12 Applied Mathematics Degree Programs in Spain

This Double Bachelor in Economics and Mathematical Engineering provides students with the necessary skills and knowledge to design mathematical models and develop specific software to meet the challenges of the “new digital economy”.

The Bachelor’s Degree in Applied Mathematics and Computing seeks to train professionals who are capable of applying mathematics in those areas of science, engineering, economics, and other social sciences where computation plays a key role. Students will be prepared for the design and use of algorithms and numerical modeling methods and for solving real problems. 

The BSc in Applied Mathematics and Artificial Intelligence integrates higher-level mathematics with modern AI techniques, preparing students for professions involving computational science, AI research, and machine learning. The coursework explores topics such as neural network architectures, deep learning methods, probability, large-scale data processing, and sophisticated algorithms. Students gain real-world practice by working on AI-related projects that use mathematical insights to solve complex problems.

The Fundamental and Applied Mathematics Track (MFA) delivers extensive training in mathematics, developing skills ranging from pure mathematics such as algebra, analysis or geometry to more applied mathematics such as scientific computing, probability or statistics. The acquired skills will prepare you to model and understand complex phenomena that arise in fields like finance, biology or physics.

The Degree in Applied Mathematics is aimed at training professionals with a great capacity for analysis and at the same time practical sense. They are professionals capable of applying advanced methods of mathematics and computation to the industrial and social challenges and opportunities of the future.

The Master in Industrial Mathematics (M2I)* is a fusion of two official degrees, the Master in Mathematical Engineering, taught by the Universities of Santiago de Compostela, A Coruña and Vigo, and the Master in Industrial Mathematics, taught by the Carlos III University of Madrid.

The degree aims to provide a broad and solid training in Mathematics, as it contains a wide range of research topics that cover many relevant areas of mathematics, as well as its applications to Physics, Biology, Medicine, Computing, Ecology, Biotechnology, Economics …

The Department of Applied Mathematics of the Universitat Politècnica de València and the departments of Algebra, Geometry and Topology, Mathematical Analysis and Applied Mathematics of the Faculty of Mathematics of the Universitat de València offer an interuniversity master's degree with an academic and research orientation that is fundamentally aimed at , to the preparation of the student with a view to the future realization of a doctoral thesis. In fact, this master's degree is the training period for the PhD in Mathematics, a UPV-UV interuniversity program with a Mention towards Excellence and, once the master's degree is completed, there is direct access to the research period of said doctoral program.

The master's degree in Industrial Mathematics (M2i), of an inter-university nature, provides training oriented towards the construction of solutions to industrial problems, specializing in Numerical Modeling and Simulation technologies, highly demanded, and has the collaboration of more than 60 companies that provide real cases to carry out the master's degree projects.

The master's degree in Pure and Applied Logic is designed to provide advanced training in logic, in both its pure and applied forms. Successful students will have to chance to take their first steps in research in the principal areas of logic, pursue further studies, or move into professional careers.

With the Master's Degree in Mathematics Applied to Engineering and Computing, you will receive unique and differentiating training, with a view to joining the labor market of large international companies, since the analytical capacity and interpretation of simulations is one of the most in-demand characteristics. in the industry.

The complex nature of contemporary challenges often requires interdisciplinary solutions, and therefore needs professionals with the ability to connect theory and practice, who can solve problems collectively across traditional disciplinary boundaries.