Última modificación: 19/12/2019 - 08:34
The goal of the master's degree is to provide training in research, innovation and development in the fields of Robotics, Graphics and Computer Vision and at their crossroads. The language of instruction is English. The curriculum allows the acquisition of a series of general and specific competences related to these topics, through a set of compulsory and optional subjects summarized here.
Robotics, autonomous vehicles, drones, computer vision, machine learning, graphic computing, virtual and augmented reality (AR / VR), and computational image are all disciplines in strong expansion and have an enormous socioeconomic potential, including applications of great economic and social interest, such as driving aid systems, or augmented reality systems for medicine. In the last decade there has been a continuous increase in the confluence between these sectors: autonomous vehicles need robotics and computer vision techniques to navigate, and are trained by automatic learning in virtual environments; AR / VR systems use robotics and computer vision techniques to learn the environment and estimate the user's position; computational imaging combines vision techniques and graphics computing to obtain and process images impossible to achieve with traditional methods, etc.
The degrees that provide access to these studies are:
For all degrees, English level of at least B2.
For degrees marked (1), (1, 2), access to the program is possible if additionally there is sufficient evidence of: (1) 18 ECTS credits (or equivalent experience, for example in the final degree project) in computer programming, and (2) 18 ECTS credits (or equivalent experience) in mathematics.
(*) Pendiente de autorización de implantación del Gobierno de Aragón