Dr Jonathan Nixon is Reader in Engineering in the School of Engineering, Mathematics and Physics at the University of Kent. He holds a PhD in renewable energy engineering from Aston University, a First Class BEng in Mechanical Engineering, and a Postgraduate Certificate in Learning and Teaching in Higher Education.
Before joining Kent, Jonathan held academic and leadership roles at Coventry University, Kingston University and Aston University. These included Associate Director for Research and Engagement in Coventry University’s College of Engineering, Environment and Science, Associate Head of School for Research in the School of Mechanical, Aerospace and Automotive Engineering, and Course Director for an MSc programme he designed in Renewable Energy Engineering.
Jonathan has led and contributed to international research and knowledge-exchange projects with universities, industry, NGOs and government partners across Africa, Asia, Europe and North America. His work has been funded by organisations including Innovate UK, EPSRC, UNICEF, the British Academy, the British Council and the Royal Society. These projects span intelligent wind systems, solar-battery technologies, clean cooking, energy access and climate-resilient infrastructure, with a focus on developing practical clean-energy solutions for off-grid, humanitarian and underserved settings.
He is the UK representative on the International Energy Agency (IEA) Wind Task 54 group – Cold Climate Wind. His wider academic roles have included serving as Conference Chair for the International Conference on Energy and Sustainable Futures, Chair and Process Panel Member for Open University Validation Partnerships, funding reviewer for UKRI and the British Council, and reviewer for leading journals in energy, sustainability and engineering.
Jonathan’s research vision is grounded in the democratisation of clean energy: making renewable energy technologies more affordable, reliable and accessible. His work combines engineering design, systems modelling, optimisation, artificial intelligence and collaboration with communities, industry, NGOs and government partners to develop practical solutions for a fair low-carbon transition.
His main research interests include:
As Co-Investigator on the EPSRC-funded Humanitarian Engineering and Energy for Displacement (HEED) project, Jonathan contributed to one of the first major evidence bases for monitored community solar energy interventions in displaced settlements. This work developed new knowledge on refugee camp energy use and informed approaches to co-creating clean, resilient and appropriate energy interventions for displaced communities.
As Principal Investigator on Innovate UK’s Solar Energy Transitions (SET) project, Jonathan led work with Rwanda Energy Group on inclusive solar-electric cooking in sub-Saharan Africa. This project led to a UNICEF-funded project, also as Principal Investigator, on scaling solar energy for climate-resilient water supply systems. Across these initiatives, Jonathan has worked with NGO, industry and government stakeholders to develop evidence-based solar-battery solutions for off-grid and humanitarian contexts.
With funding from the Royal Society and British Academy, Jonathan’s research on wind energy examines smart control, icing prediction, turbine derating, blade heating and anti-icing strategies for wind turbines in cold climates. This work led to his current role as the UK representative on the International Energy Agency Wind Task 54 group on Cold Climate Wind.
Across these areas, Jonathan’s work supports the development of clean energy systems that are technically robust, affordable and responsive to the needs of the people and places they serve.
Jonathan teaches and supervises across sustainable and renewable energy engineering. At Kent, he contributes to postgraduate teaching on:
His wider teaching experience includes solar energy engineering, bioenergy engineering, wind and hydro power, clean energy, computer-aided design, finite element analysis and engineering project supervision. He is Course Director for MSc Sustainable Engineering and previously designed and directed an MSc programme in renewable energy engineering. He has extensive experience embedding research-led teaching, practical examples and real-world engineering challenges into postgraduate education.
Jonathan has supervised five energy/AI-focused PhD students to completion as Director of Studies, with projects on microgrid management, anaerobic digestion optimisation, solar thermal system design, wind turbine control in cold climates, and sustainable synthetic fuels from waste biomass. He is currently supervising three PhD projects on intelligent wind turbines, smart energy management for solar e-cooking, and the role of renewable energy interventions in addressing gender inequality in complex settings.
He welcomes enquiries from prospective PhD students whose projects align with his current research in solar-battery systems, clean cooking, wind turbines, smart local energy systems, and clean-energy interventions in underserved settings.
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