Doctoral Program in Aerospace Technology: Electromagnetic, Electronic, Computer and Mechanical Engineering
36 monthsProgramme duration
Jan, SepStarting Month
Programme overview
Main Subject
Engineering - Aeronautical
Degree
PhD
Study Level
PHD
Study Mode
On Campus
The doctoral program is now therefore configured as a conjunction of several research teams with a common objective, the development of technology susceptible to be used in aerospace projects. This is a training area that can be considered strategic for the University of Vigo, and that allows the training project in space technology that began with the launch of Xatcobeo, the first Galician satellite, to be extended towards the doctorate, while different groups with great previous experience in doctoral training are oriented towards the same objective, as demonstrated by the recent launch of the HUMSAT-D and SERPENS satellites.
The relevance of these technological developments lies not only in their possible aerospace application, but also in other fields of application that arise in industry in sectors as varied as telecommunications, automotive, naval, biomedical applications or new industrial production systems. In this way, this doctorate is an excellent opportunity to incorporate a new profile of professionals with high specific training into the industrial fabric.
Programme overview
Main Subject
Engineering - Aeronautical
Degree
PhD
Study Level
PHD
Study Mode
On Campus
The doctoral program is now therefore configured as a conjunction of several research teams with a common objective, the development of technology susceptible to be used in aerospace projects. This is a training area that can be considered strategic for the University of Vigo, and that allows the training project in space technology that began with the launch of Xatcobeo, the first Galician satellite, to be extended towards the doctorate, while different groups with great previous experience in doctoral training are oriented towards the same objective, as demonstrated by the recent launch of the HUMSAT-D and SERPENS satellites.
The relevance of these technological developments lies not only in their possible aerospace application, but also in other fields of application that arise in industry in sectors as varied as telecommunications, automotive, naval, biomedical applications or new industrial production systems. In this way, this doctorate is an excellent opportunity to incorporate a new profile of professionals with high specific training into the industrial fabric.
Admission Requirements
Admission criteria
The admission criteria for prioritizing applications for enrollment in the program are as follows:
a) Master's degree or DEA : It will be possible to access the studies with any degree that legally allows it. However, due to the interdisciplinary program in which the different technologies used in the aerospace field converge (Specific Competence 1), there is no recommended entry profile, but priority will be given to applications from students who have studied any of the degrees. following:
- Master's degree with professional attribution of Telecommunication Engineer or Industrial Engineer
- Master in Computer Engineering
- Master in Radiocommunication and Electromagnetic Engineering (UVigo)
- Master in Intelligent and Adaptable Software Systems (UVigo)
- Master in Research in Advanced Technologies and Processes in Industry (UVigo)
- Master in Thermal Engineering (UVigo)
- DEA in Electromagnetic Engineering (UVigo, USC, UEx, Or Oviedo)
- DEA in Mechanical, Energy and Fluid Systems Analysis (UVigo)
- DEA in Electrical Technology and Electronic Engineering (UVigo)
- DEA in Advanced Technologies for Intelligent Software Development (UVigo)
- Master in ICT management (UEx)
- Master's degree in research in engineering and architecture. Specialty Computer and Communication Technologies (UEx)
- Master's degree in GRID computing and Parallelism (UEx)
b) Degree, Engineering or Bachelor's Degree : Applications that show any of the following qualifications will be considered a priority:
- Telecommunication Engineering
- Telecommunication Technical Engineering
- Industrial Engineering
- Industrial Technical Engineering
- Computer Engineering
- Computer Engineering
- Degree or Degree in Physics
- Degrees in the field of telecommunication, industrial or computer engineering
c) Average mark of the Academic Record prior to the master's degree or DEA .
d) Average grade of the master or previous DEA
e) Curriculum vitae
f) Letter of motivation required of the candidates showing their interest in pursuing the doctoral program, and the specific reasoned topic in which they would like to research if they are admitted.
g) The presentation of letters of endorsement from accredited professionals in the fields related to the doctoral program will be valued.
h) A personal interview may be requested from all candidates, if the Academic Committee deems it necessary.
- Candidates are required to submit references or letter(s) of recommendation for acceptance
- Candidates are required to submit an essay(s) for acceptance
Scholarships
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