The University of Exeter, in partnership with the China Scholarship Council (CSC), is offering fully funded PhD scholarships for the 2026/27 academic year. This prestigious scheme is open to talented Chinese nationals who are passionate about clean energy, sustainability, and applied research. Successful applicants will join one of the UK's top research universities and engage in cutting-edge research in areas such as floating photovoltaics (FPV), agrivoltaics (AgriPV) systems, building energy and smart systems, renewable and hybrid energy systems, green hydrogen production and integration, and environmental and ecological modelling. The research group, led by Dr Aritra Ghosh, focuses on developing innovative, sustainable, and data-driven energy solutions for a low-carbon future, integrating solar energy, hydrogen, and ecological resilience across land and marine environments. The scholarship covers full tuition fees and provides a stipend for living costs, jointly funded by the CSC and the University of Exeter. Applicants must be Chinese nationals supported by the CSC and meet the university's PhD entry requirements, including relevant academic qualifications and English language proficiency. The application process involves submitting materials through the university's portal and referencing the CSC scheme. This is an excellent opportunity for motivated students to join a vibrant research community and contribute to impactful sustainability and energy research.

The University of Exeter is offering a fully funded PhD opportunity in the field of Floating Solar (FPV) Powered Green Hydrogen systems, supervised by Dr Aritra Ghosh, Lecturer (Assistant Professor) in Solar-Building Energy and Renewable Technologies. This research project aims to explore the integration of floating photovoltaics with hydrogen production technologies, supporting clean energy initiatives, rural electrification, and net-zero goals in the UK and beyond. Key research areas include floating solar (FPV) technologies, green hydrogen production, renewable energy systems integration, and pathways to decarbonisation. The project is ideal for candidates passionate about innovative renewable technologies and eager to contribute to future energy solutions. The successful applicant will join a dynamic research environment at the University of Exeter, working on cutting-edge topics such as solar energy, hydrogen economy, and sustainability. Applicants should have a strong academic background in engineering, physical sciences, or related disciplines, with a keen interest in renewable energy and decarbonisation. The position is fully funded, covering tuition fees and providing a stipend for living expenses. Candidates are encouraged to contact Dr Aritra Ghosh or apply through the University of Exeter's official channels. For more information, visit the supervisor's LinkedIn profile or the university's application portal. Relevant keywords for this opportunity include floating solar, FPV, green hydrogen, renewable energy, decarbonisation, energy systems, solar energy, hydrogen production, net-zero, and clean energy. This PhD position offers a unique chance to contribute to the advancement of sustainable energy technologies and support the transition to a low-carbon future.

This fully funded PhD opportunity at the University of Exeter focuses on advancing agrivoltaics (APV) for sustainable, clean energy and food security in the UK. The research is interdisciplinary, combining renewable energy, business strategy, sustainability, agriculture, and environmental economics. The project is in collaboration with the University of Exeter Business School and supervised by Dr Aritra Ghosh, Allen Alexander, and Steffen Boehm. The UK is facing the challenge of decarbonising its energy systems while maintaining food production and rural livelihoods. With ambitious solar energy targets, there is a need to balance land use between solar photovoltaics and agriculture. Agrivoltaics offers a solution by deploying solar panels on farmland, enabling simultaneous clean energy generation and food production, supporting rural economies, and protecting biodiversity. Key research areas include techno-economic modelling of APV systems to optimize land productivity and renewable energy generation, development of business models and financial frameworks for APV adoption, assessment of economic viability as a dual-income solution for landowners, and analysis of socio-economic and policy acceptance to engage stakeholders such as farmers, rural communities, and policymakers. The project aims to bridge the gap between energy transition and rural economic resilience, creating solutions that benefit both clean energy goals and local communities. Candidates with backgrounds in renewable energy, business strategy, sustainability, agriculture, or environmental economics are encouraged to apply. The position is ideal for those interested in interdisciplinary research across engineering, economics, and policy, and who are passionate about solving real-world challenges in energy and food security. Funding is fully provided, covering tuition and living expenses. The application deadline is December 28, 2025. For more information and to apply, visit the University of Exeter's official portal or contact the supervisors via LinkedIn.

The University of Exeter is offering a fully funded PhD position focused on Floating Solar and Green Hydrogen for a Just Energy Transition in the Southwest UK. This interdisciplinary project, led by Dr Aritra Ghosh (Lecturer in Solar-Building Energy/ Built Environment/ Agrivoltaics/Floating PV/ Hydrogen) in collaboration with Misan Afinotan, PhD (University of Exeter Law School), aims to develop innovative, community-centred pathways for decarbonising heat in one of the UK’s most renewables-rich yet grid-constrained regions. The research will investigate engineering and techno-economic analysis of Floating Photovoltaics (FPV) combined with on-site green hydrogen production, geospatial assessment to identify optimal deployment sites, hydrogen system design for heat, industry, and local energy networks, and legal and regulatory frameworks covering planning, ownership, water rights, and climate justice. Community and social inclusion strategies are also a key focus, ensuring equitable access to clean energy and supporting rural resilience. FPV offers a land-efficient method to scale solar energy, improving performance and reducing water loss. Coupled with electrolysis, it provides a flexible, storable energy solution that avoids dependence on limited grid capacity, which is crucial for fair and sustainable decarbonisation in the region. This PhD is ideal for candidates with backgrounds in renewable energy engineering, environmental science, or hydrogen systems who are eager to address real-world challenges through a cross-disciplinary lens. The project is supported by the Engineering and Physical Sciences Research Council Doctoral Landscape Award, ensuring full funding for tuition and stipend. Applicants should demonstrate strong interest in interdisciplinary research, including engineering, policy, and community inclusion. Experience with techno-economic analysis, geospatial assessment, or legal frameworks is advantageous. The application deadline is January 12, 2026. For more information and to apply, visit the provided LinkedIn post and follow the application link.

The University of Exeter, in partnership with the China Scholarship Council (CSC), is offering fully funded PhD scholarships for Chinese students for the 2026/27 academic year. This prestigious opportunity allows talented Chinese nationals to pursue doctoral studies at one of the UK's leading research universities, engaging in cutting-edge research in sustainability and energy. Dr Aritra Ghosh, Lecturer (Assistant Professor) at the University of Exeter, is pleased to supervise PhD students under this scheme in several innovative research areas, including Floating Photovoltaics (FPV), AgriPV (Agrivoltaics) Systems, Building Energy and Smart Systems, Renewable and Hybrid Energy Systems, Green Hydrogen Production and Integration, and Environmental and Ecological Modelling. The research group focuses on developing sustainable, data-driven energy solutions for a low-carbon future, integrating solar energy, hydrogen, and ecological resilience across land and marine environments. The scholarship is fully funded, with tuition and living costs covered jointly by the CSC and the University of Exeter. Applicants must be Chinese nationals supported by the CSC and passionate about clean energy, sustainability, and applied research. The programme welcomes candidates from diverse backgrounds, especially those interested in renewable energy, smart systems, and environmental science. To apply, candidates should visit the official application page, review eligibility criteria, and prepare the required documents. The deadline for applications is August 1, 2026, for entry in the 2026/27 academic year. This is an excellent opportunity to join a vibrant research community and contribute to innovative solutions for global energy and sustainability challenges. For more information, visit the University of Exeter funding page or contact Dr Aritra Ghosh via LinkedIn. Share this opportunity with promising Chinese students interested in pursuing a PhD in the UK.