You're an engineer? Do you want to increase your knowledge in aeronautical design, manufacturing, and maintenance?

Receive extensive and rigorous training to understand and use technology and apply it to aerospace design, manufacturing, and maintenance. Train with the best professionals and do internships with the leading aeronautical companies in our country:

The Master's Degree provides theoretical and practical training in the different disciplines involved in the design, configuration, assembly, production, and maintenance of an aircraft. Emphasis is placed on assembly configuration and production processes, composite materials, and new technologies, applicable in the factory of the future and advanced materials. In addition, practical training is emphasized by carrying out an internship period in companies of recognized prestige in the aerospace sector.

As far as content acquisition is concerned, the basic subjects of aeronautical engineering will be combined with others of a more specialized nature, some of which belong to the forefront of science and technology.

Goals

The main objectives are: to provide theoretical and practical training in the different disciplines involved in the design, configuration, assembly, and production of an aircraft. Emphasis is placed on assembly configuration and production processes, composite materials and new technologies, applicable in the factory of the future, and advanced materials. In addition, practical training is emphasized by carrying out an internship period in companies of recognized prestige in the aerospace sector.

The objectives to be achieved by the student are:

• Analyze the evolution and development of the aeronautical industry.
• Understand the overall design of the aircraft.
• Understand configuration management.
• Know the specific design of system structures and installations.
• Analyze design certification.
• Understand the planning and development of an assembly line.
• Analyze tool management.
• Understand the main processes.
• Understand the structure of the product.
• Learn about Lean Manufacturing.
• Know the main processes (positioning, supplementing, drilling, riveting, protections, and verification).
• Know the subsets.
• Know the system equipment.
• Understand the major components (wings-stabilizer fuselages).
• Apply automation.
• Get to know robotics.
• Understand special assemblies for interchangeable elements.
• Apply the FAL final aircraft integration.
• Know the tooling.
• Understand composite production systems.
• Apply production organization.
• Know manufacturing technologies.
• Analyze the properties and mechanical behavior of materials.
• Know about unconventional composite materials.
• Understand aircraft systems, both fluid-mechanical, electromechanical, and emergency.
• Know the pneumatic control systems.
• Analyze electromechanical actuation.
• Know metal machining.
• Design the tooling.
• Understand processing technologies.
• Know the coating and surface treatment of metals.
• Understand the rules and regulations.
• Analyze the quality system.
• Know the quality in design.
• Know the quality in the supply chain.
• Know the quality in the production process.
• Know the product quality (aircraft, set, part).
• Understand quality documentation and records.
• Conduct an audit.
• Know about additive manufacturing.
• Learn about nanotechnology.
• Know about nanomaterials.
• Get to know multifunctional materials.
• Know about unconventional composite materials (mmc-cmc-cc).
• Understand documentation design.
• Apply damage control and troubleshooting.
• Maintenance planning.
• Troubleshoot breakdowns.