48 monthsProgramme duration
15,400 EURTuition Fee/year
SepStarting Month
Programme overview
Main Subject
Engineering - Aeronautical
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
Bachelor’s Degree in Aerospace Engineering | UAX
A programme updated in 2025 and featuring the new UAX ELAb laboratory, based on the real needs of the aerospace sector.
You’ll learn to design, manufacture and integrate the systems that make flight possible: from aircraft and satellites to rocket engines and gas turbines. But at UAX, you won’t just stick to theory: you’ll apply this knowledge to real-world projects, working alongside companies and engineers in the sector, right from the first year.
By the end of the degree, you will have mastered the following:
And all this, without having to wait until your final year. At the UAX ELAb, our new aeronautical innovation laboratory developed in partnership with ELA Aviación, you’ll already be working on real-world projects such as an autonomous air taxi, a next-generation autogyro or a hybrid fixed-wing VTOL. You’ll combine this with over 25,000 m² of specialised facilities: a wind tunnel, a full-scale Airbus A320 flight simulator and a FabLab where you’ll collaborate on projects such as the launch of a microsatellite alongside B2Space.
Studying Aerospace Engineering at UAX means one thing: by the time you graduate, you will have already achieved what others will only have studied.
A programme updated in 2025 and featuring the new UAX ELAb laboratory, based on the real needs of the aerospace sector.
You’ll learn to design, manufacture and integrate the systems that make flight possible: from aircraft and satellites to rocket engines and gas turbines. But at UAX, you won’t just stick to theory: you’ll apply this knowledge to real-world projects, working alongside companies and engineers in the sector, right from the first year.
By the end of the degree, you will have mastered the following:
- The design and manufacture of advanced aerospace systems, from fixed-wing and rotary-wing aircraft to satellites and space launch vehicles, optimising their performance and efficiency.
- Real-world propulsion technology, working with rocket engines and gas turbines on our own turbojet test bench, ensuring safety and reliability.
- Integration of navigation and airport systems, applied to more efficient and sustainable air transport.
- Management and leadership of aerospace projects, with training in certification, international regulations and working in multidisciplinary teams.
- Tools actually used by the industry: you’ll gain certification in ALTAIR HyperWorks, as well as digital certifications from Google and other leading technology firms in the sector.
And all this, without having to wait until your final year. At the UAX ELAb, our new aeronautical innovation laboratory developed in partnership with ELA Aviación, you’ll already be working on real-world projects such as an autonomous air taxi, a next-generation autogyro or a hybrid fixed-wing VTOL. You’ll combine this with over 25,000 m² of specialised facilities: a wind tunnel, a full-scale Airbus A320 flight simulator and a FabLab where you’ll collaborate on projects such as the launch of a microsatellite alongside B2Space.
Studying Aerospace Engineering at UAX means one thing: by the time you graduate, you will have already achieved what others will only have studied.
Programme overview
Main Subject
Engineering - Aeronautical
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
Bachelor’s Degree in Aerospace Engineering | UAX
A programme updated in 2025 and featuring the new UAX ELAb laboratory, based on the real needs of the aerospace sector.
You’ll learn to design, manufacture and integrate the systems that make flight possible: from aircraft and satellites to rocket engines and gas turbines. But at UAX, you won’t just stick to theory: you’ll apply this knowledge to real-world projects, working alongside companies and engineers in the sector, right from the first year.
By the end of the degree, you will have mastered the following:
And all this, without having to wait until your final year. At the UAX ELAb, our new aeronautical innovation laboratory developed in partnership with ELA Aviación, you’ll already be working on real-world projects such as an autonomous air taxi, a next-generation autogyro or a hybrid fixed-wing VTOL. You’ll combine this with over 25,000 m² of specialised facilities: a wind tunnel, a full-scale Airbus A320 flight simulator and a FabLab where you’ll collaborate on projects such as the launch of a microsatellite alongside B2Space.
Studying Aerospace Engineering at UAX means one thing: by the time you graduate, you will have already achieved what others will only have studied.
A programme updated in 2025 and featuring the new UAX ELAb laboratory, based on the real needs of the aerospace sector.
You’ll learn to design, manufacture and integrate the systems that make flight possible: from aircraft and satellites to rocket engines and gas turbines. But at UAX, you won’t just stick to theory: you’ll apply this knowledge to real-world projects, working alongside companies and engineers in the sector, right from the first year.
By the end of the degree, you will have mastered the following:
- The design and manufacture of advanced aerospace systems, from fixed-wing and rotary-wing aircraft to satellites and space launch vehicles, optimising their performance and efficiency.
- Real-world propulsion technology, working with rocket engines and gas turbines on our own turbojet test bench, ensuring safety and reliability.
- Integration of navigation and airport systems, applied to more efficient and sustainable air transport.
- Management and leadership of aerospace projects, with training in certification, international regulations and working in multidisciplinary teams.
- Tools actually used by the industry: you’ll gain certification in ALTAIR HyperWorks, as well as digital certifications from Google and other leading technology firms in the sector.
And all this, without having to wait until your final year. At the UAX ELAb, our new aeronautical innovation laboratory developed in partnership with ELA Aviación, you’ll already be working on real-world projects such as an autonomous air taxi, a next-generation autogyro or a hybrid fixed-wing VTOL. You’ll combine this with over 25,000 m² of specialised facilities: a wind tunnel, a full-scale Airbus A320 flight simulator and a FabLab where you’ll collaborate on projects such as the launch of a microsatellite alongside B2Space.
Studying Aerospace Engineering at UAX means one thing: by the time you graduate, you will have already achieved what others will only have studied.
Admission Requirements
4 Years
Sep
Tuition fees
Domestic
15,400 EUR
International
15,400 EUR
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Frequently Asked Questions
Aerospace Engineering is a broader field that encompasses both Aeronautical and Astronautical Engineering.
Aeronautical Engineering focuses on the design and development of aircraft that operate within the Earth's atmosphere, such as airplanes and helicopters. Astronautical Engineering, on the other hand, deals with vehicles that operate outside the atmosphere, including satellites and spacecraft.
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