Objetivos

Choose your path in the industry

The specific objectives achieved by the students studying the Master are flexible, in the sense that, during the professional training stage in our centers (CEUS and CEDEA of INTA, and the Higher Technical School of Engineering of the UHU), as well as in the realization of the Master's Final Project in those centers, they can acquire training intensifications within the wide range of technologies involved in the aerospace sector. However, and in general, the following specific objectives are established:

Fundamentals and context

Introductory knowledge of UAS environment, market and overview.

Operation and systems

Basic principles of flight, control and technical components of UAS.

Analysis and performance

Evaluation of the dynamic and operational behavior of the UAS in flight.

Navigation

Systems and regulations related to navigation, routing and aerial communication.

Design and maintenance

Key processes of design, regulation, certification and technical support.

Advanced applications

Technological tools for advanced and simulated UAS exploitation.

History, present and future of RPAS

Solve your doubts

Who is the Master addressed to?

The recommended profile for admission to the Master's Degree is to be in possession of a university degree in Engineering, Science or its equivalent. However, the Master's Academic Committee may consider other academic degrees for admission, after analyzing the student's curriculum.

For students who have not yet completed their university studies, but are close to completing them, the Master's Academic Committee may authorize enrollment. However, once they have passed the Master's program, they will not be able to apply for the degree until they have official documentation proving that they have completed their university degree. In the meantime, the Master's Secretary's Office may issue a certificate of completion.

Where is the Master's program offered?

The Master's Degree is mostly taught at the School of Engineering of the University of Huelva (Huelva) and at the "CEUS-CEDEA" centers of the National Institute of Aerospace Technology (Moguer).

How long is the Master's program?

The Master has a duration of 450 hours spread over approximately 8 months (from November to June of the following year). The course, which includes academic and practical activities at the University of Huelva and at the National Institute of Aerospace Technology (INTA), starts at the beginning of November and ends at the end of June of the following year. During the whole course the students will carry out the Master's Final Project.

What are the career opportunities?

Design and construction of civil and military RPAS.
Propulsion, power sources and energy.
Control, navigation and simulation systems.
Avionics, communications and networks.
Civilian and military payloads.
Civilian and military RPAS operations and maintenance.
RPAS regulations, qualification and certification.
Entrepreneurship option for the creation of your own company.

What is the cost of the Master?

The Master has a cost of 6.000€, which can be paid in 2 installments.

How many students are admitted per course?

A maximum of 30 students are admitted for each edition of the Master in order to guarantee the quality of training and the individualized follow-up of each student.

How are students selected?

Upon pre-enrollment, students must submit documentation regarding their university education and curriculum vitae which, once analyzed by the Master's Academic Committee, allows establishing an order of priority to carry out the enrollment. At all times the student is personally informed of the process.

When does the academic year begin and end?

The academic and practical activities at the University of Huelva (UHU) and at the National Institute of Aerospace Technology (INTA), begin at the beginning of November and end at the end of June of the following year. During the whole course the students will carry out the Master's Final Project.

What professional skills do I acquire in the Master's program?

Have basic knowledge of atmosphere and meteorology.
Acquire knowledge of meteorology applied to aviation.
To know sources of information that show predictions of the behavior of the atmospheric environment, as well as the interpretation of the same.
Understand how a UAS flies, in all phases of flight.
Analyze UAS performances.
Understand how to control a UAS.
To know the techniques and control systems applicable to UAS.
Analyze the stability of the UAS.
Understand how the UAS responds to the actuation of control surfaces.
Analyze flight trajectories.
Analyze flight operations.
Understand the fundamentals of rotary wing UAS flight.
To understand the fundamentals of propulsive force generation in aircraft.
To know the air navigation system.
Understand how the different navigation systems work.
Perform route planning.
To know the basic fundamentals of the electrical and electronic systems on board a UAS.
To know the classification, typology, applications, industry and market of UAS.
Understand the fundamentals of batteries and supercapacitors.
To know the particularities of power plants for UAS.
To know the rules and regulations for the integration of UAS in the airspace.
To know the systems for the integration of UAS in the airspace.
Know the regulations and processes for UAS qualification and certification.
Know the fundamentals of UAS design and manufacturing processes.
To know UAS maintenance techniques and processes.
To know the advanced applications of UAS.
To know the instrumentation and data fusion techniques applicable to UAS.
To know the modeling and simulation techniques applicable to UAS.
Knowledge of communication systems and networks and their regulations.
To know and know how to ship payloads applicable to UAS.
To have an overview of UAS on-board perception systems, as well as of artificial vision techniques for their maximum exploitation.
Have an overview of the scientific, technological and commercial scope of UAS.
To have an overview of the job opportunities in the UAS field.
Have an overview of the prospects for the development of UAS technologies and market.
Know how to perform technical inspections with UAS.

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