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14 February 2017
Find out about bachelor's degrees, postgraduate courses and all the educational courses offered by the UdG.
Teaching is concentrated in the faculties and schools, and the departments deal with research, which is also conducted by institutes and chairs, at the same time responsible for knowledge promotion.
General laws of mechanics, thermodynamics, fields and waves and electromagnetism and its application in solving typical engineering problems
General laws of mechanics, thermodynamics, fields and waves and electromagnetism and its application in solving typical engineering problems.
Linear algebra, geometry, differential geometry, differential and integral calculation, differential and partial differential equations, numerical methods, numerical algorithms, statistics and optimisation.
Foundations of materials science, and the structure and properties of materials.Study of metallic and ceramic materials, polymers, composites, electrical and magnetic materials, materials for electronics.
Basic Algorithms.Downward design.Actions and functionsSpecification.Iterative and inductive design.Sequences.Tables.Files and introduction to data bases.
Recursiveness.Efficiency.Verification and tests.Ordering and research.Introduction to object orientation.
Foundations of: Anatomy and physiology of the human body.Systems: skeletal-muscular.Nervous.Endocrinologist.Cardiovascular.Lymphatic.Respiratory.Digestive.Renal.Reproducer.Immunological and blood.
Introduction to the biomedical engineering centred in the resolution of the concrete problems of engineering that they consider in the area of the medicine.Knowing its applications in the sanitary world so many from a welfare point of view, research and innovation.
Complements of: Anatomy and physiology of the human body.Complements of Systems: skeletal-muscular.Nervous.Endocrinologist.Cardiovascular.Lymphatic.Respiratory.Digestive.Renal.Reproducer.Immunological and blood.
Statistics and optimisation
Representation of information.Algebra of Boole.Logic gates.Combinational systems.Sequential systems.Programmable logic systems.Design of a simple computer.Introduction to operating systems.
Basics of image processing.Histogram based operations.Neighbour based operations.Image analysis.Segmentation.Characterization: colour, texture and form.Statistical classification techniques (pattern recognition).Image and video database access systems.
Foundations: Heuristic research and problems of restrictions satisfaction, Representation of knowledge.Applications: Individual decision making: utilities, preferences, multicriterion decision making.Decision making in the presence of others: computational theory of games.
Circuit theory.Electrical machines.Electronic components.Analogue electronics.Digital electronics.Foundations of industrial automation.Automated systems.Foundations of automatic regulation and control technology.
Analogue electronics.Digital electronics.Programmable logical devices.Electronic instrumentation.Power electronics.Applications of electronic devices.
Analysis of the human body based on the organs.Functionality of the body.Biomechanical aspects of bone-muscle interaction.
Fundamentals of the generation of signals in biomedicine and, in particular, of those that lead to diagnostic support images.Presentation of cases and examples of motivation and application.
Principles of mechanics.Statics and kinematics of the rigid solid.Concept, contextualisation and classification of biomaterials.Presentation of cases and examples of motivation and application.
Modular design.Advanced concepts of orientation in objects.Case studies.Development of a programming project.
Database design.Conceptual design of databases.EER model and conceptual design from class diagrams.Logic design.Relational model.Physical design.SQL.Database management systems.Database systems properties and characteristics.Database storage components.Structure and organisation of files.Access to data and optimization of queries.Processing transactions.Techniques for controlling concurrence, recovery and security in databases.
Modelling and simulating dynamic systems.Systems analysis.Continuous and discreet control.Control for computers.Advanced control systems.Control structures.Robotic systemsTechnologies in industrial automation.Programmable automaton.Structured design of automatisms.Designing industrial computer systems.Real-time systems.Distributed computer systems.Networks and data communication systems.Calculation and design of domestic and industrial electrical systems
Phases of designing electronic devices applied to industry.Phases of project implementation.CAD/CAE techniques and tools for designing circuits and electronic items.Regulations and quality in designing electronic items.Documentation of electronic devices applied to industry.Design phases of an automation and control project.Phases of project implementation.CAD/CAE techniques and tools.Regulations and quality in designing automation and control projectsAutomation and control system documentation for industrial processes
Cycle of product design applied to cases of prostheses, implants and medical devices.Understanding the design process and techniques, and the components of the product life cycle.Presentation of cases and examples of motivation and application.
Measurements, signal acquisition, bioelectrical signal processing, characteristics of the equipment used for diagnostics and monitoring.Presentation of cases and examples of motivation and application.
Sources of knowledge: existing case records, database sharing, medical evidence.Information management: information fusion, producing indicators, quality of the information.Generation of knowledge: machine learning, data mining and knowledge discovery, big data.Population and personalised models.Presentation of cases and examples of motivation and application.
Medical image analysis and applications: image preprocessing (standardisation, noise removal and bias field), segmentation methods (active, atlas-based), image registration methods (rigid and non-rigid).Development and evaluation of computer-aided detection systems (CADe), characterisation and diagnosis (CADx).Presentation of cases and examples of motivation and application.
Biomedical system modelling.Compartmental models.Inter- and intra-individual variability.Identification of parametric models.Identifiability.Parametric identification Physiological Control Systems.Control schemes.Instrumentation.Case study. Examples of motivation and application.
Concept of business.Legal framework of business.General and business economics.Business administration.Production system and industrial organisation
Training action developed by the student in any entity, be it public or private, national or foreign, that has a collaboration agreement with the Polytechnic School with the aim of applying and complementing the training acquired, approximating the reality of the environment in which the student will exercise their professional activity and developing skills that will assist their incorporation into the job market.Its performance is governed by the centre's specific regulations for this activity.
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