Aerospace engineering research at Bristol is organized through cross-faculty research groups focusing on key areas such as Fluid Flow and Aerodynamics, Bristol Composites Institute (BCI), Dynamics and Control, and Robotics. The work involves experimental, numerical, theoretical, and computational research applied to aerospace issues like aircraft, rotorcraft, wind turbines, and UAVs. The department supports academic staff, research staff, and postgraduate students in producing high-quality research for publication and conference presentation. The program aims at independent, motivated applicants interested in advancing aerospace technology and solutions.
Why this course is highly recommended
Bristol's aerospace research is recognized as among the UK's top, ranked fifth overall with 94% of research assessed as world-leading or internationally excellent. The university provides a dynamic environment supported by over 50 academic staff, enabling students to publish in top journals and attend international conferences, which can significantly boost their careers.
Research areas in aerospace engineering include Fluid Flow and Aerodynamics, Composites, Dynamics and Control, and Robotics, offering focused expertise in these key fields.
Application fees
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1st year tuition fees
27.45L
Living cost
Applicants should hold a minimum of an upper second class MEng/MSci or equivalent in science, mathematics, or engineering for PhD entry. Exceptions may be considered with a first-class undergraduate degree. MSc by Research applicants need an upper second class honours degree or international equivalent and must demonstrate research readiness.

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and acceptance rates for international students? Visit the University of Bristol admission page
for complete details.
Graduates develop extensive technical and personal skills, opening pathways into aerospace, automotive, transportation, consulting, academia, and public service sectors. Higher degrees like this can accelerate career advancement and entrepreneurial opportunities.