Thanks to this professional master’s degree, you will obtain the knowledge you need to develop your professional career as a drone pilot. Enroll now” 

Drones are at the service of sectors such as agriculture, industry, audiovisual or construction, where they allow for more precise inspection, control, surveillance, monitoring or imaging with a completely different perspective for human beings. Although piloting them may seem simple given their size, it requires knowledge of aeronautics, as well as of the legal regulations in force to avoid infringements incurred in through misuse. 

The increase in the number of drones and their functionalities has led companies around the world not only to invest in the manufacture and design of drones, but also to demand qualified personnel to fly them. This is an excellent opportunity for engineering professionals to advance in this emerging technological field. This professional master’s degree precisely provides an advanced body of knowledge on Drone Piloting, as well as the use of this technology in goods transportation, rescue missions or aerial photography. 

Likewise, over the course of this 12-month program, professionals will acquire knowledge of both operational and safety aspects. They will also delve into the ways to facilitate legal regulation compliance, the study and analysis of meteorology that provides specific knowledge of flight safety or unmanned aerial platform operations and procedures. All this will be provided by means of innovative multimedia content complemented by practical case simulations, which will shape a much more direct and clear vision of Drone Piloting. 

A flexible professional master’s degree taught exclusively online, giving professionals the opportunity to access a higher education program at the forefront of academia. It only requires a computer or tablet with an Internet connection to access the virtual campus where the syllabus and content is hosted. With no classroom attendance or fixed schedules, students are presented with a program that gives them the option of taking it at their convenience. 

A professional master’s degree where you will learn how to transport goods using drones. Enroll now” 

This professional master’s degree in Drone Piloting contains the most complete and up-to-date program on the market. The most important features include:

• Practical cases presented by experts in drone piloting 
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice 
• Practical exercises where self-assessment can be used to improve learning 
• Its special emphasis on innovative methodologies 
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments 
• Content that is accessible from any fixed or portable device with an Internet connection 

The advanced syllabus, which includes optimal weather conditions to fly drones, will be available to you 24 hours a day” 

The program’s teaching staff includes professionals in the sector who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities. 

The multimedia content, developed with the latest educational technology, will provide students with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to learn in real situations. 

This program is designed around Problem-Based Learning, whereby students must try to solve the different professional practice situations that arise during the academic year. To that end, they will be assisted by an innovative, interactive video system created by renowned experts. 

This program delves into the most relevant human factors that influence teamwork in remotely piloted aircraft"

A 100% online training that will allow you to balance your studies with the rest of your daily activities"

TECH has designed this professional master’s degree with the objective of providing engineering professionals with the necessary education to design, implement and work on innovation projects in renewable energies, fully knowing everything related to the industry and the meteorological and communication aspects in the international arena. The experienced team that teaches on the program will support the students to successfully achieve these goals. 

In 12 months, you will have obtained the knowledge you need to become a professional drone pilot. Enroll now”

General objectives

• Carry out the test flights necessary for the development of air operations following the manufacturer's maintenance manual indications and the legislation in force 
• Identify the work procedures involved in each intervention, both flight and maintenance, in order to select the required technical documentation 
• Assess situations of occupational risk prevention and environmental protection, proposing and applying preventive and protective measures, personal and collective, according to the applicable regulations in work processes, to ensure safe environments 

Specific objectives 

Module 1. Navigation and Interpretation of Maps 

• Interpret the different projections of the earth to apply them to different aircraft positions 
• Navigate the aircraft safely by hand, knowing the position of the aircraft at all times 
• Navigate the aircraft automatically and safely, knowing its position at all times and being able to intervene in any phase of the flight 
• Gain in-depth knowledge of the different navigation aids, their sources and applications 
• Learn to implement navigation aids 
• Develop the ability to take into account the limitations that each legislation publishes to carry out flights in safe conditions 

Module 2. Meteorology 

• Develop the capabilities, skills and aptitude in this discipline 
• Differentiate the quality of the sources when gathering aeronautical meteorology information 
• Interpret the different meteorological products to be used in scheduled flights 
• Apply the knowledge acquired in each phase of the flight 
• Prevent potential adversities to which the flight may be subjected 

Module 3. Human Factors for Remotely Piloted Aircraft 

• Acquire an integrated vision of aviation psychology and medicine 
• Gain in-depth knowledge of the situational causes and consequences related to professional remote piloting 
• Adapt to new work situations generated as a result of the means and aeronautical techniques used, labor relations and other aspects related to the specialization 
• Maintain fluid relations with the members of the functional group in which they are integrated, taking responsibility for the achievement of the objectives assigned to the group, respecting the work of others, organizing and directing collective tasks and cooperating in overcoming the difficulties that arise 
• Solve problems and make decisions within the scope of their subordinates' and their own achievements, within the framework of established rules and plans 

Module 4. Operational Procedures 

• Establish procedures as a fundamental basis for flight and air operations 
• Develop a critical capacity and prioritize flight safety and the review of procedures in accordance with the company's internal legal formalities and external aviation regulations 
• Acquire an overview of the operations manual and turn it into a specific procedure guide Observe it and communicate any possible improvements through regulatory channels 
• Identify and respect the different operational scenarios in which the aerial activity will be carried out 
• Understand the responsibility of flight personnel: As pilots and observers 
• Understand how to become an operator 
• Be sensitized to record flight times and aircraft maintenance 
• Inform pilots of the maintenance of their competence and skills 
• Specialize in operating procedures and qualifications 

Module 5. Communication 

• Define and know the characteristics of waves and their transmission 
• Identify frequency bands and know their main characteristics 
• Aeronautical frequency bands 
• Identify and know the types of wave: Radio waves Ground waves Celestial waves 
• Know and identify the main components in radio transmission and the elements involved 
• Identify the different categories of the messages 
• Learn to use the phonetic alphabet: Transmission of letters and numbers Decimal numbers Identifiers 
• Use the structure and components of standard communications: Communication structure Message order Listening 
• Correct application of transmission techniques Microphone techniques Message transmissions Message collation 
• Describe and use standard phraseology: Messages and use in air traffic and general air travel 
• Gain in-depth knowledge of the different types of aerodromes and the types of transmission used in each of them: controlled and uncontrolled aerodromes
• Controlled and uncontrolled aerodromes 
• Comprehend and implement emergency procedures: Description and practice of the procedures Danger conditions Content of distress messages Radio silence
• Powers of the competent authority 
• Prioritize and implement emergency procedures 

Module 6. Dangerous Goods and Aviation 

• Develop a critical capacity in accordance with the legal procedures to comply with legislation 
• Establish the appropriate procedures for this type of goods, as a fundamental basis for the specialized transportation requirements 
• Identify potential anomalies, intentional or unintentional, and take action to protect the integrity of people and property 
• Provide technological procedures in order to optimize the processes necessary dangerous goods transportation 

Module 7. Engineering Technology in Flight 

• Acquire an overview of the design of a drone based on a concrete example 
• Acquire sufficient skills to perform safe flights, integrating all phases of flight and demonstrating the relevance of design and technology 
• Acknowledge the importance of adequate flight preparation to ensure safe flights 
• Acquire responsible habits regarding the basic and mandatory maintenance of aerial platforms 
• Register the flights in the corresponding books 

Module 8. Integration of Drones for Industry and Practical Uses 

• Implement specific procedures in aerial filming 
• Design and organize, for later use, the most specific modes of action to obtain the desired end product: images in the air and on the ground, both indoors and outdoors 
• Perform a variety of tasks applied to technical and scientific work: filming, risk assessment, inspections, surveillance and security, and search and rescue using advanced engineering techniques 
• Manage the images generated in the various scenarios in a complete and specific way 
• Prepare formats for different purposes: conversion, delivery to the final customer, social networks   

A program designed to provide you with the latest advances in drone navigation for safety and inspection purposes”