Admission and graduation profile

Recommended entry profile

The Degree in Mathematics is designed to accommodate students with the ability for abstract reasoning and problem solving, in addition to the essential work habit, dedication to study and a love for Mathematics and Statistics. The desirable profile for new students is the following:

  • Facility for Mathematics or Statistics.
  • Structured and logical reasoning. Capacity for abstraction. Intellectual capacity.
  • Ability to visualize geometric spaces.
  • Ability to concentrate and maintain attention.
  • Ease of analysis and modeling.

In line with the above, the degree is recommended for people who have passed a Baccalaureate, Science modality, in any of its two itineraries: Scientific-Technological or Health Sciences (Decree 315/2015, of August 28, which establishes the regulation of Compulsory Secondary Education and Baccalaureate in the Autonomous Community of the Canary Islands). It is also recommended, although not essential, to have taken the subject of Physics, within that modality.

The recommended level of English will be that required for the University Entrance Exams. The aim is for students to become familiar with the specific scientific language of Mathematics throughout the Degree.

Graduation profile

Graduates of the Bachelor's Degree in Mathematics have a solid foundation in mathematical theory, analytical methods, and computational tools, enabling them to model, analyze, and solve problems in various scientific, technological, and industrial fields.

Throughout your training, you develop skills that allow you to achieve:

  1. Solid Mathematical Knowledge
    • Mastery of the fundamentals of algebra, analysis, geometry, topology, probability and statistics, computer science, and applied mathematics.
    • Ability to understand and develop rigorous demonstrations.
  2. Ability to Abstract and Problem Solve
    • Ability to formulate and analyze mathematical models in different contexts.
    • Use of computational tools and specialized software in applied mathematics.
  3. Logical and Critical Thinking
    • Structured reasoning to evaluate the validity of arguments and solutions.
    • Ability to identify patterns and generalize mathematical concepts.
  4. Interdisciplinary Application
    • Integration of mathematical knowledge in areas such as physics, economics, biology, computer science, and data science.
    • Participation in research and technological development projects.
  5. Communication and Teamwork
    • Ability to express mathematical ideas clearly, both orally and in writing.
    • Collaborative work in multidisciplinary environments.
  6. Ethical and Professional Commitment
    • Responsible attitude in the generation and application of mathematical knowledge.
    • Commitment to continuous learning and professional development.

Mathematicians have historically played a fundamental role in professional opportunities such as:

  • Teaching and Education: Teaching in secondary and university education institutions.
  • Mathematical Research: Development of new theories and applications in universities and research centers.
  • Banking and Finance: Risk assessment, financial modeling and quantitative analysis.
  • Consulting and Data Analysis: Application of mathematical models for decision-making in companies and public administrations.
  • Cryptography and Computer Security: Data protection and encryption system design.
  • Computer Engineering and Science: Application of mathematical models in industry and software development.

In addition, the new job opportunities include emerging roles in digital and technology sectors:

  • Digital Marketing Specialist: Using data analytics and predictive models for business strategies.
  • Artificial Intelligence and Machine Learning Specialist: Development of machine learning algorithms and models.
  • Project Manager: Management of technological and scientific projects with a mathematical approach.
  • Data Scientist: Analysis and interpretation of large volumes of data for business decision-making.

All of these fields reflect the versatility and relevance of mathematical training, consolidating the graduate of the Bachelor's Degree in Mathematics as a highly qualified professional with a wide variety of options in the job market.

According to the White Paper on Mathematics (2020) of the Royal Spanish Mathematical Society and the Ramón Areces Foundation, mathematicians are among the most in-demand professionals today. And in Canary IslandsGraduates of the Degree in Mathematics have opportunities in strategic sectors such as:

  • Tourism: Application of statistical models for the analysis of tourism trends and resource optimization.
  • Renewable Energy: Participation in R&D projects in clean energy, taking advantage of the region's wind and solar potential.
  • Logistics and Transportation: Route optimization and efficient management of inter-island transport.
  • Astrophysics: Collaboration with scientific centers in data analysis and the development of mathematical models.