Objectives y competences
The main objective of this master's degree is to train experts capable of innovating, optimising, designing, developing, evaluating and maintaining various medical diagnostic and/or treatment devices.
HEALTH PRODUCT DESIGN
You will be able to design microfluidic solutions for diagnostics using Lab on a Chip. You will also learn to use additive manufacturing techniques to customise and optimise prostheses and orthoses for use in rehabilitation, and to apply tissue engineering in regenerative medicine.
DECISION SUPPORT SYSTEMS.
Using advanced signal and image processing techniques, you will be able to extract useful biomarkers to develop diagnostic and prognostic algorithms based on Artificial Intelligence.
DIGITAL HEALTH
The aim is to train professionals capable of advancing the digitalisation of the health sector by proposing innovative solutions based on automation, intelligent systems and virtual and augmented reality.