BEng Aerospace Engineering

at University of Birmingham

• Shared modules and group projects throughout all years ensure a comprehensive understanding of aerospace engineering, addressing its interdisciplinary nature
• Students can specialise in areas like materials or communications 
• Faculty members assist students in securing internships, reviewing applications, and providing mentorship during the industrial year, 
• The programme appeals to students who enjoy challenges and problem-solving, offering opportunities to combine science, mathematics, and engineering to innovate technologies

Modules:  

• Engineering Materials
• Engineering Mathematics 1
• Fluid Mechanics and Energy Transfer
• Integrated Design Project 1A
• Integrated Design Project 1B

Important Dates

Prospective students aiming to start the programme in September should begin their application process early to meet any requirements, such as English proficiency exams like IELTS or TOEFL if necessary. It's recommended to start preparing approximately a year before the desired start date and to submit applications about six months prior to the programme's commencement.

Course Rankings

According to the 2024 Times Higher Education (THE) World University Rankings, The University of Birmingham has earned the 101st position worldwide and has been recognised as one of the top 100 universities in the United Kingdom. The rankings for its Aeronautical and Aerospace Engineering programme are as follows.

• Achieve 80% in ISC, CBSE, or Maharashtra boards, 75% in West Bengal, or 85% in other state boards.
• Mathematics and Physics or Chemistry: A Level 
• English Language scores: IELTS: 6 and TOEFL: 80

The BEng Aerospace Engineering fees is between  £22,080/Yr to £28,560/ Yr. International students are offered competitive fee rates. It is recommended to carefully review the detailed fee structures and explore different financing options.

Graduates will be well-equipped for careers in designing, manufacturing, and operating aerospace structures, including traditional airframes, aero engines, UAVs, and satellites. Additionally, the programme prepares graduates for higher research degrees in these fields. Opportunities extend to non-aerospace sectors requiring expertise in advanced materials, manufacturing, structures, aggressive environments, and remote communication and control.