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Inter-University Master's Degree in Computational Engineering and Mathematics (extinction) - 12th edition

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Dra. Dolors Puigjaner (URV) / Dr. Josep Prieto (UOC)

Master's coordinators

“One of the main strengths of the master's degree is that it combines the abstract thinking of mathematics with the ability to propose practical computational solutions. Therefore, students acquire the necessary skills to be able to successfully develop professional careers that require a profile that combines competence in mathematics and advanced computing. Some examples can be found in areas such as big data, artificial intelligence, quantitative data analysis, mathematical modeling or computer simulation.”

Dr Dolors Puigjaner

Expert in the application of dynamic system techniques to fluid mechanics problems, and in the numerical simulation of biomechanical problems.
29 years of experience in university teaching.
2 six-year research periods (2004-2010, 2010-2016).
17 articles in JCR international scientific journals.

Academic profile

Doctorate in Mathematics (2005) from the Universitat de Barcelona.
Bachelor's Degree in Mathematics (1990) from the Universitat de Barcelona.

Dr Josep Prieto

Senior lecturer.
Director of the degree programmes in Computer Science, Multimedia and Telecommunications at the UOC (2013–2019).
Technical director of the TeSLA project.
Member of the research group KISON (K-riptography and Information Security for Open Networks) at the UOC.
Expert in information privacy and security, especially in open networks and multimedia information.

Academic profile

Doctorate in Computer Science
Bachelor's Degree in Computer Science

Visit the complete profile of Dr Josep Prieto.

What is the profile and motivations of the students of the master's degree?

Due to the nature of the master's degree, the students have a scientific-technical profile. The vast majority hold a degree in mathematics, physics or some branch of engineering. Students take the master's degree motivated by today's strong demand, in both the job market and the world of research, for a mixed profile that combines advanced computing and applied mathematics.
What is the most unique aspect of the master’s degree?

Unlike other programmes, one of the main singularities of this master's degree is the flexibility of the curriculum, since it has only three compulsory subjects. The rest of the subjects are optional and students can freely choose which ones they wish to do. Currently, there are fifteen optional subjects, which allow students to design their own study path, which may be more computational or more mathematical. In this way, students can choose the profile that allows them to improve their knowledge in the specific field in which they are most interested.
What does the master's degree offer students?

One of the main strengths of the master's degree is that it combines the abstract thinking of mathematics with the ability to propose practical computational solutions. It allows students to approach real-world scientific and technical problems with mathematical rigor.
What impact does the master's degree have on the students' careers?

With the master's degree, students acquire the necessary skills to be able to successfully develop professional careers that require a profile that combines competence in mathematics and advanced computing. Some examples can be found in areas such as big data, artificial intelligence, quantitative data analysis, mathematical modeling or computer simulation. On the other hand, since it is an official master's degree, it gives students access to doctoral studies and the possibility of continuing in academia.

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Professorat URV

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Inter-University Master's Degree in Computational Engineering and Mathematics (extinction) - 12th edition

Professors

Dra. Dolors Puigjaner (URV) / Dr. Josep Prieto (UOC)

Teaching Members