TheMaster in Industrial Design Engineeringcomplements the knowledge acquired in any area of engineering with the aim of delving into the field of emerging technologies, scientific research and innovation.

This official Master is aimed at training students interested in working in companies that are accomplishing the transition to CI4.0 in a multidisciplinary way. This transition requires the combination of industrial engineering (automation, robotics, mechanics) and telecommunications engineering (5G, industrial protocols, cybersecurity) with other disciplines such as industrial organization and Big Data analysis, including the system integration part.

The Master in Intelligent Industry (MIINT) allows students to obtain the necessary training, in just one academic year, on the new industrial context resulting from the digitalization of industries. The combination of academic rigor and paid internships in companies, in real projects, will make it possible to respond competently to the new challenges of companies (artificial intelligence, machine learning, deep learning, IoT, cloud communications, digital autonomous mobile robots, cybersecurity...).

The Master in Motorsport, Mobility and Safety (M2S) allows engineering skills to be completed with specific training in the automotive safety sector, in new propulsion systems and aspects linked to sustainable mobility with special emphasis on the world of competition.

Master's degree organized by the Universities of Santiago de Compostela, A Coruña, Vigo, Carlos III of Madrid and Polytechnic of Madrid, after the merger of the master's degrees in Mathematical Engineering and Industrial Mathematics. Specialties in Modeling and Numerical Simulation, highly demanded technologies. Training oriented to the construction of solutions to specific industrial problems.

A forward-thinking Master Beyond Packaging that wants to shake up the status quo of packaging. We need to consume less, and we need to consume better; we need to change the game. Therefore, we urgently need to redefine our consumption habits and, most certainly, packaging too. This master Program envisions giving tools to designers to create a better and more environmental future through design, research, technology and materials.

In the Master in Audiovisual Creation and Direction you will be responsible for thinking and executing each of the frames of a piece, learning to create and direct audiovisual works in any format and from the hands of some of the most relevant figures of the current creative scene .

The objective of the Online Master in Lean Manufacturing is to provide professionals in the pharmaceutical, biotechnology, food and chemical industries with a deep, complete and up-to-date vision of the procedures for continuous process improvement that allow organizations in these sectors to achieve operational excellence.

This transition requires innovative engineering solutions that require a new way of thinking. Circular Engineering could therefore be considered a new branch of engineering dedicated to sustainable production, energy efficiency and eco-design, and is based on feedback and minimizing environmental impact.

The current social, economic and environmental circumstances require a deep reflection on the products we use, how we use them and why. Our Master Beyond Products proposes a deep reassessment of raw materials, processes and technologies, logistics or even their purpose.

The Online Master in Lean Manufacturing offers specialized training to optimize processes in the pharmaceutical, biotechnology, food and chemical industries. It provides knowledge in continuous improvement, tools such as Six-Sigma and TPM, and strategies to achieve operational excellence, responding to the demanding requirements of the globalized and regulated environment.

Quantum physics has radically changed our understanding of nature, revolutionizing society with key discoveries for modern technology such as semiconductors and lasers, among others. However, the exploitation of quantum phenomena to generate new technology has only just begun. Thanks to unprecedented progress in the control and manipulation of quantum systems, new applications rely on quantum phenomena such as entanglement and superposition, leading to the development of devices with outstanding prospects. The technology of the future will be quantum.

One of the main characteristics of the chemical sector is its transversal nature, as it intervenes in practically all the value chains of the manufacturing industries. 98% of productive activities require chemistry at some point in the manufacturing process, whether in the fields of health, cosmetics, consumption or food.

The programme aims to provide students with comprehensive training in the field of Mechanical Engineering in its broadest sense. Thus, there are subjects designed to teach students the basic research tools most commonly used in these areas, and more specific subjects aimed at giving students knowledge more directly linked to their industrial application.

The Master's Degree in Materials Science and Engineering aims to provide comprehensive, advanced and specialized training in the field of materials and their associated technologies.