Biomedical engineer · Computational physicist · CFD/FSI
Associate Researcher · University of Santiago de Compostela
I combine physics, mathematics, and biomedical engineering to address patient-specific questions in medicine and support academic, clinical, and R&D teams.
Research experience & collaborations
Current research
I investigate clinically relevant biomechanics of the inner ear and aorta using AI-assisted medical image analysis and reproducible computational modeling workflows.
01 · Vestibular biomechanics
I combine patient-specific anatomy, fluid dynamics, and clinical measurements to investigate BPPV, vHIT, and magnetic vestibular stimulation.
Current focus Mechanistic interpretation of diagnostic tests, maneuver design, simulation-guided treatment strategies, and clinical validation.
02 · Cardiovascular mechanics
I use image-based CFD and FSI to study aortic blood flow and wall mechanics, aiming to support personalized approaches to hypertension and atherosclerosis.
Current focus Aortic hemodynamics, vessel elasticity, pulse-wave dynamics, and clinically interpretable biomechanical metrics.
03 · Medical imaging & AI
I generate patient-specific anatomical models from medical images using AI-assisted analysis, automated segmentation, and geometry reconstruction.
Current focus Landmark detection, workflow automation, and reproducible image-to-simulation pipelines.
I welcome collaborations that turn clinical or experimental questions into testable computational studies.
Discuss a research collaborationConsulting and R&D
I support academic, clinical, and R&D teams with clearly scoped biomedical simulation projects, traceable methods, and practical deliverables.
Turn a clinical, experimental, or R&D question into a realistic modeling plan with clearly defined data requirements, assumptions, risks, and validation needs.
Typical outputs Feasibility assessment · technical roadmap · data and validation plan
Develop fit-for-purpose, image-based CFD/FSI, particle-transport, or multiphysics models to test hypotheses, compare scenarios, and evaluate design choices.
Typical outputs Computational model · simulation-ready geometry · sensitivity analysis · documented workflow and results
Independently assess model assumptions, numerical methods, uncertainty, validation, and reproducibility, with clear recommendations for handover or further development.
Typical outputs Technical review · verification and validation priorities · handover documentation
Have a biomedical modeling question? Let’s define a focused first step.
Discuss a consulting projectResearch output
European Archives of Oto-Rhino-Laryngology
Hearing Research 466:109374
Communications Medicine 5, 27
Ear & Hearing 45(4):1033–1044
Computers in Biology and Medicine 163:107225
Contact
Briefly share the objective, available data, and expected timeline.
Joint studies, clinical questions, research proposals, or projects requiring computational modeling support.
Email about a collaboration Consulting & R&DFeasibility assessment, model or workflow development, independent review, or technical handover.
Email about a project
