GCRF through the ARUA Water Centre of Excellence at Rhodes University, South Africa, and it involves six nodes in Ethiopia, Uganda, Rwanda, Senegal, Tanzania, Nigeria, South Africa as well as UK partners.
- The Ugandan node will look at the sources, pathways and impact of pollution in urban water.
- While the meeting was well represented by top academics from Makerere University and formal water institutions at different levels of government, the node is in the process of revisiting its approach to engaging a wide range of stakeholders including local residents, civil society, non-governmental organisations and private business, government ministries, local governments, water management agencies and
- By bringing together a wide array of knowledges from Uganda, and in partnership with African countries and the UK, the project aims to shift water development practice towards greater equity and sustainability.
Makerere University has committed to continue the momentum on the international project “Unlocking Resilient Benefits from African Water Resources” (known as RESBEN). The project involves six nodes in Ethiopia, Uganda, Rwanda, Senegal, Tanzania, Nigeria, South Africa as well as UK partners. It is funded by UKRI through the ARUA Water Centre of Excellence at Rhodes University, South Africa. The super goal of this project is to produce knowledge that shift water development practice towards greater equity and sustainability.
After a lot of background work dealing with administrative hoops presented by international grants, COVID challenges and cross-country logistics, Uganda convened the first RESBEN country meeting on Feb 5, 2021.
Uganda brought together 17 stakeholders from a mix of backgrounds from formal water institutions including the Ministry of Water and Environment and the National Water and Sewerage Corporation, Kampala Capital City Authority as well as top academics from the Universities of Makerere, Rhodes (South Africa, SA), Sheffield and Lancaster (UK).
Prof. Noble Banadda, node lead for Uganda and OR Tambo Research Chair and Chair of the Department of Agricultural and BioSystems Engineering at Makerere University, opened the session and welcomed participants. After participants’ short introduction, Professor Tally Palmer, Principal Investigator of RESBEN, gave a project overview and explained the Adaptive Systemic Approach that underpins RESBEN. This approach considers the close interconnection of complex social and ecological systems. In attending to complexity, Prof Palmer stressed the importance of linking social sciences with natural sciences as well as the equal representation of diverse stakeholders at the discussion table.
The opening was followed by Prof Banadda’s presentation of the background to project in Uganda. In particular, he explained the Ugandan node will look to understand the sources, pathways and impact of pollution in urban water and will compare findings with other urban water research nodes in Lagos (Nigeria) and Cape Town (SA)
MA students recruited as research assistants will play an important role in shedding light on the backbone of pathways of water pollution. Sandra Mutesi and Christine Namuddu gave two sterling presentations about preliminary thoughts on their research directions. Ms Mutesi, who will complete a MA in natural sciences, is considering looking at pollutants in Nakivubo water drainage channel and fish at Ggaba landing site and into Lake Victoria, including pollutants in fish and water. From the social sciences angle, Ms Christine Namuddu plans to examine the relationship between the local people and the water governance institutions and identifying potential indicators of change.
After the presentation, Prof Banadda opened the floor to questions. Dr Florence Adongo from the Ministry of Water expressed her interest in being involved in the project and facilitating data for the MA students to conduct their literature review. Similarly, Chris Kanyesigye from NWSC reported that they have done two phases of Lake Victoria Environmental Management Project (LVEMP) research into this area and is happy to share findings to inform the literature review and methodology.
Other participants including Prof Vanessa Speight, Dr Sally Weston (Sheffield) and Dr Ana Porroche-Escudero (Lancaster Environment Centre) agreed that the research projects look exciting and proposed ways to facilitate methodological and contextual dialogue between the two students so their work complement and strength each other.
The Ugandan node is in the process of revisiting its approach to engaging a wide range of stakeholders including local residents, civil society, non-governmental organisations and private business and
Although the agenda was busy and the meeting was well attended, the chair managed to create an engaging and dynamic atmosphere and kept the meeting running to time!
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