SEED Changemakers

SEED Change-makers is a student-led  initiative developed by the University’s School of Environment, Education and Development (SEED). It empowers undergraduate and postgraduate students to drive meaningful change. The programme provides a dynamic platform for students to transform their passions into impactful action through leading and collaborating on innovative social responsibility projects. For example, students launched the Give It, Don’t Bin It campaign to reduce waste left behind in student accommodation during move-out periods, and they have hosted thought-provoking lectures on active citizenship and rethinking sustainable community support.  

Improving quality of life for millions

With more than 300 million people worldwide suffering from serious fungal infections and 2 million of these individuals dying each year as a result, our researchers set about changing the understanding and treatment of Aspergillus disease to improve patient quality of life and survival.

Through international collaboration and research, Aspergillus antigen and antibody tests are now listed as essential diagnostics by the World Health Organisation (WHO). The world’s first frontline therapy for the disease has also been licensed, along with the creation of the world’s first national clinical centre for fungal disease.

Developing computer-controlled 3D freeform surface weaving

Researchers at Manchester’s Department of Mechanical, Aerospace and Civil Engineering collaborated with the Chinese University of Hong Kong to explore computer-controlled 3D freeform surface weaving. This new computer-controlled weaving technology enables the creation of woven structures as 3D shapes using non-traditional material threads with high-bending stiffness.

The research looks at how the computational solution converts inputted 3D freeform surfaces into weaving operations (as W-code) to guide the operation of the system. The process has the potential to work with a number of different materials including cotton threads, conductive threads and optical fibers and could be used in the future to print materials used in the treatment of various joint issues.

Reducing carbon emissions in transport and industry

In collaboration with our University, researchers at the Tyndall Centre for Climate Change Research worked alongside the Department for Business, Energy and Industrial Strategy (BEIS) and a team of modellers at the Netherlands Environmental Assessment Agency to devise ways to reduce carbon emissions in the transport and industry sectors.

With these sectors continuing to grow and low-carbon technologies still in their infancy, our researchers identified new ways to accelerate decarbonisation. By developing and applying a novel framework, they discovered that the greatest reductions came from cuts in carbon dioxide and energy intensity. Other contributing measures included less air travel, reduced transportation of fossil fuels and more locally-produced goods.

Partnership with Arvia Technology

Our researchers partnered with water treatment company Arvia Technology to develop an electrochemical process that dramatically reduces wastewater pollution levels and enables water recycling across several industries.

Delivering on the UN’s Sustainable Development Goal 6 – ensure availability and sustainable management of water and sanitation for all – the Arvia process has helped to reduce water demand and reliance on freshwater supplies, along with lowering pollutant levels from pesticides, pharmaceutical residues and natural hormones. The process is the first to use both capture and destruction methods to clean the wastewater. The solution has since been delivered to more than 25 companies in 11 countries.

Tackling complex issues in African cities

Funded by the UK’s Foreign Commonwealth and Development Office (FCDO), the African Cities Research Consortium (ACRC) was established by our Global Development Institute. In collaboration with international partners, the ACRC tackles complex problems in some of Africa’s fastest-growing urban areas. Working closely with local partners and NGOs over several years, the project integrates systems thinking with rigorous political analysis to help catalyse sustainable and inclusive urban development.

Supporting cultural strengthening and revitalisation

Our Manchester Museum welcomed a delegation from the Aboriginal Anindilyakwa community of Groote Eylandt for the formal return of 174 items of cultural heritage. Over a three-year period, the Museum worked with the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) and the Anindilyakwa Land Council to return items to their rightful home and inspire future generations.

Expanding our Kenyan partnership

The University has partnered with the Kenyan government predominantly focusing on bringing communities of clinicians, researchers and trainees together in Kenya and the UK to co-develop strategies and healthcare practices.

This ongoing collaboration now includes the Gender Equality Partnerships grant which aims to boost gender equity in leadership roles in both countries. Bringing together ten Kenyan and ten Manchester senior women from across academia and professional services for a 12-month programme, the strategy will pilot co-hosted events, diverse and inclusive leadership training, and cross-institutional mentoring and coaching. Its aim is to create and deliver an executive education programme for senior women in higher education and research that can be adapted to a global context.

Driving healthcare reform

We’re driving healthcare reform in India and helping to implement standardised treatment plans for cancers, including acute lymphoblastic leukaemia in children. Starting with the Tata Medical Centre (TMC) in Kolkata, we are helping to increase the provision and capacity of cancer care in the region, along with enhancing the skills of the clinical workforce. Survival rates subsequently rose from 65% in 2014 to 80% in 2019. This approach was a catalyst for change in India, which now boasts a national network of cancer centres linked by modern practices and standardised treatment.

SMARThealth

In East Java, Indonesia, Manchester’s researchers are working to increase the awareness of cardiovascular disease in low- and middle-income countries. In a two-year trial across eight villages, they screened 12,000 people over the age of 40 for heart disease.

After working with collaborators to design an algorithm to use within the SMARThealth app, the blood samples were analysed in real time to identify those at normal, medium and high risk. More than half of participants were identified as high risk and could be prescribed lifestyle changes or drugs. This resulted in a 14.5% reduction in the number of people at high risk following the trial. The screening has since seen a wider roll-out in the Malang district and will be scaled up to reach three million people in the region.

UNESCO City of Lifelong Learning

In 2024, Manchester was named a UNESCO City of Lifelong Learning. Our University is a key partner in making lifelong learning a reality for all, and supports the city as it becomes part of the UNESCO Global Network of Learning Cities (GNLC) – made up of 64 cities from 35 countries.

Music in Mind

Our Creative Manchester research platform partners with Manchester Camerata on Music in Mind, a programme that uses music and improvisation to help people living with dementia to express themselves and communicate with others. It also trains and supports care workers to deliver the music workshops independently, so the programme can continue benefitting local communities. Music in Mind has since been awarded a grant to evaluate the impact of an online version of the programme and how it could be integrated into the fundamentals of the care practice in the future. The programme has also been taken abroad, to benefit partners in Sweden, Taiwan and Japan.

Providing insights on air pollution

In India, our researchers are helping to better understand the causes and impact of air pollution. With its chronic levels of air pollution, Delhi provided the perfect case study for this research.

In collaboration with the Indian Ministry of Earth Sciences, the Indian Institute of Tropical Meteorology and Indian Institute of Technology, Madras, we’re exploring the connection between pollution and human health. Harnessing our strengths in computer modelling and the local knowledge and understanding found in Indian cities, the project is providing insights to help authorities make informed policy decisions.

Exploring the health of gig workers in the UK and China

Manchester researchers Martie Van Tongeren and Hua Wei are examining the impact of gig working on health and wellbeing in the UK and China. With 84 million gig workers in China and 7.25 million in the UK (as of the end of 2022), the sector makes up a significant percentage of the total workforce in both countries. The stress and pressure of working at speed, along with the emphasis and importance of customer feedback, could lead to mental health problems and burnout. This is further compounded by worries over pay and the rising cost of living.

The research looks at whether there is something unique about the app-based technology associated with gig work that increases the risk of stress and burnout. As the scale of the work continues to expand, the intention is to develop interventions to help gig workers combat the negative impact of their jobs on their health.

Technology and Economic Assessment Panel

The Technology and Economic Assessment Panel (TEAP) is the “engine room” of the Montreal Protocol. It provides information updates through multiple reports that enabled the phaseout of CFCs to protect the ozone layer and now through the Kigali Amendment the phaseout of HFCs to mitigate global warming. The University of Manchester has supported the TEAP for over 30 years.

University awarded Fairtrade University two-star status

The University of Manchester holds a Fairtrade University two-star status which recognises that we are: embedding Fairtrade into our strategy and operations; actively engaging students and staff in campaigns and education; supporting ethical procurement and supply chains; and collaborating with local and global partners to promote social justice.  

Understanding mosquito-borne diseases at the Kenyan coast

Mosquito-borne diseases, such as dengue and chikungunya, are a significant health inequality and a major cause of poverty. In Africa, particularly in coastal Kenya, cases have risen sharply over the past 30 years. Understanding the factors behind disease transmission is key to effective management. 

Research by teams at The University of Manchester has highlighted high genetic diversity in forest Aedes aegypti and other forest Aedes species in Africa. Notably, differences in their odorant receptors are leading to increased feeding on humans. This diversity may result from interbreeding with domestic Aedes aegypti from outside Africa or the invasion of Aedes albopictus mosquitoes from Southeast Asia. 

This project, co-developed and led by researchers in Kenya and at The University of Manchester, will investigate these possibilities in the Tana River region and Kenya Coast. These areas contain forested regions near the port of Mombasa, a key entry point for invasive mosquito species. 

By integrating data on mosquitoes, viruses, monkeys, and humans across the coastal Kenyan landscape, the project aims to map disease transmission patterns. Identifying the environmental and socio-behavioural factors driving transmission will help the Ministry of Health improve surveillance efforts and support local communities in preventing and mitigating disease spread.

Advancing urban reform in Nairobi

The African Cities Research Consortium (ACRC) is a collaborative research programme, funded by the Foreign, Commonwealth & Development Office (FCDO), designed to address the complex urban development challenges in Africa’s rapidly changing cities.  

Led by the Global Development Institute at The University of Manchester, ACRC aims to generate robust insights and evidence that will improve living conditions and urban services for all city residents, especially disadvantaged communities. 

In Nairobi, Kenya, ACRC is utilising research processes to bring together key stakeholders from local communities and government to navigate contentious urban issues. The initiative aims to establish new approaches across the city and beyond. Nurturing coalitions of urban reform champions is also a key focus at the city level. This work is being led by teams from cities, Slum Dwellers International (SDI), the University of Nairobi, Strathmore University, LVCT Health, and others, with support from the Global Development Institute. 

Findings from ACRC research highlight a range of urban development challenges in Nairobi and provide several recommendations for advancing urban reform in the city.

Partnership with African Constituency Bureau

The collaboration between the African Constituency Bureau (ACB) and The University of Manchester presents a significant opportunity to strengthen Africa’s position in global health governance.  

Established by African Ministers of Health in 2017 with the endorsement of the African Union (AU), the ACB has been instrumental in advocating for policies that address Africa’s specific health challenges, particularly in areas such as HIV, TB, malaria, and more recently, COVID-19. 

By supporting the ACB’s institutional growth, technical expertise, and policy advocacy, The University of Manchester aims to play a transformative role in shaping Africa’s health future and contributing to the broader global health community. 

This partnership will focus on achieving long-lasting improvements in sustainable health financing, disease prevention, and the resilience of African health systems.

Centre of Excellence in Healthcare Education and Training

Kisii University, The University of Manchester, and the County Government of Kisii are working in partnership to develop a Centre of Excellence in Healthcare Education and Training (CEHET). 

This Centre will train flexible, multidisciplinary healthcare workers required to meet the evolving health needs of the local population in the Lake Region Economic Bloc (LREB) in Western Kenya, and across the country, supporting Kenya’s goal of achieving Universal Health Coverage. 

A major challenge in Kenya is the low doctor-to-patient ratio, with only twelve (12) doctors per 100,000 people, well below the World Health Organization’s (WHO) recommended ratio of thirty-six (36) doctors per 100,000 people. 

This gap can only be addressed by increasing the number of healthcare professionals in training. The development of this Centre will significantly improve the availability of specialist care, reduce the number of Kenyans seeking medical treatment abroad, and increase the number of patients, primarily from other African countries, seeking care in Kenya.

The Kisii Emergency Care Project

The University of Manchester in collaboration with the Kisii County Health Ministry and Kisii University, is addressing gaps in the emergency care system, particularly in rural areas where systems are underdeveloped. The Kisii Emergency Care Project is a multi-pronged initiative designed to build a sustainable and effective emergency care system, aiming to improve healthcare delivery in Kisii and across Kenya. 

To support the development of an emergency care system aligned with the Kenyan Emergency Medical Care Strategy, our University teams are helping design and implement a new emergency care model for Kisii. This model could eventually be expanded to other regions of Kenya. The project focuses on strengthening the chain of survival in emergency care through five key areas: Emergency Call Centre, Community First Responders, Ambulance Service, Specialist Emergency Nursing, and Accredited Specialists in Emergency Medicine. 

Zoonotic disease and the environment

Researchers at The University of Manchester are developing a novel approach to investigate the relationship between changes in surface water, human and animal interactions, and gastrointestinal disease prevalence. 

Chronic zoonotic waterborne diseases are a leading cause of morbidity in landscapes shared by people, livestock, and wildlife in East Africa. However, disease surveillance remains focused on acute, epidemic diseases. 

Co-created with local partners and institutions in Kenya and Tanzania, this project aims to examine how environmental factors, such as water availability and quality, contribute to the spread of diseases among humans, livestock, and wildlife in the region. There is an urgent need to improve access to clean water, sanitation, and hygiene, especially for vulnerable populations, to reduce preventable deaths. 

An interdisciplinary team of experts in epidemiology, disease ecology, and physical geography will examine issues like water scarcity and contamination to deepen our understanding of how these factors affect health across different populations. 

The findings will inform strategies for sustainable water management and disease prevention, aiming to reduce waterborne disease risks and lower mortality rates in East Africa. Additionally, the results will contribute to global policy frameworks, including the UN Sustainable Development Goals, WHO International Health Regulations, and the African Union Agenda 2063.

Researching impact of air pollution on health outcomes

Researchers from The University of Manchester are collaborating with partners in Kenya to investigate the impact of air pollution on health outcomes among People Living with HIV (PLHIV) and other vulnerable populations. The project aims to drive actionable interventions to reduce health risks. Co-designed with researchers at The University of Nairobi, the project will address these deficiencies by generating data to support evidence-informed public health action. By establishing clear links between air pollution and health outcomes in PLHIV, this research will inform public health strategies and policy enforcement in Kenya and the East Africa region. 

Centre of Excellence in Cancer Genomics in Kenya

We will establish a new Centre of Excellence in Cancer Genomics at Kenyatta University Teaching, Referral and Research Hospital (KUTRRH), to advance precision cancer medicine and improve cancer care in Kenya. This initiative will include a dedicated genomics laboratory to study the genetic causes of cancer in East African populations and support the training of specialist healthcare professionals in genomic medicine and research.  

Genetic knowledge plays a crucial role in cancer detection, diagnosis, and management. Advances in genotyping technology, which allow for the identification of genetic changes, are significantly improving cancer treatment. The new Centre of Excellence at KUTRRH will provide the scientific foundation needed to transition to precision cancer medicine in Kenya. 

Partnership with Kenyatta University Teaching, Referral and Research Hospital

The University and the Christie Hospital in Manchester have formed a long-term partnership Kenyatta University Teaching, Referral and Research Hospital (KUTRRH) to enhance cancer services and early detection in Kenya and the East African region.  

Cancer care places a growing strain on Kenya’s limited health resources. In 2020, the National Cancer Institute estimated that cancer was the third leading cause of mortality in Kenya, claiming 27,000 lives. With 70% of cases diagnosed at a late stage, patients face poorer outcomes and higher treatment costs. Reducing this burden requires improved early detection and more precise treatment. 

The University of Manchester and The Christie Hospital have chosen to partner with KUTRRH as they have world class facilities for the detection and treatment of cancer, including the Integrated Molecular Imaging Centre, molecular pathology, Cyberknife, and a LINAC machine.