Contact Dr May Sule
Areas of expertise
- Environment and Health
- Systems Engineering
- Water Science and Engineering
Dr May Sule is an Environmental Engineer specialising in the interactions between water, sanitation, hygiene and health systems. May has worked and researched on urban water supply systems, water pollution and treatment, and international development. Her research focuses on the technical and non-technical (socio-economic) aspects of achieving water, sanitation and hygiene (WASH) success in line with the global sustainable development goals agenda.
More recently, May's research has been integrating health into water security methodologies and tools as well as improving the delivery of safe drinking water and climate resilient water supplies. Her research further contributes to embedding sustainable water, sanitation and hygiene (WASH) as a control measure in eliminating neglected tropical diseases (NTDs) as a public health concern. She has a keen interest in behaviour change, stakeholder engagement, equity issues and effectively communicating scientific evidence to help inform public policy.
May obtained her PhD in Environmental Engineering from Imperial College London. She was a Post-doctoral Research Associate on the DFID funded project (Future Proofing African Cities for Sustainable Growth) and the GCRF/EPSRC funded project (Water Infrastructure for Schistosomiasis-Endemic Regions) at Imperial College. She was a Senior Research Associate in Water Quality, Climate and Health at the University of Oxford on the GCRF Water Security Hub and the FCDO funded REACH programmes.
May joined Cranfield as Lecturer in Water, Sanitation and Hygiene in June 2021. She is the Course Director for the Water and Sanitation for Development MSc programme and Module Convenor for Public Health, Hygiene and Sanitation.
For funded research opportunities, please see the Water-WISER web page https://www.waterwisercdt.ac.uk
Self-funded students or those with funding from organisational sponsors are invited to contact May to discuss their PhD or MRes research plans.
We can support talented postdoctoral research fellowship applications from Research Councils, Trusts and Foundations e.g. Wellcome, EU Marie Curie, Leverhulme, UK Newton, The Royal Society etc.
May and her colleagues are currently working on a range of project topics on the Water-WISER CDT
UK Royal Academy of Engineering (PI, 2019 - 2020, Frontiers Fund, £29,969): Assessing behaviour towards the uptake of a novel low-cost water filtration system in a Schistosomiasis endemic community
UK Royal Academy of Engineering (Co-I, 2019 - 2021, Frontiers Fund, £29,632): Amplifying local voices to reduce failure in the water, sanitation and hygiene sector
Engineering and Physical Sciences Research Council (EPSRC)
Royal Academy of Engineering (RAEng)
Articles In Journals
- Sule MN, Mosha J, Soboka TE, Kinung'hi SM, Sfynia C, Rafiq K, Dower A, Comparet M, Bewley E, Angelo T, Beshah FZ & Templeton MR (2022) A novel theatre-based behaviour change approach for influencing community uptake of schistosomiasis control measures, Parasites and Vectors, 15 (1) Article No. 301.
- Hylton E, Noad L, Templeton MR & Sule MN (2020) The rate of vermi-compost accumulation within ‘Tiger Toilets’ in India, Environmental Technology, Available online 13 Jul 2020 (3).
- Hammoud AS, Leung J, Tripathi S, Butler AP, Sule MN & Templeton MR (2018) The impact of latrine contents and emptying practices on nitrogen contamination of well water in Kathmandu Valley, Nepal, AIMS Environmental Science, 5 (3) 143-153.
- Koppelaar RH, Sule MN, Kis Z, Mensah FK, Wang X, Triantafyllidis C, Dam KH & Shah N (2018) Framework for WASH sector data improvements in data-poor environments, applied to Accra, Ghana, Water (Switzerland), 10 (9) Article No. 1278.
- Sule MN, Templeton MR & Bond T (2016) Rejection of organic micro-pollutants from water by a tubular, hydrophilic pervaporative membrane designed for irrigation applications, Environmental Technology, 37 (11) 1382-1389.
- Sule M, Jiang J, Templeton M, Huth E, Brant J & Bond T (2013) Salt rejection and water flux through a tubular pervaporative polymer membrane designed for irrigation applications, Environmental Technology, 34 (10) 1329-1339.