All UDC centers have a Internal Quality Assurance System (IQAS), verified by the Agency to Calidade do Sistema Universitario de Galicia (ACSUG) and ANECA in FIDES programs and AUDIT, respectively, and in accordance with the standards and Guidelines for Quality Assurance in the EHEA. Within IQAS centers integrate all their degrees and masters. IQAS procedures established who and how to follow up and monitoring of the results and the student's learning process in the titration, establishing coordinating bodies and mechanisms, evaluation and continuous improvement of the studies, which are the academic comittee and the quality assurance commision of center.
The IQAS establish how UDC centers measure and analyze the learning outcomes. To do the IQAS uses rates and global indicators for assessing the quality of training provided. Included among the results, in addition to the fees included in the title verification reports (efficiency rates, graduation and dropout), assessment rates, success and performance. We compare the results obtained in the title with the center's results for each indicator.
To ensure that the title is developed in accordance with the verification report presented the center conducts an annual monitoring report in accordance with the procedures of the center IQAS and results. This report is reviewed by the ACSUG, external evaluation agency.
The outcome of this analysis will emerge corrective actions and improvement proposals that achieve the intended objectives and the improvement of the degree.
In order to ensure proper standards and quality at UDC, an academic management committee and a quality assurance committee are appointed for each faculty/school. In addition to, each faculty/school will be able to establish a specific academic management committee of the study.
|Total enrolled credits||2019/2020||360|
|Credits on 1st enrollment||2019/2020||360|
|Credits on 2nd enrollment||2019/2020||0|
|Credits on 3rd enrollment and above||2019/2020||0|
|% credits repeated||2019/2020||0|
|Average credits by student||2019/2020||60|
|Total enrolled credits||2019/2020||46,990|
|Credits on 1st enrollment||2019/2020||37,110|
|Credits on 2nd enrollment||2019/2020||6,265|
|Credits on 3rd enrollment and above||2019/2020||3,618|
|% credits repeated||2019/2020||21.03|
|Average credits by student||2019/2020||55.48|
|Total enrolled credits||2018/2019||480|
|Credits on 1st enrollment||2018/2019||480|
|Credits on 2nd enrollment||2018/2019||0|
|Credits on 3rd enrollment and above||2018/2019||0|
|% credits repeated||2018/2019||0|
|Average credits by student||2018/2019||60|
|Total enrolled credits||2018/2019||46,630|
|Credits on 1st enrollment||2018/2019||36,610|
|Credits on 2nd enrollment||2018/2019||6,127|
|Credits on 3rd enrollment and above||2018/2019||3,897|
|% credits repeated||2018/2019||21.5|
|Average credits by student||2018/2019||56.25|
|Total enrolled credits||2017/2018||780|
|Credits on 1st enrollment||2017/2018||780|
|Credits on 2nd enrollment||2017/2018||0|
|Credits on 3rd enrollment and above||2017/2018||0|
|% credits repeated||2017/2018||0|
|Average credits by student||2017/2018||60|
|Total enrolled credits||2017/2018||47,750|
|Credits on 1st enrollment||2017/2018||36,740|
|Credits on 2nd enrollment||2017/2018||7,204|
|Credits on 3rd enrollment and above||2017/2018||3,810|
|% credits repeated||2017/2018||23.07|
|Average credits by student||2017/2018||57.88|
Success Not success Not presented
Success Not success Not presented
These are the master thesis works that have been read in recent academic years.
Development of viologen-amino acid hybrids for the non-covalent functionalization of peptides
Obtaining and Characterization of Conductive Biodegradable Polymers Based on PANI-DBSA/PCL
Peptide-viologen conjugates as supramolecular tools for nanomaterials design
Study of vanadium complexes (IV and V) with hydrazone ligands derived from pyridoxal and their possible application as antitumor agents.
Synthesis of 1H-isochromenes by Indium(III)-catalyzed cycloisomerization reactions of o-alkynyl benzilic alcohols.
Synthesis of coumarin and chromone derivatives by cross-coupling reactions with indium organometallics
Synthesis of fluorescent probes based on nitrogen heterocycles by cross-coupling reactions with indium organometallics
Synthesis, characterization and study of magnetorheological properties of superparamagnetic photonic crystals
Computational study of the Lewis acid character of borow halides
Design and rheological study of ceramic materials for 3D printing
Determination of volatile compounds in beer
Functionalization of ML [M = Pd(II)/Pt(II)] metallacycles through the metal centers
Hydrotreatment Unit of the Repsol Refinery in A Coruña
Preparation of analogues of amonabactins and their possible application as antimicrobials against furunculosis
Preparation of organic-inorganic hybrid materials based on imidazole halobismutates.
Research project of decontamination of soils by diesel in the Eptisa construction laboratory.
Self-assembly of new cationic cyclophanes
Supramolecular assemblies of peptide-viologen conjugates as tools for chemical biology applications.
Synthesis of bioactive chromenes: Tonabersat and analogues
Synthesis of ruthenium organometallic complexes with hexahapto ligands
Vanadium (V) complexes with ligands from hydrazones and a study on their potencial applications as anti-tumour agents
Offer available places last year and, for degree studies, you can also check the cut notes of those admitted by PAAU.
|academic year 2018/2019|