Bachelor's Degree in Biomedical Engineering 48 months Undergraduate Programme By Universidad Alfonso X el Sabio |TopUniversities

Programme overview

Degree

BEng

Study Level

Bachelor's

Study Mode

On Campus

Bachelor’s Degree in Biomedical Engineering | UAX


Become a Biomedical Engineer – the fastest-growing profession according to the New York Times


By studying the Bachelor’s Degree in Biomedical Engineering at UAX in Madrid, you will become an engineer recognised both at home and abroad, capable of applying engineering principles and developing technological advances for the field of medicine. 


You’ll design and develop technology that helps improve people’s quality of life, such as robotic surgery, telemedicine, 3D-printed prostheses and nanosensors, amongst others. 


A degree with a global outlook: over 30 per cent of the modules are taught in English, enhancing your international profile and your employability in companies within the healthcare and technology sectors.



  • You will be trained to develop medical devices, surgical robots and advanced monitoring systems that are transforming healthcare.
  • You will design solutions based on artificial intelligence and technologies such as smart prosthetics.
  • You will build a portfolio of maker projects with companies, boosting your professional experience from day one.
  • You’ll undertake work placements at leading companies in the sector, such as Indra, Acciona, Sacyr, Telefónica and Renault.
  • You’ll gain digital certifications and essential skills such as programming, user experience and Big Data, with support from Google and Datahack.

Programme overview

Degree

BEng

Study Level

Bachelor's

Study Mode

On Campus

Bachelor’s Degree in Biomedical Engineering | UAX


Become a Biomedical Engineer – the fastest-growing profession according to the New York Times


By studying the Bachelor’s Degree in Biomedical Engineering at UAX in Madrid, you will become an engineer recognised both at home and abroad, capable of applying engineering principles and developing technological advances for the field of medicine. 


You’ll design and develop technology that helps improve people’s quality of life, such as robotic surgery, telemedicine, 3D-printed prostheses and nanosensors, amongst others. 


A degree with a global outlook: over 30 per cent of the modules are taught in English, enhancing your international profile and your employability in companies within the healthcare and technology sectors.



  • You will be trained to develop medical devices, surgical robots and advanced monitoring systems that are transforming healthcare.
  • You will design solutions based on artificial intelligence and technologies such as smart prosthetics.
  • You will build a portfolio of maker projects with companies, boosting your professional experience from day one.
  • You’ll undertake work placements at leading companies in the sector, such as Indra, Acciona, Sacyr, Telefónica and Renault.
  • You’ll gain digital certifications and essential skills such as programming, user experience and Big Data, with support from Google and Datahack.

Admission Requirements

B2 English Level required



Motivational Letter:


Brief description of the motivation and previous experience that

 led the candidate to choose this degree.

4 Years
Sep

Tuition fees

Domestic
12,500 EUR
International
12,500 EUR

Scholarships

Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.

To help students navigate this challenging process, we recommend the following articles:

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Frequently Asked Questions

The Biomedical Engineering degree at UAX offers several specializations that allow students to deepen their expertise in specific areas. These include Bioinstrumentation, focused on designing and developing medical devices; Clinical Engineering, which centers on managing technology in hospital settings; Biomaterials, involving the development of materials for medical applications; and Bioinformatics, which combines computing and biology to analyze biological data. These specializations enable biomedical engineers to adapt to market needs and contribute significant value across diverse areas of the health sector.
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