Presentation
The Bachelor’s Degree in Aerospace Engineering educates Aeronautical Technical Engineer (regulated profession) who deal with the design, construction, maintenance and improvement of aircraft and spacecraft as well as the required equipment, subsystems and infrastructures.
This degree covers the following lines:
- Design, manufacturing, development, maintenance and improvement of aircraft or spacecraft, aerospace propulsion systems, airport facilities, air navigation and any air transportation systems or air traffic management
- Aeronautical verification and certification: drafting and management of expert reports projects, airworthiness certificates, aerospace equipment inspections, opinions and technical advice in areas related to their speciality, quality control, technical-experimental tests
- Environment: environmental and social impact analysis and evaluation of technical designs
Graduates are prepared for careers in:
- Aircraft and spacecraft design, development, and manufacturing.
- Aerospace propulsion and systems engineering.
- Verification, certification, and technical inspection within aerospace industries.
- Airport infrastructure and air traffic systems.
- Environmental assessment related to aerospace projects.
Main Objective
This degree prepares future Aeronautical Technical Engineers — a regulated professional qualification — with the skills to work in the design, construction, maintenance, and improvement of aircraft and spacecraft, as well as their associated equipment, subsystems, and infrastructure. Graduates gain solid foundations in aeronautical engineering principles, aerospace systems, propulsion, and structural design, with a focus on both theoretical understanding and practical application.
Competencies
Technical and Engineering Competencies
- Design, develop, and optimize aircraft, spacecraft, and their subsystems.
- Apply principles of aerodynamics, propulsion, structures, and materials to aerospace engineering projects.
- Develop and implement systems for flight control, navigation, and communication.
- Plan and conduct maintenance, verification, and certification of aerospace vehicles and equipment.
Analytical and Problem-Solving Competencies
- Analyze and model aeronautical and aerospace systems using mathematical, physical, and computational methods.
- Solve complex engineering problems related to flight mechanics, propulsion, materials, and system integration.
- Evaluate performance, reliability, and safety of aerospace designs.
Project Management and Professional Competencies
- Plan, manage, and execute aerospace engineering projects from concept to implementation.
- Work effectively in multidisciplinary teams within aerospace industry or research contexts.
- Communicate technical information clearly in reports, presentations, and technical documentation.
- Apply ethical, legal, and environmental considerations in aerospace projects.
Research and Innovation Competencies
- Conduct research and experimentation in aeronautics and space engineering.
- Integrate emerging technologies into aerospace designs and solutions.
- Critically evaluate technical innovations to optimize system performance.
Transversal and Digital Competencies
- Use engineering software, simulation tools, and CAD/CAM platforms effectively.
- Apply digital technologies and data analysis tools to support aerospace engineering projects.
- Engage in lifelong learning to keep up with evolving aerospace technologies and standards.