Being able to confidently use tools to search for bibliographical resources.
Being able to create and develop advanced mathematical reasoning and extract the essential properties of the various mathematical objects and apply them in other contexts.
Being able to create models to capture and explain an area of reality, to analyse it and study its qualitative solution.
Being able to design, develop and adapt computing applications to obtain solutions to the models applied, develop and/or perform numerical simulations.
Being able to model and design algorithms in order to solve practical problems for mathematical applications in other sciences and in a professional environment.
Being able to translate the processes and results of a problem solved mathematically into a language which is not excessively technical.
Being able to understand and solve advanced mathematical problems, planning their solution based on the available tools and time and resource restrictions.
Being able to use the resources necessary to define and propose solutions to problems which may be solved mathematically.
Being able to work as part of a team and manage working time.
Being able to work with a wide range of techniques and software applied to solving the practical problems of optimisation, data management, numerical simulation and mathematical research.
Having the ability to critically read research articles and incorporate the results into their work.
Having the critical ability to deal with new software, to understand new options or computer programs, to install them and take advantage of their new possibilities and contributions.
