27 Engineering Masters Degree Programs in Spain

Traditionally, university degree studies related to the construction sector have paid little attention to the field of management. However, for construction-related technicians, it is essential to acquire management knowledge and skills, since these professionals gradually acquire managerial responsibilities with experience and the development of their professional career. Therefore, there is a demand for additional training in construction management widespread throughout the sector, including public developers (Administrations), private developers (real estate and concessionaires), engineering consulting firms and construction companies. Complementarily, there is also an additional need for training in infrastructure planning and operation, more focused on public promoters. It must not be forgotten, however, that a large part of the future of the sector lies in concession contracts and in the maintenance and conservation of existing infrastructures.

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.

The Máster Universitario en Ingeniería Química provides students with solid scientific and technical training in process and product engineering, placing special emphasis on processes, equipment, facilities and services in which the material undergoes changes in composition, state or energy content, which are characteristic both in the chemical industry and in other related sectors such as the environmental, pharmaceutical, biotechnology, materials or energy sectors. Training in management and sustainability is also important, in which the student acquires very useful applied knowledge about business and project management, and training in transversal skills.

This program combines scientific, technological and management knowledge with a practical focus on creating disruptive solutions and entrepreneurial projects, responding to the current and future needs of the health sector.

The Máster Universitario en Ingeniería, Procesado y Caracterización de Materiales is an interdisciplinary field of knowledge that covers the study of the structure, properties, processing and applications of all types of materials; metallic, ceramic, polymer and biological. The characterization and processing of materials encompasses not only traditional structural materials but also functional materials, nanomaterials, ecomaterials and biomaterials. This young discipline is essential to enhance industrial capacity, technological innovation and improve the quality of our lives. Studies of the behavior of these materials are also addressed, as well as the development of the latest technologies in predicting their behavior.

Concrete is the most widely used construction material today, which has allowed the most significant advances in the field of construction and constitutes a basic pillar in the prefabrication industry. The study of binders and additions and the correlation between the microscopic and macroscopic properties of concrete are a good starting point to delve into the study of concrete from all its aspects. All these aspects are addressed taking into account criteria of quality, safety, sustainability, development cooperation and corporate social responsibility.

The Máster Universitario en Ingeniería Geomática y Geoinformación provides training in geographic information technologies applied to the study and management of the territory and the environment at the different scales it presents, provides theoretical knowledge, and has a marked practical nature in the management of equipment and the resolution of problems. issues.

Máster Universitario en Mecánica de Fluidos Computacional En determinadas áreas de la industria como automoción, aeroespacial, energía, química, ingeniería civil... el conocimiento detallado de fenómenos complejos relacionados con la transferencia de masa (mecánica de fluidos) y transferencia de energía (gestión térmica, transmisión de calor) es fundamental para el diseño, desarrollo y optimización de sistemas que puedan ser implementados en productos de estas industrias.

La ingeniería acústica es un área multidisciplinar con una gran demanda de formación específica en diferentes ámbitos: acústica arquitectónica (para aislamiento y acondicionamiento acústico), acústica ambiental (mapas de ruido, planes parciales, ruido industrial en exteriores, ruido de ciclomotores y otros vehículos, licencia de actividades), electroacústica (diseño de cajas de altavoces, megafonía, sonorización y refuerzo sonoro), caracterización de materiales (ultrasonidos, sistemas de onda estacionaria, etc.), instalaciones (aire acondicionado, maquinaria, etc.), seguridad e higiene en el trabajo respecto a protección frente al ruido de los trabajadores, acústica submarina (localización de objetos, comunicación, sónar, etc.).

The Máster Universitario en Ingeniería Industrial provides students with a solid scientific training, as well as a wide variety of knowledge in various industrial technologies (mechanics, electricity, electronics, automation, materials, industrial constructions, projects, production, environment, energy and industrial organization ), which forges you as a multidisciplinary professional capable of developing your professional work in industries, companies or public organizations, as well as for the free exercise of the profession.

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.

The main objective of the master's degree is to provide knowledge, skills, and competencies to develop, implement, or adapt technological solutions to improve the independence of people with disabilities. To this end, the curriculum includes specialized and multidisciplinary training in techniques and technologies to support disability and rehabilitation, in the fields of engineering.