Agriculture & Environment
Combating Child Malnutrition in the Face of Climate Change: Mak’s Healthy Soy Initiative Offers Hope
*****Funded by the Danish Ministry of Foreign Affairs through DANIDA, the Healthy Soy Project seeks to develop sustainable, affordable, and nutritious soy-based food solutions to help combat stunting in Uganda and other climate-vulnerable regions. The Project inception meeting was held on 15th August 2025 at CAES, Makerere University.
Overview
Child malnutrition remains one of the most pressing public health challenges worldwide. According to the World Health Organization (WHO), more than 148 million children under the age of five were affected by stunting in 2023, a condition caused by chronic under-nutrition that impairs both physical and cognitive development. The United Nations Sustainable Development Goal 2 aims to end all forms of malnutrition by 2030, but climate change, rising food insecurity, and deepening inequality are making this goal increasingly difficult to achieve.
Expert reports indicate that as the global climate crisis accelerates, its ripple effects are being felt most acutely in the Global South. Prolonged droughts, erratic rainfall, and frequent natural disasters are reducing crop yields, diminishing nutrient density in food, and driving up food prices. For smallholder farmers, who form the backbone of food production in many developing countries, these changes are devastating. Without the resources to invest in irrigation or climate-adaptive technologies, they are hit hardest by agricultural losses.
The burden of climate-induced food insecurity and malnutrition is not shared equally. Children are particularly vulnerable, as their growth demands a consistent intake of high-quality nutrients. Women, meanwhile, are doubly impacted. They are often both food producers and the primary caregivers responsible for child nutrition. These gendered and generational inequalities are deepening as food systems falter under environmental stress.
Stunting and the Need for High-Quality Protein
Stunting in children is one of the most visible forms of malnutrition. Once it occurs, reversing it is challenging, though not impossible. For children affected by stunting to catch up in growth, their diets must include high-quality proteins, which are essential for muscle and tissue development.
Animal-source foods such as milk, eggs, and meat provide proteins with the highest biological value. However, in low-income settings, these foods are often prohibitively expensive or unavailable. Soybeans offer a promising alternative – they are a plant-based source of relatively high-quality protein, widely grown and consumed in many parts of the world. However, soy is not without limitations. Its protein bioavailability can be reduced by natural compounds known as anti-nutrients, which inhibit digestion and absorption.
The Healthy Soy Project: A Science-Based Solution for Sustainable Nutrition
In response to this challenge, Makerere University, in collaboration with partners and with funding from the Danish Ministry of Foreign Affairs through the Danish International Development Agency (DANIDA) has launched an innovative research project titled Climate-resilient soybean for improved growth and health of children in Uganda (Healthy Soy). This multi-year project seeks to develop sustainable, affordable, and nutritious soy-based food solutions to help combat stunting in Uganda and other climate-vulnerable regions. The University of Copenhagen, Denmark is leading the project, with Makerere University and RECO Industries Limited as partners. The overall PI of the Project is Prof. Benedikte Grenov from the University of Copenhagen. At Makerere University, the project is coordinated by Prof. Phinehas Tukamuhabwa. Other project members include Assoc. Prof. Nanna Roos and Prof. Inge Tetens from the University of Copenhagen; Assoc. Prof. Dorothy Nakimbugwe and Assoc. Prof. Ezekiel Mupere from Makerere University; Mr. Alex Kisembo from RECO Industries Limited; and Prof. Daniel Tomé from Université Paris-Saclay, France.
The Healthy Soy project is structured around four key work packages
WP1 – Selecting Climate-Resilient, Nutrient-Rich Soybean Varieties
Researchers will identify and develop soybean strains that are both resilient to climate stressors and contain high levels of protein with reduced anti-nutrient content, making them more suitable for vulnerable populations.
WP2 – Enhancing Protein Bioavailability through Food Processing
Advanced food processing technologies will be employed to reduce anti-nutrient levels and improve the bioavailability of soy protein. The project will also evaluate how effectively soy protein supports catch-up growth in children affected by stunting.
WP3 – Developing Local Soy-Based Food Supplements
Working closely with local communities and food producers, the project will design and test new soy-based supplements tailored to local dietary habits. These products will be tested for their impact on child health and growth.
WP4 – Building Local Research Capacity and Sharing Knowledge
Capacity-building is a core element of Healthy Soy. The project will invest in training Ugandan researchers, strengthening local institutions, and disseminating findings to farmers, policymakers, health professionals, and other stakeholders across the region. At Makerere University, the project is supporting 3 PhD fellows namely: Ms. Nashim Nassanga from the Department of Crop Science and Horticulture, Mr. Amos Asiimwe from the Department of Food Technology and nutrition, and Ms. Prudence Ainomugisha from the College of Health Sciences. Ms. Nassanga will focus on identifying climate-smart soybean breeding lines for adaptability and farmers’ acceptability under severe climate conditions in Eastern, Northern, and Western Uganda; Mr. Asiimwe will develop soybean processing protocols to reduce anti-nutrients, improve soy protein bioavailability, and estimate its potential to support catch-up growth in children with stunting; and Prudence Ainomugisha will examine the effects of locally produced soy-based LNS on the growth and health of children with stunting.
The Healthy Soy Project Inception Meeting
On 15th August 2025, the project team held an inception meeting to discuss strategies for its implementation. The session brought together representatives from all partner institutions who shared a detailed overview of their respective roles, and expected contributions to the initiative. The discussions focused on aligning stakeholder roles, clarifying project objectives, and ensuring a coordinated approach to execution.
During the meeting, Prof. Benedikte Grenov, the Principal Investigator, delivered a comprehensive overview of the project. She emphasized the collaborative nature of the project and highlighted the importance of each stakeholder’s role in achieving the intended outcomes. Her presentation set the stage for subsequent contributions from each partner institution, outlining their respective roles and planned activities within the project.
Dr Mildred Ochwo Ssemakula, Prof. John Muyonga, and Dr Robert Mugabi from Makerere University Departments of Crop Science and Horticulture, and Food Technology and Nutrition respectively, briefed the team on their (Departments’) role in the soybean value chain, while Dr Ephraim Nuwamanya from the Makerere University Centre for Soybean Improvement and Development (MAKCSID) shared insights into their ongoing research activities, particularly focused on developing climate-resilient soybean varieties and how these efforts align with the goals of the Healthy Soy Project. The meeting also featured a presentation on the activities of the Child Health Development Centre (CHDC) and its role in the project. Based within the College of Health Sciences at Makerere University, the CHDC will support the training of a full-time PhD fellow who will coordinate and implement a randomized controlled clinical trial (RCT) involving 300 children affected by stunting.
The representative from RECO Industries Limited, Mr. Alex Kisembo shared their experience in soybean processing and outlined their planned contribution to the project’s product development streams. Additionally, the integration of the Healthy Soy initiative into the national nutrition programming was discussed, with an emphasis on aligning it with priority areas within the health sector. The roles of the Ministry of Agriculture, Animal Industry and Fisheries (MAAIF) and the Uganda National Bureau of Standards (UNBS) were also presented, particularly focusing on their support for soybean development through policy formulation, quality assurance, and regulatory processes, as well as their planned contributions to the project’s implementation.
Prof. Charles Masembe briefed participants on the reporting and accountability procedures of the Makerere University Grants Administration and Management Support Unit (GAMSU).
The meeting was moderated by Prof. Phinehas Tukamuhabwa and Dr Jenipher Bisikwa from the Department of Crop Science and Horticulture, College of Agricultural and Environmental Sciences (CAES), Makerere University.
Link to project inception meeting pictorial:
https://drive.google.com/drive/folders/1oTo8rhX89Nt1uXy3W0vVRUWkz5vi8WGg?usp=sharing
Agriculture & Environment
MakCAES Celebrates Third Cohort of the Conrad N. Hilton Africa Water Quality Testing Fellowship
The Department of Agricultural and Biosystems Engineering at the College of Agricultural and Environmental Sciences (CAES), Makerere University on 3rd October 2025 proudly celebrated the successful completion of training of the third cohort of the Conrad N. Hilton Africa Water Quality Testing Fellowship.
The event, held in the Conference Hall of the School of Food Technology, Nutrition, and Bioengineering at CAES, was graced by Prof. Sarah Ssali, the First Deputy Vice Chancellor in charge of Academic Affairs, who presented certificates to the 30 successful trainees.
About the Fellowship
Implemented by the Department of Agricultural and Biosystems Engineering in partnership with the Aquaya Institute, and generously supported by the Conrad N. Hilton Foundation, the fellowship equips students with vital skills in water quality testing, research, and project management. The programme supports several Sustainable Development Goals (SDGs), including Clean Water and Sanitation (SDG 6), Good Health (SDG 3), Sustainable Cities (SDG 11), Responsible Consumption (SDG 12), Climate Action (SDG 13), and Life Below Water (SDG 14).
Aligned with Uganda’s National Development Plan III (NDP III), the fellowship emphasizes research impact and community livelihood improvement by training water sector professionals critical for enhancing water quality at local and national levels.
Training Highlights for the Third Cohort
The 2025 cohort, trained in Mukono District, included 30 students drawn from five programmes: B.Sc. Agricultural Engineering, B.Sc. Bioprocessing Engineering, B.Sc. Civil Engineering, B.Sc. Industrial Chemistry, B.Sc. Water and Irrigation Engineering, and M.Sc. Agricultural Engineering.
The curriculum, developed jointly with the Aquaya Institute, covered six comprehensive modules:
- Fundamentals of Drinking Water Quality
- Water Quality Management and Treatment Technologies
- Field Data Collection and Sampling Procedures
- Standard Laboratory Practices
- Data Analysis and Interpretation
- Technical Report Writing
During their training, fellows surveyed over 700 water points across Mukono District, applying their skills in real-world settings to improve local water quality.
Achievements registered thus far
Highlighting the achievements registered, Prof. Isa Kabenge, Head, Department of Agricultural and Bio-systems Engineering at CAES said the programme had successfully trained 90 students, underscoring its impactful contribution to capacity building in the field. He acknowledged the vital support from the Conrad N. Hilton Foundation and the Aquaya Institute, whose partnership has been central to the success of the programme.
Remarks by the University Officials
Addressing the participants, the Deputy Vice Chancellor in charge of Academic Affairs, Prof. Sarah Ssali congratulated the fellows on their transformative learning experience, noting the high employability of graduates as a testament to the programme’s relevance and impact. “The students have gained invaluable knowledge and skills in water quality testing, research methodologies, and project management. They have had the opportunity to apply their skills in real-world scenarios, contributing to improved access to safe water for communities.”
She affirmed the University’s commitment to expanding the fellowship, including efforts to standardize the training modules and to establish an accredited water quality laboratory.
In her remarks, Prof. Gorettie Nabanoga, Principal of CAES, praised the trainers for their dedication to advancing the College’s mandate. “Our work must have real-world impact. Research should be directed toward solving the challenges faced by our communities. No one can thrive without access to safe, clean water,” she emphasized. “I commend the trainees for committing their time to this important programme, and I urge you to become champions for safe water in your communities. This knowledge is meant to be shared.”
She appreciated the Conrad N. Hilton Foundation, the Aquaya Institute, and the Mukono District Local Government for their invaluable support.
Dr. Julia Kigozi, Dean of the School of Food Technology, Nutrition, and Bio-systems Engineering, commended the project as one of the school’s flagship initiatives, emphasizing its transformative impact on student learning. She noted that beyond reinforcing theoretical knowledge acquired in the classroom, the project has been instrumental in equipping students with hands-on, practical skills essential for real-world application. Dr. Kigozi appreciated the funders and trainers, acknowledging their unwavering commitment and support in making the initiative a success.
Remarks by the alumni and partners
On behalf of the alumni, Mr. Edgar Kugoza expressed gratitude to the funders and the trainers for the opportunity granted to them to improve their skills in water quality management. “We now become internationally accredited water quality professionals and ambassadors of safe water.”
Eng. Yvone Sanyu Lugali, WASH Sustainability Manager at Water for People and an alumnus of the Department of Agricultural and Bio-systems Engineering, commended the programme as a significant milestone in advancing the quality of water resources in the country. She praised the initiative for equipping local professionals with practical, world-class skills and shared information about ongoing and upcoming training and employment opportunities at her company.
Mr. Patrick Mufwoya, Managing Director Davis & Shirtliff Uganda highlighted the positive impact the programme has had on his company through the fellows they have hosted. He praised the fellows for their strong competence and professionalism, noting that their contributions reflect the quality and potential of the training programme. Mr. Mufwoya expressed confidence that initiatives like this could play a transformative role in shaping the future of the water sector nationwide.
In her remarks, Dr. Anna Murray, Deputy Director of Research at the Aquaya Institute appreciated the support provided by the Conrad N. Hilton Foundation in advancing efforts to ensure universal access to safe and clean water. She also praised the trainees for their dedication and hard work, emphasizing the crucial role of collaboration and teamwork in driving progress and achieving shared objectives.
The trainers included Prof. Isa Kabenge, Prof. Ahamada Zziwa, Dr Joshua Wanyama, and Dr Prossy Nakawuka, all members of staff in the Department of Agricultural and Bio-systems Engineering at Makerere University.
Agriculture & Environment
RUFS Project Team Trains Smallholder Farmers in Mbale City in Smart Agronomic Practices
Overview
Following stakeholder engagements in Mbale City and Kasese Municipality to introduce Phase II of the Resilient Urban Food Systems (RUFS) Project, it became evident that farmers in both regions face a range of challenges that significantly impact agricultural productivity. Among the most pressing issues are frequent floods, landslides, waterlogging, and prolonged periods of drought, all of which threaten food security and the livelihoods of smallholder farmers.
In response, the RUFS Project team has designed a series of targeted interventions aimed at addressing these climate-related challenges. Central to these efforts is the provision of specialized training to enhance farmers’ capacity to adapt and thrive in the face of environmental stressors. Through these trainings, smallholder farmers in Mbale City and Kasese Municipality will be equipped with practical knowledge and skills in climate-smart agronomic practices that promote sustainability and resilience. Smart Agronomic Practices, as promoted in the training, focus on techniques that improve yield while conserving natural resources. This includes composting, pest control using natural extracts, crop rotation, intercropping, and the adoption of drought-resistant crop varieties. By prioritizing ecological balance and resource efficiency, the RUFS project aims to protect urban communities from the effects of climate change, price volatility, and food insecurity.
Training on smart agronomic practices in Mbale City
As part of this initiative, over 20 smallholder farmers in Mbale City recently received extensive training on Smart Agronomic Practices. The training, conducted from 6th to 7th October 2025 at Emilna Royal Mixed Farm in Industrial City Division, Mbale City, forms part of a broader strategy to strengthen urban food systems by empowering farmers with sustainable, adaptive, and cost-effective farming techniques tailored to the realities of a changing climate.
Led by Prof. Frank Mugagga from the Department of Geography, Geo-Informatics, and Climatic Sciences at Makerere University, and funded through the AgriFoSe2030 Programme, the RUFS project aims to create a ripple effect of knowledge transfer, particularly in informal and peri-urban communities where agriculture remains both a livelihood and a cornerstone for food security. Phase II of the RUFS project sets out to: 1) Strengthen flood and drought resilience in urban communities through strengthened stakeholder collaboration in Mbale and Kasese, 2) Raise community awareness on climate risks and equip residents with preventive and adaptive skills, 3) Integrate indigenous and local knowledge into policy and planning for more context-relevant decision-making, and 4) Co-develop knowledge with both state and non-state actors to promote inclusive and evidence-based decisions.
Training in the production of organic fertilizers and pesticides
During the two-day training, farmers were introduced to practical techniques for producing organic fertilizers and pesticides using affordable, locally available materials. Emilna Royal Mixed Farm, the training venue, and home of one of the project beneficiaries, Ms. Emily Namalwa, served as a practical learning hub where theory met practice. Led by Mr. Henry Stanley Mbowa, Head of Research at AidEnvironment and a member of the RUFS Project, and backed by the Mbale City technical team, the hands-on sessions demystified the process of creating environmentally friendly agricultural inputs such as compost and bio-pesticides.
Step by step, the enthusiastic farmers were trained to formulate effective organic fertilizers and pesticides using locally available materials such as cow dung, animal and human urine, ash, onions, pawpaw leaves, pepper, tobacco, luwoko (Phytolacca dodecandra), and muluuku (Tephrosia vogelii). These natural alternatives provide a sustainable response to the rising cost and environmental impact of synthetic inputs. They not only enhance soil health and increase crop productivity, but also reduce chemical residues in food, promoting safer and more resilient farming practices.
While conducting the hands-on sessions, Mr. Mbowa emphasized that these solutions are not only effective but scalable. “These are techniques that require no expensive inputs. Farmers can adopt them right away using the resources they already have at their disposal,” he said.
As part of the training, Mr. Whepukulu Juma, a dedicated urban farmer and President of the Mbale City Food Systems Platform, briefed the farmers on the critical steps and best practices for preparing a food nursery bed. Drawing from his experience, Mr. Whepukulu highlighted the significance of proper soil preparation, emphasizing soil health and nutrient management as foundational to successful seedling development. He also stressed the importance of selecting high-quality seeds suited to local conditions and demonstrated effective maintenance techniques such as regular watering, timely weeding, and shading to protect young seedlings from excessive sun or rain.
According to Prof. Mugagga, the trainings that will be conducted over the next 18 months are a response to the urgent need for cities to reimagine their food systems amid rapid urbanization. “Urban agriculture is no longer an option, it is a necessity. Our goal is to empower smallholder farmers with knowledge that makes their practices not only productive but also sustainable and adaptive to climate stress,” Prof. Mugagga stated.
Farmers’ views on the Training
- Ms. Emily Namalwa, an urban farmer and proprietor of Emilna Royal Mixed Farm, expressed appreciation for the training. Her farm, located within Mbale City, produces a wide range of crops including tomatoes, sukuma wiki (collard greens), eggplants, matooke (plantains), and passion fruit, alongside poultry farming.
- Reflecting on the impact of the training, Ms. Namalwa said: “This has been eye-opening. I have learned that many of the resources we need to feed and protect our crops are readily available in our surroundings. What we once considered as waste can actually be transformed into valuable inputs for farming. This approach not only reduces costs but also promotes sustainability.”
- She further narrated how the RUFS training reshaped her perspective on land use for farming: “Before this, I focused solely on cultivating coffee on a one-acre piece of land located far from my home. I never imagined that I could turn the small 100 by 100 plot around my house into a productive farm. Thanks to the training on urban agriculture, I now understand how to make the most of even limited space for food production.”
- Citing the benefits, Ms. Namalwa expressed gratitude for the continued support RUFS extends to smallholder farmers. “RUFS has given us the knowledge and tools to make urban farming not just possible, but profitable. I am truly grateful for their efforts in empowering farmers like me in Mbale City.”
- According to Mr. Mudoma Cassim, Chairman of the Nabuyonga Horticulture Farmers’ Association in Industrial City Division, Busamaga, Mbale, the training provided by the RUFS project was both timely and impactful. “For a long time, our farmers have heavily depended on inorganic fertilizers purchased from commercial outlets. Unfortunately, these fertilizers are not only expensive but also contribute to the degradation of soil health over time, leading to reduced productivity in the long run. The training we received on the production and use of organic fertilizers and pesticides has opened our eyes to a more sustainable and cost-effective alternative. By learning how to produce organic fertilizers and pesticides locally, we can significantly reduce the cost of inputs while improving soil fertility and overall yields.”
- “I would like to extend my sincere gratitude to the RUFS project team and their funders for this valuable initiative. It is my earnest appeal that such trainings continue, not only on the production of organic fertilizers and pesticides but also on other important aspects of sustainable farming practices. Additionally, I humbly request that the project considers supporting farmer groups like ours with irrigation equipment, such as spray pumps. This would greatly enhance our capacity to maintain consistent production even during dry spells, ensuring food security and stable incomes for our members.”
- Mr. Ssenkoto Julius, a dedicated farmer from Industrial City, Masaba in Mbale District, is equally grateful for the support provided by the RUFS Project. He specifically commended the hands-on training he received on producing organic fertilizers and pesticides using locally available materials, a skill he believes is not only cost-effective but also environmentally sustainable. “I primarily grow tomatoes, but I also cultivate sukuma wiki (collard greens),” he stated. “The knowledge imparted during the training was incredibly valuable. I have already begun applying the organic methods on my farm, and I am keen to observe the difference in performance between these natural products and the conventional ones purchased from agro-shops.” Mr. Ssenkoto also appealed to the RUFS Project to consider extending similar training opportunities in animal husbandry. “Many of us are mixed farmers,” he explained. “Equipping us with skills in livestock management would greatly enhance our productivity and improve our livelihoods.”
- Ms. Nekesa Josephine, a horticulture farmer from Northern City in Nkoma, Mbale District, appreciated the RUFS Project team for the training, highlighting its potential to transform farming practices in the region. “I am truly grateful for this opportunity. The training has opened my eyes to more sustainable and cost-effective methods of farming. I have already started experimenting with the production of organic fertilizer using cow dung, a practice I had not considered seriously before. If it proves successful, it will greatly reduce our dependence on expensive chemical fertilizers bought from agro-vet shops, which many of us struggle to afford. This kind of knowledge is not only practical but empowering, especially for smallholder farmers like myself. I sincerely hope that these trainings can be scaled up and extended to cover livestock management. Training in animal husbandry would go a long way in helping us improve both crop and animal productivity, ultimately boosting our incomes and food security.
During the training programme, participants were tasked to document the current status of their farms and agricultural activities. Coordinated by Mr. Peter Kasaija, a member of the RUFS Project, the exercise was intended to support monitoring and assessment of the impact of the RUFS Project initiatives.
The team will hold a similar engagement in Kasese Municipality from 12th-15th October 2025.
More photos from the training
Pictorial on the training:https://drive.google.com/drive/folders/17NeSVJvLn6wJjtzodL25XtN5arnXXNdz?usp=sharing
Introduction
The Sustainable Off-Grid Solutions for Pharmacies and Hospitals in Africa (SophiA) is providing sustainable off-grid energy supplies and water free of bacteria and viruses for rural and remote health facilities in Africa, thereby accelerating the sustainable development, growth and economic transformation, and ensuring improved access to energy and health services for all.
Using various technologies, such as photovoltaics, solar thermal, electrical and thermal storage, water treatment, and natural refrigerants with low global warming potential, SophiA has developed and manufactured locally innovative, modular, affordable, and efficient solar powered systems for providing:
- Safe and clean drinking water, free of bacteria and viruses, and deionised water for medical purposes.
- Hot water and steam production for thermal requirements of the hospitals.
- Cooling of medicines and food at +5°C.
- Low temperature storage of blood plasma and vaccines at -30°C.
- Ultra-low temperature storage of sensitive medication (e.g. some Covid-19 or Ebola vaccines) at -70°C
In addition, PV MedPort, a simple and 100% solar-powered solution has been developed and tested as a mobile health care station in small remote areas in 4 different geographical conditions in Africa.
SophiA systems have been manufactured in Africa and will provide, for the first-time, innovative solutions based on climate-friendly natural refrigerants to cover cooling demand for three different temperature ranges (-70°C, -30°C and +5°C). The systems have been tested and demonstrated at four rural hospitals in remote regions throughout the African continent covering the major geographical regions and different climatic conditions in Burkina Faso, Cameroon, Malawi and Uganda.
Launch of the SophiA Project Facility at Buvuma Health Centre IV
The SophiA Project facility installed at Buvuma Health Centre IV was officially commissioned on 30th September 2025, by the Vice Chancellor of Makerere University, represented by the Dean, School of Food Technology, Nutrition, and Bio-systems Engineering at CAES, Dr Julia Kigozi.
The event was attended by over 100 guests including local government officials, healthcare professionals, university staff and students, traders, and community members. The occasion showcased the transformative technologies introduced under the SophiA Project, aimed at enhancing energy access and health service delivery in off-grid communities.
Speaking at the event, Prof. Nicholas Kiggundu, the Project Coordinator in Uganda, outlined the advanced systems installed at Buvuma Health Centre IV. These include:
- Electricity Generation: A 36 kWp photovoltaic (PV) solar system supported by a 13 kVA standby generator ensures continuous power supply.
- Water Systems: Provision of safe drinking water through ultra-filtration and de-ionized water using membrane capacitive de-ionization technology.
- Thermal Energy: Hot water and steam generation for cooking, bathing, and sterilization, using thermo-energy storage.
- Solar Cooking: Outdoor cooking with Scheffler reflectors capable of reaching temperatures up to 200°C.
- Refrigeration: Environmentally friendly cooling units maintain medicine at +5°C, blood plasma at -30°C, and vaccines, including for COVID-19 and Ebola, at required temperatures using natural refrigerants like propane (R290).
- Maternity Support: Installation of Xsol water heaters to provide warm water in the maternity wing.
Additionally, a 2 kWp PV MedPort was installed at Lukale Health Centre III, offering reliable electricity for disease screening and youth outreach services. Both installations feature containerized units integrated with a Supervisory Control and Data Acquisition (SCADA) system for real-time monitoring and operational safety. Key safety features include external ventilated compartments for flammable refrigerants and systems to discharge surplus solar power to the ground.
The excess energy generated by the PV system not only powers the health centre at night but also supports critical services such as the neonatal unit, further extending the project’s impact.
The launch also featured a tour of the facility, with an interactive question and answer session focusing on system safety (such as propane compartment ventilation) and scalability.
Now fully operational, the systems provide over 18 hours of reliable electricity daily, surpassing national averages, and enables vaccine storage critical for outbreak response. Buvuma Health Centre IV is set to serve as a learning laboratory for Makerere University students and other institutions.
The project was implemented in collaboration with the Ministry of Health and 12 consortium partners, with support from the European Climate, Infrastructure and Environment Executive Agency (CINEA). Local stakeholders, including the Uganda Revenue Authority (URA), Uganda National Bureau of Standards (UNBS), and Buvuma District Local Government (DLG), also contributed significantly.
Remarks by the Vice Chancellor
In his remarks delivered by Dr. Julia Kigozi, the Vice Chancellor expressed gratitude to the late Prof. Noble Bannadda for his pivotal role in crafting the project. He thanked Prof. Nicholas Kiggundu, the Principal Investigator, for successfully implementing the project at both Buvuma Health Centre IV and Mua Mission Hospital in Dezda, Malawi. He also thanked other SophiA Project team members at Makerere University namely: Dr. Denis Muhangi (CHUSS), Dr. Sarah Bimbona (COBAMS), and Mr. Alvin Asingya (CAES), and institutional partners.
The Vice Chancellor appreciated the European Union for funding the SophiA Project alongside several other initiatives at Makerere University.
Compiled by Prof. Nicholas Kiggundu – PI, SophiA Project/member of staff in the Department of Agricultural & Bio-systems Engineering at CAES, Makerere University.
More about the project at – https://news.mak.ac.ug/2025/07/sophia-project-upgrades-health-infrastructure-at-buvuma-health-centre-iv-trains-technicians-for-maintenance-works/
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