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Makerere University College of Health Sciences marks Centenary with expansion of Super-Specialized healthcare Training

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On 30th July 2025, Makerere University hit a milestone in specialized healthcare training as it proudly graduated 16 fellows from their Paediatric Hematology and Oncology (PHO) Fellowship Programme. These dedicated physicians who successfully completed a two-year rigorous fellowship program will serve as elite experts in treating life-threatening blood disorders and cancers in children.

The pioneering fellowship program of Makerere University College of Health Sciences (MakCHS) commenced in 2016. This cohort included fellows from Uganda, Kenya, South Sudan, Tanzania, Malawi, Nigeria, and Congo which enhances Africa’s capacity to deliver highly specialized care, promising improved survival rates and quality of life for countless young patients.

In his address to the congregation, Professor Barnabas Nawangwe, Vice Chancellor – Makerere University emphasized the university’s guiding vision of research-led, noting that the institution remains committed to producing highly skilled professionals who address Uganda’s and Africa’s evolving health challenges while acknowledging the resilient hard work of fellows during training and the vital sacrifice as well as support from family and friends.

Makerere University College of Health Sciences (MakCHS) in collaboration with Texas Children’s Global Hospital, Baylor College of Medicine Children’s Foundation–Uganda, the Ministry of Health (MOH) of Uganda, and Mulago National Referral Hospital (MNRH) Paediatric Haematology and Oncology Fellowship (PHO) Program 16 Fellows Award ceremony 30th July 2025, Kampala Uganda, East Africa.
Prof. Barnabas Nawangwe.

Prof. Nawangwe recounted Makerere’s significant historical contributions to public health and medical research recalling the College of Health Sciences’ past achievements, including it’s 1964 recognition for lymphoma research leading to nomination for a Nobel Prize for the discovery of the cells that cause the cancer of the lymphoma. He cited the university’s instrumental efforts and contribution in combatting disease on the continent like the Ebola, Marburg, Nodding Disease and the recent COVID-19 pandemic.

He outlined Uganda’s demographic realities and the resultant increase in health challenges with exponential growth of a young population alongside the alarming statistics of childhood cancer and sickle cell disease. With an estimated “7,000 children and adolescents cancer with less than 50% access in treatment,” and over “20,000 babies are born with sickle cell every year,” the need for specialized care is critical, he said. Professor Nawangwe also stressed the urgency of the situation, “It is reported that many of the deaths from cancer and blood disorders are preventable,” stating, “We must produce enough doctors to manage the disease burden we have.”

Prof. Nawangwe recognized the instrumental role of partners such as Texas Children’s Global and Baylor College of Medicine, among others, who supported MakCHS in setting up the PHO fellowship that began in 2016. He underlined the success of the program, which has since trained 24 paediatricians serving as healthcare leaders across Africa.

In his remarks, Professor Bruce Kirenga, Principal – MakCHS highlighted the institution’s century of medical training excellence and its forward-looking vision as the College holds its third graduation ceremony of the PHO Fellowship Program. He emphasized MakCHS’ commitment to advancing healthcare in the region, adding that this future is geared towards more scientific research, innovation and cutting-edge medical care.

Professor Kirenga proudly announced that the fellowship program is the first of their sub-specialized training programs. He revealed the expansion of these crucial programs, noting that the college currently offers three additional sub-specialized training pathways: Neonatology, Interventional Radiology, and Fetal and Maternal Medicine, with two more programs under review; in this regard, Professor Kirenga extended gratitude to partners and collaborators, affirming the college’s unwavering dedication to its mission.

Prof. Bruce Kirenga. Makerere University College of Health Sciences (MakCHS) in collaboration with Texas Children’s Global Hospital, Baylor College of Medicine Children’s Foundation–Uganda, the Ministry of Health (MOH) of Uganda, and Mulago National Referral Hospital (MNRH) Paediatric Haematology and Oncology Fellowship (PHO) Program 16 Fellows Award ceremony 30th July 2025, Kampala Uganda, East Africa.
Prof. Bruce Kirenga.

Representing the Director General Health of Services and Permanent Secretary of the Ministry of Health, Dr. Richard Mugahi – Commissioner for Child and New-born Health highlighted the vital role of the new specialists in transforming Uganda’s healthcare landscape. Dr. Mugahi emphasized the graduation as not only fellows’ dedication, but also an important step forward for Uganda’s healthcare system citing the critical need for their expertise.

He detailed the alarming burden of childhood cancer in Uganda, with 1,500 to 3,000 new cases reported annually, yet only 30% access specialized treatment, resulting in tragically low survival rates of 20-30% beyond three years. In response, the Ministry of Health is strengthening its partnership with Makerere University, recognizing that “the role of research, the role of academia is well highlighted and emphasized,” and crucial for producing skilled professionals.

Dr. Mugahi announced the government’s strategic plans to absorb these new specialists, actively developing human resource structures and mobilizing resources to utilize their skills nationwide. He also revealed ongoing efforts to decentralize cancer care through regional centres, citing the operational facility in Gulu and planned sites in Arua, Mbarara, and Mbale, all of which will strongly need the fellows’ expertise to serve our population. He concluded by reiterating the core mission: “Our mission is clear. We now have the inputs, you’re one of the inputs of providing Uganda with the best possible quality of care.” He stated.

Encouragingly, Dr. Rosemary Byanyima Mulago National Referral Hospital (MNRH) revealed that the Hospital is charting a new course towards offering highly specialized medical services, emphasizing that they can only offer that when they have people who have trained as super-specialists.

“This strategic move is predicated to building a robust local human resource, specifically super-specialists, whose rigorous training pathway extends beyond a first degree and master’s to include a specialized fellowship. The traditional approach of training abroad is very expensive” Dr. Byanyima noted. To overcome this, Mulago is actively working with collaborators to build the capacity to train locally. This innovative model involves sponsoring a select few for training abroad, who then return to establish and lead local programs, significantly enhancing the hospital’s self-sufficiency.

Makerere University College of Health Sciences (MakCHS) in collaboration with Texas Children’s Global Hospital, Baylor College of Medicine Children’s Foundation–Uganda, the Ministry of Health (MOH) of Uganda, and Mulago National Referral Hospital (MNRH) Paediatric Haematology and Oncology Fellowship (PHO) Program 16 Fellows Award ceremony 30th July 2025, Kampala Uganda, East Africa.
The Vice Chancellor-Prof. Barnabas Nawangwe (Centre) and Principal CHS-Prof. Bruce Kirenga (Green Cap) with some of the 16 PHO Fellows at the Award Ceremony on 30th July 2025.

“Mulago is uniquely positioned as an ideal training ground due to its infrastructure. We have the equipment. And of course, there are many patients who require the service.” Dr. Byanyima said. She noted that while Mulago provides the environment, it collaborates with accredited training institutions like Makerere University for academic awards.

The benefits of local training are multifaceted; it not only builds internal capacity but also allows the hospital to continuously identify and address service delivery gaps in infrastructure, equipment, medicines, and sundries, Dr. Byanyima added. Local training is also cheaper and eases the very strenuous emotional burden on advanced-age trainees with families, who would otherwise have to relocate abroad for years. Crucially, as these experts train, they simultaneously offer services, with patients directly benefiting from their evolving skills. In addition, she noted, Mulago leverages collaborations to acquire essential resources, while simultaneously lobbying the government for sustained funding to ensure the long-term continuity of the services.

Addressing the escalating challenge of non-communicable diseases (NCDs) like cancer and diabetes, Dr. Byanyima acknowledged the continuously increasing number of patients, necessitating a proportional increase in human resource infrastructure, medicines and surgeries to be able to meet the demand. She also stated Mulago’s role in health education at the tertiary level, empowering patients to disseminate crucial health information within their families and communities, complementing primary healthcare prevention efforts by the Ministry.

In his speech, Dr. Joseph Lubega, a Children’s Cancer and Blood disease Specialist and Assistant Professor at Baylor College of Medicine, Texas Children’s Hospital, USA, recognized the significant advancements in child healthcare across Africa with specialists trained in children’s cancer and sickle cell disease.

Dr. Lubega emphasized the profound impact of PHO Fellowship Program on patient outcomes stating that ‘whereas when we started this work, most children with cancer anywhere in Africa would die within a month of a diagnosis, now most of them are cured.’ Despite this progress, he stressed the imperative to expand reach beyond major cities like Nairobi, Kampala, and Dar es Salaam, aiming for comprehensive coverage across all countries, especially given the much bigger challenge posed by sickle cell disease. The ultimate goal, he explained, is for the specialists to train lower health workers in their countries, ensuring every child is reached.

Challenging the conventional focus on infectious diseases in Africa, Dr. Lubega advocated for greater attention to non-communicable diseases (NCDs), saying, “Sickle cell disease is one of the most common non-communicable diseases. It is part of African DNA, 2% of new-borns get this diseases.” He noted that unlike acute infections, NCDs demand lifelong follow-up and community-based care, necessitating a re-evaluation of health system training.

One of the fellows, Dr. Ankunda Siyadora who works with Mbarara Regional Referral Hospital, noted that the fellowship will revolutionize the landscape of childhood cancer and blood disorder care in Western Uganda. In her words, “my passion was ignited during internship at St. Mary’s Hospital in Gulu, Uganda. I witnessed numerous children suffering from advanced Burkitt’s lymphoma, often receiving only palliative comfort. That made me a bit sad, but also built the passion I have for paediatric haematology.” she recounted.

Dr. Ankunda. Makerere University College of Health Sciences (MakCHS) in collaboration with Texas Children’s Global Hospital, Baylor College of Medicine Children’s Foundation–Uganda, the Ministry of Health (MOH) of Uganda, and Mulago National Referral Hospital (MNRH) Paediatric Haematology and Oncology Fellowship (PHO) Program 16 Fellows Award ceremony 30th July 2025, Kampala Uganda, East Africa.
Dr. Ankunda.

Motivated by the stark contrast between 80% survival rates in Western countries and the grim reality she encountered, Dr. Ankunda’s desire is to change the narrative that every child with cancer or blood disorder should die or be in pain. Her fellowship, she believes, will lessen the burden by ensuring every child who has a cancer or a blood disorder, gets an early diagnosis and then get the right treatment for their disease.

Addressing the common misconception that childhood cancers stem from environmental or lifestyle factors, she clarified that “in children, it’s more about the genetics, it’s just a mistake, something went wrong in the genetics, it’s nothing to do with the family or the environment, majority, close to 99% of childhood cancers, are a result of spontaneous mutation.” While a small percentage (1-3%) can be inherited, like retinoblastoma, most cases are simply “bad luck, nothing to do with the environment, nothing to do with your parents.” This understanding is crucial for families, alleviating guilt and redirecting focus to early intervention.

The experts will be pivotal in improving care for children with blood disorders and cancers, addressing the country’s high childhood cancer burden and with the Ministry of Health planning will integrate these specialists into the healthcare system and establish regional cancer centres. This in turn will increase access to specialized care, improve treatment outcomes, and enhance the quality of life for children with cancer and blood disorders in Uganda and beyond.

Zaam Ssali

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What works, what doesn’t work? Researchers uncover the effect of supporting districts to operationalise digital payments for vaccination campaign workers

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A nurse scrolls through her smartphone. Photo: DHPI-R, MakSPH, CHS, Makerere University, Kampala Uganda, East Africa.

By Joseph Odoi

A motivated and satisfied health workforce is critical for the success of mass vaccination campaigns against diseases like polio. High-quality vaccination campaigns can interrupt disease transmission, especially during and after periods of disrupted health services, such as those caused by the COVID-19 pandemic.

In sub-Saharan Africa, most vaccination campaign healthcare workers (VCHWs) have historically been paid in cash. Cash payments are often plagued by delays in funds disbursement, leakages, theft risks, and limited financial transparency. These challenges can negatively affect vaccination coverage and worker satisfaction.

To address these challenges, many countries are transitioning to digital payment systems, which are perceived as faster, more convenient, traceable, reliable, and easy to implement. Digital financial systems are already being rolled out in countries including Côte d’Ivoire, Ghana, Mali, Congo, and the Democratic Republic of the Congo. Uganda, with a projected population of nearly 41.6 million, had over 30 million registered mobile money customers using e-cash in 2019.

While early rollouts of digital payments have been largely successful, their full impact on vaccination campaign workers had not been systematically evaluated.

 From 2021 to 2024, Makerere University (Uganda) and the University of Dakar (Senegal), with support from the Gates Foundation and technical partners including the Solina Group, WHO AFRO, and the Ministries of Health and Finance in both embarked on an important journey of research  under the Digital Health Payment Initiatives and Research (DHPI-R) Project in  28 countries in Sub Saharan Africa

To explore the experiences and lessons of polio vaccination campaign healthcare workers (VCHWs), both male and female, during the 2022 oral poliovirus vaccination campaign in Uganda, researchers led by Prof. Peter Waiswa (principal investigator), together with Margaret McConnell, Juliet Aweko, Daniel Donald Mukuye, Charles Opio, Maggie Ssekitto Ashaba, Andrew Bakainaga, and Elizabeth Ekirapa-Kiracho, with support from the Gates Foundation, conducted a study titled “The Effect of Supporting Districts to Operationalise Digital Payments for Vaccination Campaign Workers: A Cluster Randomised Controlled Trial During the 2022 Polio Vaccination Campaign in Uganda.”

This study examined whether supporting districts to implement electronic cash (e-cash) payments, instead of cash, increased e-cash usage and improved vaccine campaign healthcare workers’ (VCHWs) motivation and satisfaction during an oral poliovirus vaccination campaign in 2022 in Uganda.

The  mixed method study  now  published in BMJ Global Health, September 2025  was conducted in 54 districts in Uganda that had set up the government e-cash payment platform by May 2022. It involved healthcare workers supporting the polio vaccination campaign, regardless of direct vaccine contact. This included nurses, clinicians (vaccinators), mobilisers, community health workers (village health team members), recorders, local council representatives, and supervisors. The unit of randomisation was the district, while the unit of enrolment and data collection was the individual worker.

Method and Setting

As part of this study , In November 2022, a total of 54 districts and 2,665 vaccination campaign healthcare workers (VCHWs) were enrolled in the study and randomly assigned to two groups. Intervention districts received training on using the government e-cash platform, including managing user roles, uploading beneficiary data, and generating payment reports.

The control districts received the standard support given to districts during mass vaccination campaigns from the MoH, MoFPED, WHO and other development partners. This support included group training on implementation of payments, provision of vaccination materials and financial aid.

The study collected data on how VCHWs were paid, their motivation, and their satisfaction with the payment method. Overall, 765 VCHWs in intervention districts and 589 in control districts received e-cash payments.

Findings

Mode of payment for the vaccination campaign healthcare workers

Overall, approximately half of the campaign workers, 50.8% (1354/2665) were paid digitally (e- cash), either using mobile money or via the bank (online supple mental table 2). Payment by e- cash was higher among females, 53.9% (656/1215) compared with males, 48.1% (698/1450) and was lowest among campaign workers aged 30–39 years, 48.7% (368/765). E- cash payment was higher in the intervention arm at 57.5% (765/1,330) in comparison to the control arm at 44.1% (589/1,335).

Satisfaction with payment received during the campaign

 Only 36.5% (705/1930) of the VCHWs were satisfied with the payment received during the campaign, with satisfaction being slightly higher in the intervention arm, 37.9% (353/931) compared with the control arm 35.2% (352/999) and among females 37.9% (351/925) compared with males 35.2% (354/1005). Satisfaction was lowest among the married workers, 35.7% (575/1611) compared with the other categories.

Timing and completeness of payments

Nearly, all VCHWs were paid after the campaign, 97.6% (1884/1930), with no significant difference between the intervention (98.1%, 913/931) and the control (97.2%, 971/999) arms

Delayed/non- payment was highest among those with no formal education, 34% (17/50) and among community mobilisers, 30.7% (392/1071). The majority (70.6%, 1362/1930) of the VCHWs stated that the payment received met or even exceeded their payment expectation.

Participants also stated that e-cash was convenient, transparent, time-saving, and cost-saving, as it reduced travel and waiting times and minimized informal deductions.

Despite these benefits and support to districts to operationalize digital payments , there was no significant difference in workers’ motivation or satisfaction between the intervention and control groups. The researchers attributed this  partly due to challenges associated with both cash and digital payment modes.

Challenges experienced in effecting payments at the district level

Also a number of challenges were uncovered in this study . Challenges with e-cash payments included unanticipated withdrawal charges, unreliable internet networks, and lengthy processes for validating mobile telephone numbers. For example, payments were delayed or not processed when VCHWs’ names did not match the registration details held by telecommunication companies, or when workers did not have phones registered in their names.

One key informant had this to say on challenges around e-cash payments

‘’ There was a general complaint of charges. Remember when they are dispersing funds, they stick to the budget exactly. They are not looking at the charges. And when you are also paying you have to allocate minus the charges. You get the point. So the people would be expecting let’s take an example of 150 000/= and then they get 149 something. So, they would ask, ‘Why are we getting less money?’ So we labored to explain to them that the bank is charging a certain fee to facilitate the e- cash. (KII_West_EPI FP) There were also challenges associated with an unreliable internet network that was necessary to facilitate log ins for approval of payments

On Challenges experienced in effecting payments at the district level ,Key informant interviews with district leaders involved in the payment process identified several bottlenecks  during the payment process of the campaign healthcare workers. One of the major e- cash payment challenges was a lengthy process of validating mobile telephone numbers. ensuring that the VCHW’s names matched the registered mobile account names attached to the telephone number provided by the VCHW for receipt of funds.

‘’Unsuccessful validation occurred when the VCHW’s names did not match the registration details held by the telecommunication companies. Payments for such individuals were delayed or not effected at all. Because some of them do not even have the phones, but they are very good at doing the work…Or if they have, then the phone is not registered in their names. We were supposed to bring that database of the community as well and feed them into the system. That became a problem’’. (KII_North_ADHO)

Suggestions to improve use of e-cash payment system

To increase the use of e- cash, the majority of key informants identified continued training of key staff as a critical intervention with subsequent follow- up to ensure payments are well implemented.

‘’We are not yet ready; our capacity hasn’t been built. We have a big knowledge gap regarding the e- cash system here in this district. (KII East CFO) We request for more training to be conversant [with the system], and to discuss the challenges together during that training, as we share the experiences. Where we have challenges, we sit together and see how they can be addressed’’.  (KII_Central_CFO)

The participants also expressed the need for feedback mechanisms to allow them to dialogue with the payers in case there was a delay in payment. Additionally, the participants also acknowledged that there was a need to gradually expand adoption of digital payments considering contextual barriers. A hybrid approach would be an alternative, especially in the remote and hard-to-reach districts.

Other suggested solutions include early preparation of campaign health worker databases to allow for the lengthy telephone validation processes, improvement of the internet infrastructure, consistent use of e- cash payments across programmes and inclusion of withdrawal charges when making payments.

Moving forward policy, the researchers recommend the need to support e- payment systems, in order to minimize challenges in the pay ment processes.

‘’Suggestions to improve the e- cash experience include training of personnel in charge of e- cash payments, timely creation of VCHWs databases, expanding e- cash payments across programmes for efficiency and inclusion of withdrawal charges for the digital payments. To ensure the institutionalisation of digital payment interventions across Uganda, several key enablers are essential. These include formal policy integration by the Ministry of Health and Ministry of Finance into operational guide lines and budget frameworks, as well as ongoing capacity strengthening at the district level to enhance digital planning, payroll management and troubleshooting. Reliable infrastructure such as mobile connectivity and access to digital financial services like mobile money must also be prioritised, especially in rural areas. Implementing routine monitoring and feedback systems will be vital for tracking payment timeliness, worker satisfaction and system performance, allowing for continuous improvement. Furthermore, fostering public–private partner ships with telecom providers and payment platforms is critical for cost- effective scaling. With strong political commitment, aligned funding and active community engagement, this model holds the potential for broader national and regional adoption, leading to more efficient and equitable health service delivery’’. The paper concludes on the way forward

To read the paper; click; https://gh.bmj.com/content/10/Suppl_4/e016666

About The DHPI-R project

The DHPI-R project was commissioned by the Bill and Melinda Gates Foundation (BMGF) to generate evidence on digital payments in Africa. Although inception, conceptualization of the proposal, and grant award were conducted earlier in 2021, the DHPIR project officially started implementing activities in November 2021, up to March 2025. DHPIR is hosted at the School of Public Health, College of Health Sciences at Makerere University and is implemented in Anglophone and Francophone hubs (countries) in Africa. The Anglophone hub is hosted at MAKSPH, while the Francophone Hub is hosted by the University of Dakar (UCAD) in Senegal.

DHP-IR was rooted in the End Polio Game Campaign, championed by WHO-Afro and partners in 28 countries in Sub Saharan Africa, where digital payments was a key strategy for timely and complete payments to campaign workers.

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Ekyaalo Diagnostics; Johns Hopkins University Partners with Makerere and MUST to Advance AI Innovation for Breast Cancer Diagnosis

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Group photo at Centre for Maternal, Newborn, and Child Health Research at Makerere University School of Public Health led by Associate Professor Peter Waiswa, alongside Graduate biomedical engineers from the Centre for Biomedical Innovation and Design (CBID) at Johns Hopkins University.

By Joseph Odoi

Globally, Breast cancer remains a serious health challenge, with the World Health Organization (2022) reporting over 2.3 million new cases annually and nearly 670,000 deaths. In Uganda, breast cancer is one of the leading cancers among women, yet the majority of patients are diagnosed at late stages due to delays in accessing diagnostic services, most of which are centralized at the Uganda Cancer Institute (UCI) in Kampala. Since 72% of Uganda’s population lives in rural areas, women often face late diagnosis due to long travel distances. Even after accessing care, results can take 1–6 months due to the slow process of transporting samples to central laboratories. This delay directly impacts the timely start of treatment.

To address this gap, Johns Hopkins University in collaboration with Makerere University and Mbarara University of Science and Technology (MUST), is spearheading innovative solutions that leverage artificial intelligence (AI) and low-cost technologies to improve early diagnosis and treatment.

As part of this collaboration, the Centre for Maternal, Newborn, and Child Health Research at Makerere University School of Public Health led by Associate Professor Peter Waiswa in July hosted a team of graduate biomedical engineers from the Center for Bioengineering Innovation and Design (CBID) at John Hopkins University.

The team is developing a low-cost, AI-powered technology called Ekyaalo Diagnostics, aimed at reducing the turnaround time for breast cancer diagnosis, especially in hard-to-reach areas. As part of their work, they undertook a learning tour at the Ministry of Health, Uganda Cancer Institute, and regional cancer referral centres. The purpose was to map stakeholders in the breast cancer space, gather Ekyaalo diagnostic technology usability feedback, and understand the local innovation ecosystem in breast cancer care.

Ekyaalo Diagnostics and Bringing Pathology Closer to Communities

The flagship innovation, Ekyaalo Diagnostics, is a portable AI-powered whole-slide scanner (WSS) designed to digitize cytology samples at Health Centre IVs and General Hospitals. These digitized images are securely transmitted to pathologists at higher-level facilities for timely review, eliminating the need for physically transporting samples to Kampala.

Ekyaalo Diagnostics hardware: A whole slide scanner and a Laptop displaying a scanned Image.
Ekyaalo Diagnostics hardware: A whole slide scanner and a Laptop displaying a scanned Image.

This technology has the potential to reduce diagnosis delays from several months to just a few days, thereby improving survival outcomes for breast cancer patients.

Building Local Solutions to Global Challenges

In addition to Ekyaalo Diagnostics, Makerere researchers at the Department of Biomedical Engineering are also advancing other innovations such as development of artificial breast prototypes to be used in  educating women on breast cancer symptoms while Research at Mbarara University led by Dr. William Waswa, are developing  PapsAI, a low-cost automated tool that support whole slide scanning of slides for cervical cancer screening.

These initiatives are aligned with the National Cancer Control Plan (NCCP) of the Ministry of Health, which emphasizes prevention, early detection, timely diagnosis.

Design Challenges and Considerations

Despite the progress being made, challenges persist, according to the team’s findings from the tour,these technologies hold great promise however their success in Uganda will depend on addressing some critical barriers.

One of the biggest challenges is limited staffing. Many lower-level health facilities lack trained laboratory personnel to prepare slides. For this reason, new technologies must be designed to be simple, user-friendly, and capable of being adopted after short training sessions.

Another major barrier is equipment maintenance. Past medical innovations in Uganda have often struggled with frequent breakdowns and software failures. The team emphasized that new diagnostic tools must be affordable, durable, and resistant to common system crashes if they are to serve rural health facilities effectively.

Finally, high operational costs continue to undermine sustainability. Some innovations fail because their maintenance costs are too high or because they are incompatible with existing health systems. Ensuring cost-effectiveness and system integration will therefore be vital for the long-term success of breast cancer diagnostic technologies in Uganda.

MORE ABOUT THE PROJECT

The project is led by the Johns Hopkins  Center for Bioengineering Innovation and Design (CBID) in collaboration with Makerere’s Department of Biomedical Engineering and MUST researchers. Field learning tours have already been conducted at Mulago National Referral Hospital, Jinja, Mbarara, and Fort Portal Regional Referral Hospitals, with input from clinicians, technologists, and innovators in Uganda’s health ecosystem.

The Johns Hopkins team has conducted usability interviews with clinicians, laboratory technologists, and surgeons at multiple hospitals including Mulago, Jinja, Mbarara, and Fort Portal. They have also engaged with Uganda’s innovation ecosystem, including makerspaces and industry partners. It has been noted that the Ministry of Health together with Partners working on treatment of cancer has drafted the National Cancer Control Plan (NCCP) that is aimed at reducing incidence, morbidity and mortality through prevention and early treatment and palliative care. The Plan will give guide on health education, early detection, and diagnosis among others Special thanks go to the Center for Bioengineering Innovation and Design   (CIBID) Johns Hopkins University for funding this field learning tour, Centre for Maternal Newborn and Child Health Research at School of Public health (Makerere University) for hosting the team, Departments of Bioengineering at Makerere University and Mbarara University of Science and Technology, Mulago pathology department and the Uganda cancer institute, Regional Referral hospitals of Jinja, Mbarara and Fort Portal among other General hospitals and Health center IVs visited for technical input.

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VectorCam Project; Makerere, Johns Hopkins, and MoH to Scale Up AI-Powered Malaria Surveillance across Uganda

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A multidisciplinary team from Makerere University School of Public Health and Johns Hopkins University during a courtesy visit to the Ministry of Health on 7th August 2025 to engage officials on the VectorCam Project-an innovative project focused on transforming how Uganda monitors malaria-carrying mosquitoes using a smartphone-based, AI-powered application that relies on computer vision to quickly identify mosquitoes by species, sex, and feeding status whether a mosquito has fed recently or not, Kampala Uganda, East Africa.

By Joseph Odoi

In a significant step toward revolutionizing mosquito surveillance in Uganda, Dr. Peter Waiswa, Associate Professor of Health Policy Planning and Management at the School of Public Health, Makerere University has revealed that a new AI-driven mosquito surveillance project is set to be rolled out to strengthen vector monitoring efforts across 22 districts in Uganda.

He disclosed this while briefing a multidisciplinary team during a courtesy visit to the Ministry of Health on 7th August 2025 to engage with officials on the VectorCam Project.

The VectorCam Project is a partnership between the Makerere University School of Public Health, Johns Hopkins University, and the Ministry of Health, with funding from the Gates Foundation. The project seeks to revolutionize mosquito surveillance by shifting from manual, human-led identification to a digital, AI-driven mobile application using computer vision

What is VectorCam?

VectorCam is an innovative project focused on transforming how Uganda monitors malaria-carrying mosquitoes. At its core is a smartphone-based, AI-powered application that uses computer vision to quickly identify mosquitoes by species, sex, and feeding status whether a mosquito has fed recently or not. Traditionally, such analysis requires the expertise of entomologists and takes considerable time.

According to Prof Waiswa, VectorCam will advance ento. surveillance.

‘’We have worked with Johns Hopkins University and the Minister of Health to develop an AI-powered mobile application which can be used to identify mosquitoes. This apps tells you the type of mosquito, the sex of the mosquito, and whether the mosquito has a full abdomen or half abdomen or is empty. That is, if it fed last night or not.

This one is a way to just shift mosquito surveillance from people to an app. The app does it in 20 seconds using computer vision. It does it faster and better than any entomologist. Every district just has one Entomologist. So the entomologist can go and focus on other things as part of his work because nowadays an app can do it.

The good thing with the app is we’ve already done a big trial funded by the Gates Foundation and we have evidence that it works. The app also posts data and makes it accessible through the DHIS to the districts but also at the national level’’ Prof. Waiswa explained.

‘’With support and funding from the Gates Foundation, we are going to be scaling up the Vector Cam Project to 22 districts. In 12 of these, we will conduct research to evaluate how the app actually performs at scale in routine life settings ‘’ Prof Waiswa stated about the next project step.

As part of the project engagement, Prof. Waiswa met with Dr. Daniel Kyabayinze, Director of Public Health at the National Malaria Control Division, Ministry of Health, Uganda, who also serves as the Acting Program Manager for Malaria at the National Malaria Control Program (NMCP) to brief him on the project genesis and its next objectives which will lead to data-driven decision making to tailor vector control interventions.

Also in attendance were also; Professor Soumyadipta Acharya a respected researcher in the field of ento. surveillance from Johns Hopkins University, United States, along with representatives from the Ministry of Health and Makerere University.

More About VectorCam Project

VectorCAM  is an innovative project focused on transforming how Uganda monitors malaria-carrying mosquitoes. At its core is a smartphone-based, AI-powered application that uses computer vision to quickly identify mosquitoes by species, sex, and feeding status.

Between November 2022 and April 2024, Makerere University, in partnership with Johns Hopkins University and Uganda’s National Malaria Control Programme (NMCP), successfully implemented the first phase of the VectorCam Project. Through this, the project piloted the VectorCAM an AI-driven mobile application that uses computer vision to identify mosquitoes by species, sex, and abdominal status providing rapid, cost-effective entomological surveillance in malaria-endemic regions.

Following the successful trial and validation of the technology, the project is now entering a new phase focused on scaling up.

VectorCam will be rolled out across 22 districts in Uganda, with operational research embedded in 12 of those districts to assess its performance.

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