Transform Your Research Dreams into Reality with the Oxford EIT Graduate Scholarships
Program Overview
The EIT Graduate Scholarships enable doctoral students to undertake interdisciplinary research across four key areas: Health, Medical Science & Generative Biology, Food Security & Sustainable Agriculture, Clean Energy Generation & Storage, and Artificial Intelligence & Robotics. Scholars engage in projects that have real-world impact and receive guidance from Oxford’s top researchers. Relevant academic backgrounds include Computer Science, AI & Machine Learning, Economics & Policy, Mathematics, Robotics, Plant Sciences, Chemistry, Biology & Medicine, Engineering & Physics, Microbiology, and Law.
Scholarship Benefits
Recipients of the EIT Graduate Scholarship receive full funding for their doctoral studies at Oxford. Scholars gain access to world-class research facilities, expert supervision, and the opportunity to work on EIT-funded PhD projects tackling pressing global issues. The program also provides a platform to translate research into real-world applications, commercial opportunities, and the chance to build an outstanding academic and professional portfolio.
Eligibility Criteria
The scholarships are open to UK and international students who meet the University of Oxford’s entry requirements. Applicants must demonstrate alignment with their chosen EIT Project, show excellent academic performance including top grades or distinctions, and provide evidence of innovation through publications, patents, or advanced projects. Strong collaboration, leadership, resilience, and integrity are also essential and should be demonstrated through references and relevant experience.
How to Apply
Applicants must meet the University of Oxford’s entry requirements for their selected doctoral course, submit a compelling research proposal aligned with an EIT project, and provide supporting documents such as academic transcripts, CV, and references. The application process is competitive and evaluates both academic excellence and potential to contribute to global impact.