Program Overview
The four-year Bachelor's Degree in Aerospace and Aircraft Engineering from Universidad Europea equips graduates with in-demand skills through a multidisciplinary curriculum and advanced facilities, preparing them for a range of careers in the aerospace sector and beyond. The program emphasizes hands-on learning, international mobility, and close industry collaboration, ensuring graduates are highly employable in the global aerospace industry.
Program Outline
Bachelor's Degree in Aerospace and Aircraft Engineering - Universidad Europea
Degree Overview:
The Bachelor's Degree in Aerospace Engineering at Universidad Europea is a regulated degree designed to train future aerospace engineers through a multidisciplinary curriculum. The program aims to equip graduates with the skills and knowledge necessary to work in various sectors, including engineering, public functions, research, and teaching. The four-year degree program consists of 240 ECTS credits and provides access to cutting-edge facilities such as the wind tunnel and the Industry 4.0 space, allowing students to simulate experiments and projects in a professional environment. Students also have the opportunity to complete internships and work placements, gaining valuable experience from industry leaders.
Outline:
The program is structured into four years, with each year containing a set of core and elective modules. The program is taught primarily in English, with the first year available in Spanish.
Year 1:
- Calculus I: 6 ECTS, Basic, English
- Computer Science for Engineering: 6 ECTS, Basic, English
- Technical Drawing: 6 ECTS, Basic, English
- Chemistry for Engineering: 6 ECTS, Basic, English
- Algebra: 6 ECTS, Basic, English
- Aerospace Technology: 6 ECTS, Compulsory, English
- Organization and Management of Aerospace Companies: 6 ECTS, Basic, English
- Calculus II: 6 ECTS, Basic, English
- Physical Fundamentals of Engineering II: 6 ECTS, Basic, English
Year 2:
- Thermodynamics and Heat Transfer: 6 ECTS, Compulsory, English
- Mechanics: 6 ECTS, Compulsory, English
- Materials Science: 6 ECTS, Compulsory, English
- Modern Language: 6 ECTS, Compulsory, English
- Navigation Systems I: 6 ECTS, Compulsory, English
- Fluid Mechanics I: 6 ECTS, Compulsory, English
- Statistics: 6 ECTS, Basic, English
- Resistance of Materials and Mechanical Elasticity: 6 ECTS, Compulsory, English
- Navigation Systems II: 6 ECTS, Compulsory, English
- History, Exercise and Professional Deontology: 6 ECTS, Compulsory, English
Year 3:
- Entrepreneurial Leadership: 6 ECTS, Compulsory, English
- Aerospace Production and Projects: 6 ECTS, Compulsory, English
- Fluid Mechanics II: 6 ECTS, Compulsory, English
- Mechanical and Graphic Design: 6 ECTS, Compulsory, English
- Aeronautical Structures: 6 ECTS, Compulsory, English
- Air Transport: 6 ECTS, Compulsory, English
- Flight Mechanics: 6 ECTS, Compulsory, English
- Space Vehicles and Missiles: 6 ECTS, Compulsory, English
- Maintenance and Certification of Aerospace Vehicles: 6 ECTS, Compulsory, English
- Aerodynamics: 6 ECTS, Compulsory, English
Year 4:
- Aerospace Production Systems: 6 ECTS, Elective, English
- Aeroelasticity and Vibrations: 6 ECTS, Compulsory, English
- Propulsion Systems: 6 ECTS, Compulsory, English
- Aircraft Design: 6 ECTS, Compulsory, English
- Satellite Design: 6 ECTS, Compulsory, English
- Professional Internship I: 6 ECTS, Compulsory, English
- Professional Internship II: 6 ECTS, Compulsory, English
- Graduation Project: 12 ECTS, Compulsory, English
- Multidisciplinarity I: 6 ECTS, Elective, English
- Multidisciplinarity II: 6 ECTS, Elective, English
Teaching:
The program utilizes an Experiential Learning model, encouraging students to work on their own projects with leading companies. The faculty consists of experts in their respective fields, including doctors and professionals from leading multinational companies in the aerospace sector.
Careers:
Graduates of the Bachelor's Degree in Aerospace Engineering are highly employable in leading companies in the sector. Potential career paths include:
- Aeronautics and space: Flight segment and earth segment
- Satellite Design
- Aircraft Builders and their Supply Chain
- Engine Builders and their Supply Chain
- Equipment and Systems Builders
- Maintenance, Repair and Overhaul
- Aircraft and Navigation Aids
- Airport Infrastructures
- Public service: Defence, International Administration, General State Administration
- Teaching: Technological centers
- Public Sector
- Private Sector
Other:
The program has a number of unique features, including:
- Wind Tunnel: Universidad Europea has its own Wind Tunnel, which students can use to carry out research with innovative companies.
- FABLab: A space dedicated to 3D printing, allowing students to test the efficiency of wind turbines.
- Robot Learning Lab: Provides students with access to advanced robotics technology.
- University accommodation in Madrid: Offers students the option of living on campus.
- CRAI Dulce Chacón Library: Provides students with access to a comprehensive library collection.
- Sport Centre: Offers students a variety of sports facilities. The program also has a strong focus on international mobility, with agreements with universities on different continents.
