PhD researcher working on the project "Dynamic Functional Connectivity in Alzheimer’s Disease: early diagnostic and evolution". Financed through the FPU 2018 scholarships. Thesis directors: Andrés Santos Lleó, Ernesto Pereda de Pablo.

Associate researcher at the Laboratory of Cognitive and Computational Neuroscience, collaborating in the project "Resting state brain activity in William's syndrome: a first MEG approach", as an additional project to that of the PhD thesis. Acquisition and treatment of magnetoencephalography signals as well as their interpretation from a research perspective are my main roles. A scientific article will be published from the results of the project.

Researcher in the project "Dynamic functional connectivity for classification of Alzheimer patients". Contract granted through the "Lanzadera" Scholarships from Caja de Ingenieros, and managed by the Ciber-BBN.

Associate researcher in charge of magnetic resonance imaging (MRI) processing, results interpretation and article publishing. The investigation project is mainly focused in phase II and III treatments for stroke patients, as well as studies in neuronal plasticity in patients with brain tumors.

Master student researcher at the Clinical Neurophysiology group at the University of Twente, where I was part of the project "EEG Connectivity Measures in Prognostication of Postanoxic Coma Patients", under the supervision of Michel J.A.M. van Putten and Fernando Maestú. The results are being used to write a scientific article. Grade obtained: 9.

Master student researcher in the Laboratory of Cognitive and Computational Neuroscience, collaborating in the project "Physical Activity and Sex in Subjective Cognitive Decline: a MEG study". Acquisition and treatment of magnetoencephalography signals as well as their interpretation from a research perspective were the main objectives for this internship. The results served for publishing a poster in the Alzheimer Association International Congress 2018 (AAIC 2018), and a scientific article is being prepared.

Design of an equipment for Magnetic Hyperthermia and characterization of the influential parameters in this technique. Grade obtained: 10

Performed evaluation of technical facilities at different departments of the hospital and the operation rooms, suggesting changes and improvements.