119 Best Engineering in Spain for 2025

Training of professionals, educators, and researchers in the water sector capable of developing skills in assessing resource demand, availability, protection and conservation of the resource, treatment and purification of water, threats and vulnerability, planning, etc. They will be able to face the so-called "water crisis" rigorously and in an interdisciplinary manner, taking into account the other social and economic issues of our society.

The master’s degree in Telecommunications Engineering (obriu en una finestra nova) is a training proposal that is adaptable to the needs of two types of students: those who wish to focus on a professional career and those who wish to pursue a doctoral degree in the area of telecommunications engineering. This master’s degree provides graduates with a broad profile that includes skills and expertise in communications systems, networks, electronics, and audiovisual systems to ensure that they have the professional competencies that they need to practice as telecommunications engineers. After the first, compulsory subject area, students can choose from a wide variety of subjects to acquire a general profile, specialize in a field, or engage in research and pursue a doctoral degree.

The International Master of Science in Textile Engineering is a 2-year master programme educating the next generation of textile engineers. The first semester you will study at Ghent University in Belgium, the second semester at the Polytechnical University of Valencia in Spain (for the academic year 2022-2023), the third semester you can choose between the University of Borås in Sweden or the Kyoto Institute of Technology in Japan. During the fourth semester, you do a thesis at one of the partner universities. So you will study in Europe (and Japan). The professors teaching you come from all over the world.

Gain the knowledge to design and manage sustainable urban plans & policies, and the skills to drive responsible innovation.

The raw materials sector is entering a new era that requires companies to transform their operations, create new business models, and foster a digital culture. In this context, the minerals industry is facing a changing talent landscape, necessitating of new skill sets in their workforce. Companies need to ensure that their staff is properly constituted to support this transformation process. In the raw materials sector, technology is not an end in itself. The greatest impact will come from embedding different new technologies as an integrated whole and all across the mining value chain. Each opportunity is significant in itself, but achieving the full potential of all opportunities is possible only if they are pursued in an integrated way. The key to doing this is to have cross-functional teams that understand both mining operations and the technologies and are able to integrate new technologies into operations. Companies must be able to get the right people with the necessary skill set to maximize value creation. Miners must prepare their workforce today to meet the demands of tomorrow’s digital age or risk future growth and innovation. Over time, mining work will evolve toward knowledge-based jobs that solve the same challenges as today but do so through different means, and at the same time, face new challenges. The mining companies that recognize this shift today and best navigate the changes ahead will be the winners of tomorrow.

Calling future urban thinkers who are curious about how we can revitalise post-industrial cities! This exciting and unique Master's programme wants to create an educational experience which recognizes and responds critically to issues of cities in different forms and stages of post-industrial transition and educates the next generation of specialists with the 21st-century skills and knowledge needed to address the challenges and opportunities of cities in transition and super diverse societies. It is the ideal program for professionals involved in the design, planning, management or evaluation of the city who want to join a vibrant knowledge and innovation community committed to rethinking more sustainable urban futures. RePIC fosters transformative modes of teaching, research, and learning - responding to post-industrial cities' specific challenges and characteristics.

This engineering will give you the opportunity to acquire skills such as the design, implementation and maintenance of modern communication systems, as well as the management of telecommunications networks and services. This specialty has a wide range of employment opportunities in a market that is constantly growing and evolving, both nationally and internationally.

One of the most important challenges humanity faces in the 21st century is solving the problem of global warming. This requires an energy transition towards the elimination of fossil fuels such as oil, and coal. This energy transition is also known as the decarbonization of the energy system. The Energy Transition is the transition to sustainable development through the use of renewable energies and energy efficiency. The demand for highly qualified professionals in these fields is a necessity for companies and organizations operating in the energy sector. With the aim of preparing these professionals, the Higher Institute of the Environment and the Antonio de Nebrija University have launched the Master in Renewable Energies and Energy Efficiency. The Master is aimed at young graduates in Engineering careers who wish to develop their professional careers in the field of renewable energies and energy efficiency.

In the aeronautical world, English is the language par excellence. All manuals, regulations, procedures and nomenclatures are formulated in this language. In addition, if you want to progress professionally in the aeronautical sector, knowing and mastering it is essential.

Unlike industrial robots that operate in factories, in isolation and where the environment is predictable and adapted to the robot's task, intelligent robotic systems must cooperate with or replace humans in complex tasks and in unstructured and often unpredictable environments. The Master in Intelligent Robotic Systems (MIRS) is a university master's degree that aims to train a new generation of engineers who will develop new applications and tools to extend the capabilities of these intelligent robotic systems, in the near future. The technology behind the development of these systems comes from different areas of knowledge such as artificial intelligence, computer vision, control, sensing, machine learning and others, all of them under rapid evolution in the current digital revolution. The MIRS is a two-year master's degree with 120 ECTS promoted by the UdG.

This 18-month program envisages the training of professional profiles such as Logistics and Supply Chain Managers and Executives for companies and agencies working globally. You will learn how to model, design and analyze deliveries to the correct internal or external customers and discover how various manufacturing resources are handled and moved along the supply chains.

Materials are the building blocks of the modern global economy and are instrumental for the transition to a green, circular economy that emits less CO2. Thirty of these materials have been defined by the EU as critical, meaning that they are both highly important to the EU economy and in dangerously low supply. Accessing the known primary raw material sources has become more challenging, while amounts of industrial waste and end-of-life products are rapidly increasing. These waste streams contain secondary raw materials, many of which are critical and can be recovered, diversifying supply and delivering usable materials to meet increasing demands.

The Master's degree in Engineering, Markets, and EPC Contracts in the Oil and Gas (O&G) and Petrochemical Industries is a specialized program designed to provide in-depth knowledge and skills related to engineering, project management, market dynamics, and contractual aspects in the oil and gas and petrochemical sectors.

The master's degree in Electronic Engineering (obriu en una finestra nova)caters to the needs of two types of students: those who wish to focus on a professional career and those looking to pursue a doctoral degree in Electronic Engineering. This master’s degree provides graduates with a broad profile that includes skills and expertise in power, analog and RF electronics, instrumentation and sensors, digital systems, micro and nanotechnologies, and microelectronics. After the first, compulsory subject area, students can choose from a wide variety of subjects in order to acquire a general profile, specialize in a field, or engage in research and pursue a doctoral degree.

Uncover the world of Operations Management and Logistics. Analyze and improve global operations. Master production, Distribution, and international Logistics to lead in this dynamic field.

IFRoS is aimed at a new generation of engineers who will develop new applications and tools to expand the capabilities of field robots in the near future. The technology behind these systems comes from different research areas such as artificial intelligence, computer vision, control, sensorization, machine learning, manipulation, all of them under fast-paced evolution in the current digital revolution. IFRoS addresses the lack of master programs dedicated to intelligent robots and, more specifically, to field robotic systems.

The Master in Project Management specialized in BIM is an online master that allows you to obtain your own double degree with international validity. It is an innovative program, which provides skills for project management according to the guidelines of the Project Management Institute (PMI), but with a focus on the methodology par excellence in construction systems. The BIM Project Management Master allows to know in depth the BIM (Building Information Modeling) methodology and implement it in the execution of projects in the private sphere and in public infrastructure works.

Design thinking is core to many of the most successful businesses, and combines critical thinking and creativity to solve problems. Design thinking for innovation teaches you how to apply the best creative and analytical tools to develop real solutions for real needs, including personas, empathy mapping, prototyping, and iteration models.

Structuralia’s Master’s degree in Hydrogen Energy Projects is the only program that integrates all the different areas involved in the hydrogen energy sector. The main aspects included in this program are strategy design, Hydrogen as a product, associated infrastructures, and financing sources. By pursuing this master’s degree, the student will be able to acquire suitable knowledge and skills that will enable him/her to manage hydrogen-related projects and respond to any situation that may arise while carrying out his/her duties.

The goal of the master’s degree in Photonics is to provide students with a solid grounding in the various areas of photonics and with the tools they need to become researchers or entrepreneurs in this field. The most important institutions carrying out research in photonics in the Barcelona area, namely, the UAB, the UB, the UPC, and the ICFO, participate in this master’s degree and offer comprehensive training that covers theoretical and applied topics.