01
Trauma
Medical-device technology, clinical workflows and solutions supporting trauma care.
Medical devices · Madrid
Technology that moves care forward.
I connect clinical needs, engineering and execution across trauma, hip and knee, cardiovascular technology, electrophysiology and arrhythmias.
5+ years across healthcare technology
4 clinical technology areas
1 patient-centred perspective
Areas of focus
Where engineering meets clinical practice.
A professional profile built around understanding complex technologies, supporting their adoption and translating technical detail into practical value.
02
Hip & Knee
Implant technology, arthroplasty, wear analysis and data-driven approaches to orthopaedics.
03
Cardiovascular
Cardiovascular physiology, simulation, perfusion technologies and patient modelling.
04
Electrophysiology
Clinical technology and innovation related to arrhythmias, mapping and cardiac rhythm care.
About me
Technical depth. Clinical context. Real execution.
I am a Biomedical Engineer from Madrid with international experience in medical devices, cardiovascular simulation, field engineering and applied AI. My work sits between technical understanding and real-world adoption: learning how a solution works, communicating its value and helping ensure it performs when it matters.
My academic and project background includes hip arthroplasty, implant wear, medical imaging, machine learning and medical-device design. I am especially interested in the intersection between orthopaedic and cardiovascular technologies and the people who use them.
Medical devicesClinical applicationsField engineeringAI & dataCustomer training
Experience
From design and simulation to the field.
Field Service Engineer
On-site technical support, maintenance, customer training and structured troubleshooting across clinical and research environments.
Biomedical Applications Engineer
Patient modelling, ECMO and CPB simulation, medical-device development, calibration, validation, demonstrations and customer support.
Hospital Engineer Intern
Medical-device management, hospital technology assessment and evaluation of imaging, laboratory and ICU equipment.
Biomedical Engineer
Biomedical engineering at Universidad Rey Juan Carlos and bioengineering at UC San Diego, with a focus on medical devices and cardiovascular physiology.
Selected work
Projects with a clinical and technical point of view.
A selection of projects connecting data, medical devices, orthopaedics and healthcare systems.
Hip & knee · AI/ML
Surgical-site infection prediction in hip arthroplasty
Machine-learning models using real clinical data to explore infection risk following hip arthroplasty.
Hip arthroplasty · FEA
Polyethylene liner wear analysis
Finite-element analysis of fixation, thickness, femoral-head material and implant positioning.
Cardiovascular · Simulation
Patient modelling for perfusion technologies
Mathematical and machine-learning models related to cardiovascular physiology, ECMO and CPB.
Medical devices · Design
Surgical device development
Mechanical design, verification thinking, market analysis and regulatory considerations for a surgical stapler.
Imaging · Healthcare systems
PET/CT department installation
Radiation protection, risk-zone classification and patient-flow planning for nuclear medicine.
AI · Medical imaging
Chest X-ray classification
A convolutional neural network for classifying healthy, viral-pneumonia and bacterial-pneumonia images.
Let’s connect
Let’s build technology that matters.
For conversations around medical devices, trauma, hip and knee, cardiovascular technology, electrophysiology, arrhythmias or clinical applications.