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Master in Aerospace Engineering

Name: Master in Aerospace Engineering en Estados Unidos
Brand: Structuralia
SKU: 218784-2501
Availability: InStock

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Duration

1500 hours

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Credits

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Language

Spanish

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Phia Integrated

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Agenda

Credit your success

At the end of the course, you will obtain the accredited qualification

This is not just about learning, but also about accrediting your knowledge with the most important institutions in the sector:

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Master's Degree in Aerospace Engineering with 1500 hours issued by Structuralia

+25 years

Reference in the sector. Recognition guarantee.

In-person training with global impact

An international postgraduate degree taught in Madrid is available at the end of 2026

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Scholarships available

+500

specialized courses in Structuralia

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Learn from the best in your sector

rogelio delgado mingorance

Industrial Technical Engineer, specializing in Electricity, and Industrial Organization Engineer from the University of Jaén, he also has a Master's Degree in Project Management and Management. He began his professional career as a design engineer and construction manager in industrial facilities, developing technical projects and supervising the execution of works in the industrial field. Subsequently, he oriented his career towards the field of training, where he has developed extensive experience as a teacher both in person and online, teaching courses in areas related to engineering, industry, management, facilities and renewable energies.

Teaching experience

Teacher in face-to-face and online training:

Teaching courses in areas of engineering, industry, management, facilities and renewable energies

Professional experience

Project engineer and construction manager in industrial facilities:

Development of technical projects in the industrial field

Management and supervision of works in industrial facilities

Professional Skills:

Highlights include project management in industrial facilities, technical training in engineering and industry, project management and direction (Project Management), and the development and supervision of industrial facilities and systems linked to renewable energies.

Industrial Technical Engineer, specializing in Electricity, and Industrial Organization Engineer from the University of Jaén, he also has a Master's Degree in Project Management and Management. He began his professional career as a design engineer and construction manager in industrial facilities, developing technical projects and supervising the execution of works in the industrial field. Subsequently, he oriented his career towards the field of training, where he has developed extensive experience as a teacher both in person and online, teaching courses in areas related to engineering, industry, management, facilities and renewable energies.

Teaching experience

Teacher in face-to-face and online training:

Teaching courses in areas of engineering, industry, management, facilities and renewable energies

Professional experience

Project engineer and construction manager in industrial facilities:

Development of technical projects in the industrial field

Management and supervision of works in industrial facilities

Professional Skills:

Highlights include project management in industrial facilities, technical training in engineering and industry, project management and direction (Project Management), and the development and supervision of industrial facilities and systems linked to renewable energies.

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Información adicional del MASTER

Master in Aerospace Engineering

12 months de tutorización

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Course information

The Master in Aerospace Engineering is an advanced specialization for professionals in the sector who seek to update and deepen their knowledge in aircraft design, operation and management. You will delve into the principles of aerodynamics and thermodynamics applied to aerospace vehicles, analyzing their behavior in flight and structural composition. This program will allow you to master critical instrumentation and aeronautical meteorology, essential elements for safety and operational efficiency. You will approach air navigation from a strategic perspective, integrating aeronautical law and understanding the impact of the human factor on the execution of the flight. You will develop a deep understanding of aero engines and other types of aircraft, preparing you to address the technological and regulatory challenges of the sector. The training in aerospace engineering that you will obtain will allow you to apply advanced technical knowledge for the optimization of propulsion systems and making critical decisions in a highly complex context. You will master the principles of aerodynamics and the function of engines, as well as instrumentation and applied meteorology. You will become familiar with the framework of aeronautical law and air navigation, always considering the human factor. This specialization will equip you for innovation and technical leadership in the field of aerospace vehicles.

The specialization in Aerospace Engineering positions you to assume roles of high responsibility and strategic management in the aeronautical sector. After completing this program, you will be able to lead teams as an Aerospace Project Manager, managing the complete life cycle of aircraft and complex systems. You will serve as Chief Aerodynamics Engineer, applying advanced principles to optimize the performance and safety of aerial vehicles. You will also be able to innovate as a Senior Propulsion Systems Specialist, developing and integrating cutting-edge drive technologies. Your expertise will be key in aircraft manufacturing companies, research and development centers, and aviation regulatory bodies, contributing significantly to the safety, operational efficiency, and technological advancement of the sector.

This program prepares you to lead innovation and management of complex projects in the Aerospace Engineering sector. You will develop a critical capacity for aircraft design, integrating advanced knowledge of aerodynamics and propulsion systems. You will be able to evaluate the behavior of vehicles in flight, anticipating and solving technical challenges through a deep understanding of instrumentation and applied meteorology. The Master in Aerospace Engineering trains professionals in making strategic decisions for air navigation and interpreting the framework of aeronautical law, ensuring compliance and operational safety. It will provide you with a comprehensive perspective to optimize flight execution and aircraft composition, transforming your approach to flight engineering.

This master's degree is aimed at professionals in the aerospace and aeronautical engineering sector who are looking for a high-level specialization. If you work in the conception, development or maintenance of aircraft and systems, and are looking to update your knowledge in areas such as the principles of advanced aerodynamics, propulsion system technologies or aeronautical management, this program is for you. It will also be ideal if, from an engineering perspective, you wish to delve deeper into applied thermodynamics and aeronautical law, with the aim of integrating a strategic perspective into your performance and consolidating your technical profile in a sector in continuous evolution.

• Optimize the flight behavior of aircraft through the application of advanced principles of fluid dynamics and aerodynamics. • Evaluate the integration of propulsion technologies and essential instrumentation in the design and operation of air vehicles. • Manage route planning and air traffic, applying the framework of aeronautical law and applied meteorology. • Analyze the human factor and its impact on operational safety, implementing protocols for the execution of the flight. • Develop innovative solutions for challenges in aircraft operation and design, considering the regulatory and technological environment. • Apply the principles of aeronautical thermodynamics to improve energy efficiency and thermal control in aviation systems. • Interpret and apply current regulations on aeronautical law to ensure compliance in all phases of air operations. • Design and evaluate aerospace structures, considering advanced materials and strength requirements to optimize aircraft composition.

Master in Aerospace Engineering