Hon. Dr. Monica Musenero (3rd Right) flanked by Left to Right: Mr. Ambrose Ruyooka, Dr. Rose Nakasi, Dr. Stella Kivila, Prof. Buyinza Mukadasi and Dr. Andrew Kambugu at the Conference Opening Ceremony on 6th November 2025.
The two-day 2nd Artificial Intelligence (AI) in Health Africa Conference that kicked off today in the Main Hall, Makerere University has been described as not being about technology but about people – the vulnerable communities bearing the burden of infectious diseases and other health challenges – and the promise AI holds as a panacea. Officially opened by Hon. Dr. Monica Musenero, Minister of Science, Technology and Innovation the conference will be held under the theme “Setting AI for Sustainable and Inclusive Health Systems in Africa”.
Africa Must Enter the ‘Evil Forest’
In her now characteristic style of speaking from the heart, Hon. Dr. Musenero observed that Africa has from the first industrial revolution to the current fourth and impending fifth industrial revolutions experienced emotions ranging from non-recognition, rejection and skepticism to the current consumption with awe. This current emotion, though receptive unlike previous ones, continues to position Africa at a disadvantage economically, she noted.
Hon. Dr. Monica Musenero delivers her keynote address.
“We are positioning ourselves to disadvantage in skill; we have positioned ourselves at the consumption end and we’ve stood in awe of this technology,” she observed, using the example of the amount of admiration a user who whips out the latest iPhone 17 attracts from those around them. “We respect you for your iPhone 17, but I would be happier if you were able to design and manufacture iPhone 5” intimated Hon. Dr. Musenero.
The Minister urged fellow scientists to wake up to the realization that the future of Africa lies in their hands. “We can no longer be passive participants, we can no longer reside on the shallow end of science; we must be willing, as I said when I was here last week, to enter the ‘evil forest’”.
Hon. Dr. Monica Musenero (Centre) with exhibitors after the official opening ceremony.
The ‘evil forest’ is Hon. Dr. Musenero’s analogy of Africa’s perception of current technology ecosystem drawing parallels with scenes often dramatized by Nigerian Movies. She notes that though depicted in these movies as scary and potentially dangerous, the ‘evil forest’ is loaded with hidden treasures, necessitating resilience and wisdom for one to navigate the pitfalls until they discover the treasure trove. Upon discovery, the value of this treasure has the potential to turn around the fortunes of the family, community or entire kingdom. Entering the ‘evil forest’ therefore, is her way of encouraging scientists to go beyond adapting imported technology for local use to understanding how it works enough to develop homegrown solutions.
Building AI Capacity through Synergy
Representing the Vice Chancellor, Prof. Barnabas Nawangwe, the Academic Registrar, Prof. Buyinza Mukadasi concurred with Hon. Dr. Musenero that Uganda needs to accelerate investment capacity in AI, if it is to be used as tool to manage health challenges. He nevertheless underlined the steps Makerere has undertaken to close the gaps by hosting units such as the Infectious Diseases Institute (IDI), AI and Health Lab, Innovation Pod, while working with various partners.
Prof. Buyinza Mukadasi.
“We want to renew our commitment that we shall continue to translate our research findings into service delivery and products that improve the livelihoods of our people,” pledged Prof. Buyinza, who also noted that this will be undertaken within institutional ethical guidelines and policies, bolstered by good practices and recommendations arising from the conference.
Taking cognizance of contributions of various partners to strides made so far, the Permanent Secretary Ministry of ICT and National Guidance, Dr. Aminah Zawedde who was represented by Mr. Ambrose Ruyooka, the Ministry’s Head of Department of Research and Development, thanked the Makerere University AI Health Lab, IDI, Health AI for All Network, the Research and Innovation Fund, the African Population and Health Research Centre, and the Mastercard Foundation for convening the second edition of the conference.
“This year’s theme aligns perfectly with Uganda’s digital transformation vision. It reminds us that while innovation is powerful, true progress lies in ensuring it is equitable, ethical, locally relevant, and accessible to all” read Dr. Zawedde’s remarks.
Mr. Ambrose Ruyooka.
She noted that when used responsibly, AI empowers healthcare workers to do more with greater precision and efficiency while extending services to under-served communities, essentially amplifying their impact whilst preserving the essential human touch that defines care. Dr. Zawedde reiterated the Government of Uganda’s commitment to positioning AI as a catalyst for national development and improved service delivery through the national AI governance framework. “By the end of 2025, we expect to reach a decision on whether to adopt a comprehensive AI policy or a flexible, sector-led regulatory approach.”
Referring to projects already underway at the College of Computing and Information Sciences (CoCIS), the Principal, Prof. Tonny Oyana underscored the great promise AI holds for not only improving affordability but also diagnosis of disease. He nevertheless called for targeted investment in data centres so as to build the required capacity to process the large amount of data that AI thrives on.
Prof. Tonny Oyana.
The Executive Director IDI and conference Co-Chair, Dr. Andrew Kambugu described the conference timing as “impeccable”. Citing a recently convened conference on Communicable and Non-Communicable Diseases that discussed Universal Health Coverage, he shared “there are people in this country who are one step away from disaster because of health.”
He therefore paid tribute to his conference Co-Chair, Dr. Rose Nakasi, whose AI-automation work with the light microscope, one of game-changing inventions in human medicine to-date, has improved precision, accuracy and efficiency in diagnosis of malaria, tuberculosis and cancer in healthcare facilities. Dr. Kambugu therefore urged his audience to always be eager to learn about the capabilities game changing tools such as AlphaFold.
Dr. Andrew Kambugu.
“Our African Centre of Excellence in Bioinformatics & Data Intensive Science (ACE) in collaboration with CoCIS has been one of the first trainers of AlphaFold in Africa” remarked Dr. Kambugu. He added that the to ensure inclusive training ACE has attracted funding to support the She Data Science (SHEDS) project, an initiative that offers MSc and PhD fellowships to Ugandan women in the fields of data science and bioinformatics, with a strong emphasis on health data.
Prof. Buyinza Mukadasi (Right) receives a SHEDS gift pack from Dr. Andrew Kambugu (Left).
How Ocular is shaping healthcare
Conference Co-Chair and Principal Investigator of Ocular, Dr. Rose Nakasi noted that their project that aims at empowering healthcare professionals with AI-powered microscopy was motivated by the fact that wrong diagnoses have a cascading effect on prescription, treatment, recommendation and surveillance services. “Where health practitioners have been taking 30 minutes or more to diagnose malaria, and days to diagnose cancers, we are slashing down that time to literally 5 seconds to diagnose and make a recommendation.” She added.
Dr. Nakasi added that beyond diagnosis, the Ocular project is supporting the Ministry of Health with more precise surveillance and monitoring of diseases by quicker augmentation of information for faster roll-out of interventions as opposed to current weekly or monthly reporting period required by the Digital Health Information System (DHIS 2).
Dr. Rose Nakasi.
“The beauty about AI is that it has the capability not to just learn with one dataset but also provide insights on different pieces of data – for diseases such as malaria where climate has an effect, we want to integrate climate datasets and seasonality aspects so that interventions by Government are timely and targeted to specific locations.”
The Ocular project exhibition setup.
Beyond the plenary sessions, the 2nd AI in Health Africa Conference will feature abstract presentations, a Makerere AI Health Lab Showcase, Breakout Sessions, Workshops, Masterclasses and a hackathon for prototypes developed during the conference. Please see downloads for a detailed concept and programme.
Makerere University School of Public Health invites applications for the 2026 intake of the Certificate in Applied Health Systems Research, a short, intensive virtual programme designed for professionals working at the intersection of research, policy, and health system practice.
Why this course matters
Health system challenges are rarely linear. They are shaped by institutional complexity, political realities, and competing stakeholder interests. In many cases, the issue is not the absence of evidence, but the difficulty of producing research that is relevant, timely, and usable within real decision-making environments. This course is designed to address that gap, equipping participants to generate and apply evidence that responds to actual system constraints.
frame research problems grounded in real system conditions
analyse complex interactions within health systems
design policy-relevant and methodologically sound studies
translate findings into actionable insights for decision-making
Course format and key details
The programme runs virtually from 6th to 17th July 2026 (2:00–5:45 PM EAT) and combines interactive sessions, applied learning, and expert-led discussions across:
Makerere University School of Public Health, through its Centre for the Prevention of Trauma, Injury and Disability, contributed to the Global Status Report on Drowning Prevention 2024, the first comprehensive global assessment of drowning burden, risk factors, and country-level responses.
Published by the World Health Organisation, the report estimates that approximately 300,000 people died from drowning in 2021, with the highest burden in low- and middle-income countries, which account for 92% of deaths. The African Region records the highest mortality rate, underscoring the urgency of targeted interventions. Children and young people remain the most affected, with drowning ranking among the leading causes of death for those under 15 years.
While global drowning rates have declined by 38% since 2000, progress remains uneven and insufficient to meet broader development targets. The report highlights critical gaps in national responses, including limited multisectoral coordination, weak policy and legislative frameworks, and inadequate integration of key preventive measures such as swimming and water safety education.
It further identifies persistent data limitations, with many countries lacking detailed information on where and how drowning occurs, constraining the design of targeted interventions. At the same time, the report notes progress in selected areas, including early warning systems and community-based disaster risk management.
MakSPH’s contribution to this global evidence base reflects its role in advancing research, strengthening data systems, and supporting context-specific approaches to injury prevention. Through its Centre, the School continues to inform policy and practice, contributing to efforts to reduce drowning risks and improve population health outcomes in Uganda and similar settings.
Makerere University School of Public Health, through its Center for the Prevention of Trauma, Injury and Disability, contributed to the Global Strategy for Drowning Prevention (2025–2035): Turning the Tide on a Leading Killer, a landmark framework guiding coordinated global action to reduce drowning.
Developed through the Global Alliance for Drowning Prevention, a multi-agency platform hosted by the World Health Organization, the strategy identifies drowning as a leading yet preventable cause of death, responsible for over 300,000 deaths annually. The burden falls disproportionately on low- and middle-income countries, particularly among children and young people.
The strategy sets a global target of reducing drowning deaths by 35% by 2035 and outlines six strategic pillars, including governance, multisectoral coordination, data systems, advocacy, financing, and research. It also prioritises ten evidence-based interventions such as strengthening supervision, improving water safety and swimming skills, enhancing rescue capacity, and enforcing safety regulations.
MakSPH’s inclusion in the Global Alliance for Drowning Prevention reflects its contribution to advancing research, policy engagement, and capacity strengthening in injury prevention. Through its Centre, the School supports the generation and application of context-specific evidence, positioning itself as a key contributor to global efforts to reduce drowning and strengthen community resilience.