Curriculum

The Master's Degree includes 90 ECTS credits which are distributed into two semesters with 30 credits each, and a third semester consisting of 30 credits to carry out the Master’s Thesis which students must publicly defend before a tribunal.

CHECK OUT THE CURRICULUM

General Knowledge Module

Subjects	ECTS
Advanced Genetic Engineering	4
Industrial Microbiology	3
Genetic and Metabolic Engineering Laboratory	9
Synthetic Biology	3
Advances in Tissue Engineering	3
Genomic, Proteomic and HTS Applications	3

Technological Module

Subjects	ECTS
Bioinformatics and Data Science	4
Experimental Design	3
Biomolecule Modelling	3
Biomaterials Design and Application	3
From Gene to Product Laboratory	9

Management & Ethics

Subjects	ECTS
Bioethics	3
Project, Quality and Intellectual Property Management	3

Specific Technological Module

TRACK HEALTHCARE	ECTS
Biologics in New Therapies	4
Human Health Workshop	3

BIOPROCESSING	ECTS
Bioreactors and Bioprocesses	4
Pilot Plant Workshop	3

Master Thesis

Subjects	ECTS
Master Thesis	30

Research fields

The Bioengineering department laboratories in which students conduct their Master Thesis specialise in the following:

Biochemistry laboratory

Protein engineering and enzymology of glycosidases and glycosiltransferases

Therapeutic targets for infectious diseases

Amyloid proteins for neurodegenerative diseases

Biocatalysis: enzyme redesign, directed enzyme evolution and metabolic engineering

Metabolic engineering for the production of glycoglycerolipids

Bioinformatics and molecular modelling of biological systems

Biomaterials laboratory

Stimulus-sensitive polymeric nanoparticles for controlled release of medicines

Design of biomimetic surfaces with chemical and mechanical cell signalling. Smart surfaces.

Design and manufacturing of scaffolds for bone and cartilage tissue regeneration

Microbiology laboratory

Mycotoxins and moulds

Microbiological aspects of photodynamic therapy

Food and environmental safety

Bioprocesses laboratory

Expression of recombinant proteins and metabolites, improvement and bioprocess and bioreactor optimisation

Obtaining polyunsaturated fatty acids through biotechnological processes

Use of industrial sub-products to obtain high added value biotechnological products

Separating products using bio-separation processes

Tissue engineering laboratory

Design and synthesis of nanometric biomaterials analogue of extra-cellular matrices

Development of tri-dimensional instructional environments for the functional differentiation of stem cells

Environmental reprogramming of adult stem cells to use them in regenerative medicine platforms

Impact of an haemodynamic environment on the functionality of vascular cells

Monitored medication administration in vascular devices

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