Bachelor's degree in Biomedical Engineering

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    Biomedical Engineering

    Year 1

    Year 2


    Academic calendar

    Academic transcript.

    See information



    Provisional timetables subject to change.

    2023/2024 TIMETABLES

    Semester 1 

    semester 2

    Aprender de expertos internacionales

    International talks

    Durantes los estudios se imparten charlas sobre Ingeniería Biomédica por parte de profesionales internacionales

    Undergraduate Final Year Project


    Undergraduate Final Year Project

    The project is compulsory and is carried out in the second semester of the fourth year. It will enable students to approach and carry out a project proposal along with its feasibility study and the design and/or development of the project.

    To register for this project, students must have successfully completed, or at least enrolled for, all of the core and compulsory subjects on the programme.

    A vision focused on international trends

    You will develop a distinctive profile in the field, as most of the programme is taught in English.

    Open your eyes to the world

    Build your international profile

    In this degree you will not only acquire technical skills in human anatomy and physiology to design technological solutions for the social and health care field, but you will also improve your English language skills, which will provide you with a more competent profile in the labourmarket. You will be able to study at least 55% of your subjects in English. This approach will enable you to respond to the different scenarios offered by data science or artificial intelligence anywhere in the world.

    You can combine subjects in Spanish, English and Basque. A wide range of subjects in English and Basque so that you can choose your language path.

    Possibility to study a full semester at a foreign university. Choose your destination from more than 90 foreign universities worldwide.

    Opportunity to share experiences with students from all over the world. You will enjoy an international classroom environment right from your first year.

    International mobility and integration in multicultural and multilingual teams is a key factor for today's engineers. The European Higher Education Area aims to create a space to facilitate student mobility as a fundamental aspect in their educational process.


    Language requirements

    A bilingual programme: Spanish/English


    Language requirements

    A bilingual programme: Spanish/English

    To access the bachelor’s degree in Biomedical Engineering, you need to provide proof of having aa B2 level in English. At the end of your studies, the University of Deusto will certify your language proficiency in English by accrediting your C1 level.

    At the University of Deusto we are committed to offering you a bilingual education (Spanish and English) that will allow you to open up linguistic frontiers and acquire skills that are essential for companies at a national and international level.

    You will use the tools and machinery that are used in companies

    Just make a quick visit and get to know the laboratories at Deusto Engineering

    A place to learn biomedical engineering



    A place to learn biomedical engineering


    The new DeustoBio facilities house Physiology and Biomechanics laboratories , a Virtual Hospital for simulation practice, two skills rooms, four consulting rooms, a ward room, intensive care unit(ICU), operating theatre and defriefing rooms.

    See facilities

    More than 25 laboratories with capacity for 700 students

    Laboratories and software

    • Industrial Robots KUKA KRG
    • GiGe Color Cameras
    • Programming
    • 10 general use laboratories with 400 PCs for group projects

    Evaluation of mechanical properties

    • Analog Electronics
    • Digital Electronics
    • Microprocessors
    • Power Electronics
    • Electrical Machines
    • Electric drives
    • Energy storage
    • Measuring and display instrumentation
    • Robots and Industrial Computing
    • Measurement and Regulation Systems
    • Pneumatics
    • Applied Mechanics
    • Thermal power and fluid engineering
    • CNC and CAD / CAM / CAE
    • Advanced manufacturing systems
    • Internal combustion engine