This Master is a specialization in modern computer-assisted design and integrated manufacturing techniques. Today not is conceived it manufacture without the use of these technologies, by what its content will be of application direct in the future activity professional of the student.
The knowledge transmitted in this Master must allow students scroll through all stages of industrial design from conceptual design to manufacturing and recycling of the product.
The school technology top of engineering of the design of the Universitat Politècnica de València presents the first Master’s degree in design engineering within the framework of the European area of higher education according to the Royal Decree 1393 / 2007, of October 29, which establishes the planning of official university education.
This Master is oriented to the training of postgraduate university interested in get a high specialization and skill in processes and tools that foster the innovation, it improves and the creativity in the resolution of projects in different scales and types of product.
The objectives of the Master focuses on the training of postgraduate students and researchers specialist: design and innovation, new product management, market, decision-making analysis, update fast products and optimization of corporate communications of the companies development.
The school technology top of engineering of the design (ETSID) of the Universitat Politècnica de València presents the first Master in sensors for industrial applications in the framework of the European higher education area (EHEA), according to the Royal Decree 56/2005, of 21 January, which regulates the official University postgraduate studies.
He objective general of the Master is it training advanced and specialized in technology of sensors from a point of view multidisciplinary, that covers aspects of chemical and engineering electronic applied to processes industrial general, all this to form technologists and researchers of high level.
The Mechatronics Engineering represents the fusion of technologies such as control, mechanics, electricity, electronics and data processing allowing to address engineering challenges posed by the new intelligent machines. It is a natural choice to explain a process that has as purpose, since its inception, creating advanced products and engineering systems that are inextricably linked by the synergistic combination of mechanical, electronic technologies, control and computer science.
This term is coined by the industry Japanese in the Decade of them 70-time of development of them first robots industrial- and has among others background immediate it research in the area of the Cyber, them machines of control numeric, them manipulators and them automata programmable. Today, robotics it has come to be considered a term generic and, nevertheless, from a formal point of view, it could be considered a subset of Mechatronics. In many respects, the Mechatronics is heir of the so-called electromechanical systems or systems of automation and control.
The Master University in engineering Aeronautics enables for the exercise of the profession of engineering aeronautics.
The fundamental objective of this master’s degree is to offer students a complete vision of the aeronautical engineering. Them students acquire a capacity for the design, development, research and management in the field of it engineering aeronautics that has by object them vehicles aerospace, them systems of propulsion aerospace, them materials aerospace, them infrastructure airport, the infrastructure of air navigation, and any system of management of the space, of the traffic and of the transport air.
Maintenance is an activity of engineering which currently employs plenty of resources such as sophisticated measuring instruments, powerful computers, software, etc. This requires to them responsible of its management a training multidisciplinary in themes technical, economic, statistical, of quality, etc., to get an improves continuous of them plans and processes of execution with views to reach them values optimum of reliability, availability, maintainability and safety (RAMS).
The primary objective of this master’s degree is to professionally train the future makers of this area of the company. Given the multidisciplinary nature of the maintenance, the Master offers a broad overview of materials graduates achieve a quick operation in any workplace, combining economic, technical, computing, logistics, content management, etc.