A fully funded PhD studentship in Sustainable Aviation is being offered by the University of Nottingham in partnership with Airbus. The program will concentrate on the creation of novel fuel additives to aid in the aviation sector’s shift to net zero. Through the use of computational modelling, analytical techniques, and practical testing, this research-intensive project will investigate the mechanical, chemical, and environmental performance of next-generation fuels. Along with offering the chance to directly participate in fuel system design and testing with Airbus in Bristol, it might also integrate machine learning techniques.
The successful applicant will collaborate with a varied and encouraging group of more than fifty researchers, academics, and technical experts from the fields of mechanical engineering, aerospace, chemical engineering, and chemistry at the Mechanical and Aerospace Systems Research Group in the Faculty of Engineering, which hosts the studentship.
The University of Nottingham is a top Russell Group university that is well-known throughout the world for its top-notch research, industrial collaborations, and global perspective. With campuses in Malaysia, China, and the UK, it offers a lively academic community and a genuinely global experience. Nottingham is especially well-known for its partnerships with industry titans like Airbus, Rolls-Royce, and GlaxoSmithKline, which guarantee that its research has practical applications and provide graduates with worthwhile job options.
Host Country: UK
University: University of Nottingham
Opportunity Type: PhD
Subjects: Sustainable Aviation, Aerospace Engineering, Chemical Engineering, Mechanical
Eligibility Country: Domestic Students
Financial Coverage: Fully Funded
Eligibility Criteria:
Academic Background: Candidates must have a 2:1 or First-Class Honours degree in Chemistry, Mechanical Engineering, Chemical Engineering, or a closely allied field, or be on track to do so.
Laboratory expertise: Demonstrated understanding and practical experience with chemical experimentation methods are crucial.
Research & Teamwork Skills: Applicants should exhibit a strong sense of drive, the capacity for productive teamwork, and strong research skills.
Desired Experience: It will be advantageous to have prior knowledge of analytical chemistry, computational chemistry, or chemical engineering techniques.
Benefits:
The funding package includes full tuition costs as well as a substantial, tax-free stipend of £24,000 annually, which is accessible throughout the whole four-year PhD program.
Study Location: The University of Nottingham serves as the primary research base, with specific training and project work periods held at the Airbus facility in Bristol.
Collaborative Supervision: Jointly managed by industry experts at Airbus and knowledgeable academics from the University of Nottingham, this program guarantees both state-of-the-art academic mentoring and practical industrial training.
Deadline: 31 October 2025
