10 Materials Science Masters Degree Programs in Spain

The University of Alicante Master's Course in Materials Science is aimed to provide specialized and advanced training in a scientific area of great fundamental and technical impact such as Materials and, more specifically, Nanomaterials. It is mainly aimed at graduates who have obtained their degree in Science within Chemistry, Chemical Engineering, Physics, Materials Engineering.

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.

The Master’s Degree in Materials Engineering and Sustainable Construction equips you to determine the best combination of materials and sustainability in the engineering sector.

The Master in Design through New Materials focuses on design and innovation, sustainability and creativity through new materials. An experimental and transdisciplinary course that values material design as a ground-breaking working field.

This Master is a full-time degree designed to provide a multidisciplinary scientific and technological training in chemistry and its border with cell biology and materials science. Students will be exposed to a dynamic and international research environment, and will have the opportunity to acquire the practical skills and knowledge necessary to enroll in a PhD program and thus start a research career, or to enter the job market in different sectors. industrial (chemical, pharmaceutical, biotechnological, nanotechnological, etc.).

The specific objective of the master's degree focuses on providing students with the interdisciplinary training, both theoretical and practical, needed to conduct research, development and control in the materials area within research centres and in the private 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.

With this Master's degree, the aim is to acquire advanced, specialized and multidisciplinary training, aimed at knowing the current state of research in the field of additive manufacturing.

Its main focus is to ensure that students acquire advanced knowledge, as well as develop specialized skills and competencies in scientific and technological knowledge in areas such as biomaterials, additive manufacturing, nanomaterials and sustainability, while maintaining a scientific and technological approach.