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Double Bachelor’s Degree in Telecommunications Engineering + Biomedical Engineering

Contribute to solving real problems related to people's health by using the possibilities offered by engineering through communications and the Internet


Degree in line with the Sustainable Development Goals of the UN 2030 Agenda.

ods 3 ods 8 ods 9 ods 12 


Why study the Double Bachelor's Degree in Telecommunications and Biomedical Engineering

  • Telecommunication Engineering and Biomedical Engineering are two growing sectors between which there are important synergies
  • There is an important demand for highly qualified professionals in the areas related to the double degree
  • The percentage of internships represents 40% in the first years, and 65% in the last years of the double degree
  • Possibility of participating in the internship program in companies in the final stage of the degree
  • You will acquire the skills to practice the profession of Telecommunications Technical Engineer

You can do this degree with

Training in competencies


Most suitable means of access:

  • High School:
    • Science and Engineering and Technology Itinerary
    • Itinerary of Health Sciences
  • Higher Level Training Cycles in the areas of Computer Science and Communications, Electricity and Electronics

WE RECOMMEND: Good training in Mathematics and Physics. Curious about information and communication technologies. Capacity for organization and abstraction as well as imagination and creativity

CUT-OFF NOTE: Students will be admitted up to the limit of spaces established, among whom those that chose the Double Degree in their pre-registration, ordered by their access mark to the university. In any case, the minimum mark for admission to the double degree must be equal to or greater than the highest mark for each of the two degree degrees.

Means of access Means of access

Support for students

What will I be able to work in when I finish the Double Bachelor's Degree in Telecommunications and Biomedical Engineering?

  • Design and development of devices, systems and programs capable of solving problems in the health and communications sector
  • Specialist in biomedical instrumentation, prosthesis design and robotic systems
  • Specialist in the design of diagnostic and telecommunication tools
  • Specialist in network development, telecommunication equipment and services, electronics and programming
  • In multidisciplinary teams on projects that relate engineering to life sciences, medicine, sensors and the Internet
  • Research, development and innovation (R&D&I) in companies, scientific or technological centers and universities

What Master’s degrees can I do when I finish the Double Bachelor's Degree in Telecommunications and Biomedical Engineering?

Check the entire offer of: