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UPV’s Bachelor in Biomedical Engineering + Master’s Degree in Biomedical Engineering is an integrated study program specially designed to achieve the professional attributes of a Biomedical Engineer. Therefore, UPV’s Bachelor in Biomedical Engineering is considered as the “Reference Bachelor”, although it is possible to be admitted into the Master program if the Bachelor has been obtained in another university, whether Spanish or foreign.
Those who hold Bachelors related to the industry field, informatics, telecommunications and physical sciences can also be admitted into the Master program. However, these students will have to take Complementary Courses (60 ECTS, you can find the course's guides here).
Those students who hold the Bachelor of reference (Bachelor in Biomedical Engineering) will take 60 ECTS which are divided as follows:
|
First Year |
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|
Compulsory courses (17.5 ECTS) |
Academic Year |
Semester |
ECTS |
Language |
|
Innovation and research in medical technology |
1 |
A |
4 |
SP/EN |
|
Quality management and certification of health products |
1 |
A |
4 |
SP/EN |
|
Predictive analytics in healthcare (UV) |
1 |
A |
4 |
SP/EN |
|
Preclinical and clinical research. Design of experiments (UV) |
1 |
A |
4 |
SP/EN |
|
Control and Regulation Mechanisms of Bodily Functions (UV) |
1 |
A |
1.5 |
SP/EN |
|
Master’s Thesis |
1 |
B |
20 |
SP/EN |
|
Intensification Courses (22.5 ECTS) |
Academic Year |
Semester |
ECTS |
Language |
|
Intensification 1: Bioelectrónics and medical technology |
||||
|
Advanced processing of biomedical signals |
1 |
A |
4.5 |
SP |
|
Design of remote monitoring devices |
1 |
A |
4.5 |
SP |
|
Neuroingeniería |
1 |
A |
4.5 |
SP |
|
Modelling and simulation of bioelectrical systems |
1 |
B |
4.5 |
EN |
|
Nanodiagnosis and nano therapy |
1 |
B |
4.5 |
EN |
|
Intensification 2: Advanced techniques in implant design and tissue engineering |
||||
|
Advanced biomechanical analysis techniques of human activities and functions |
1 |
A |
4.5 |
SP |
|
Ergonomics and disability |
1 |
A |
4.5 |
SP |
|
Advanced tissue engineering and regenerative therapy |
1 |
A |
4.5 |
EN |
|
Design and validation of technical aids |
1 |
B |
4.5 |
SP |
|
Design and validation of surgical implants |
1 |
B |
4.5 |
SP |
|
Intensification 3: Information and communication technologies for health and well-being |
||||
|
Analysis of genomic data |
1 |
A |
4.5 |
EN |
|
Data quality and interoperability |
1 |
A |
4.5 |
EN |
|
Design of communication systems. Internet of things |
1 |
B |
4.5 |
SP |
|
Molecular imaging |
1 |
B |
4.5 |
SP |
|
Omic platforms in personalised medicine |
1 |
A |
4.5 |
SP |
Those students holding different Bachelors (Industry field, informatics, telecommunications and physical sciences) must previously take the following 60 extra ECTS of Complementary Courses in Universitat de València.
|
Complementary Courses |
||||
|
Subject |
Academic Year |
Semester |
ECTS |
Language |
|
Morphology and function I |
CC |
A |
4.5 |
SP |
|
Morphology and function II |
CC |
A |
4.5 |
SP |
|
Pathology |
CC |
A |
4.5 |
SP |
|
Biomedical Instrumentation |
CC |
A |
4.5 |
SP |
|
Medical signals |
CC |
A |
4.5 |
SP |
|
Biomedical imaging technologies |
CC |
A |
4.5 |
SP |
|
Control and regulation mechanisms |
CC |
A |
3 |
SP |
|
Medical foundations |
CC |
B |
4.5 |
SP |
|
Sanitary models |
CC |
B |
4.5 |
SP |
|
Informatics systems and networks |
CC |
B |
4.5 |
SP |
|
Information and Telemedicine systems |
CC |
B |
4.5 |
SP |
|
Processing of medical signals |
CC |
B |
4.5 |
SP |
|
Biomaterials and biomechanics |
CC |
B |
4.5 |
SP |
|
Bioelectricity |
CC |
B |
3 |
SP |
