Image-Guided Surgery & Therapy
- Ablation Therapies
- Advanced Ultrasound
- Noninvasive Interventions

Strasbourg · France
Open to consultingSurgeon-Scientist · Translational Innovator
Data-driven · AI-powered · Image-guided · Energy-based · Human-centered
I'm a Surgeon-Scientist
Advancing image-guided surgery and medical innovation — from the operating room to the bedside.
About
Juan M. Verde, MD, MSc — Business, Engineering & Surgical Technology Transfer
I am a fully trained surgeon, deeply devoted to translational research. I tackle challenges with divergent thinking, exploring unconventional and innovative solutions. My constant pursuit is to impact patient outcomes and contribute to the evolution of healthcare systems through creative problem-solving.
"Working at the intersection of surgery and technology — where AI, image guidance, data, and energy converge into precise, minimally invasive therapies."

University of Buenos Aires (UBA)
Graduated top of class, GPA 9.19/10.
UBA University Hospital
Vascular, oncologic, thoracic & digestive surgery; focus on advanced imaging and image-guided therapies.
Ryder Trauma Center, University of Miami
UBA University Hospital
Led a team of 20 residents.
Argentinian Society of Ultrasound (SAEU), Buenos Aires
GPA 9/10 · Mar–Dec 2011
UBA University Hospital
HBP surgery, liver tumor ablations, minimally invasive surgery.
Beaujon Hospital, Paris
Paul-Brousse Hospital, Paris
Limited license to practice in New York.
Westchester Medical Center (NY Medical College)
Médecins Sans Frontières (MSF)
m3d ~ health (medical 3D / health-tech startup), Buenos Aires
Digital House Coding School
Web development and machine learning.
IHU Strasbourg & IRCAD
Needle-based image-guided ablation for liver and pancreas.
University of Strasbourg
Finance, regulatory affairs, IP, product quality.
Medical licenses: Spain (active) · Argentina, medical & surgical (active) · USMLE / ECFMG (USA).
Focus
Where my research and clinical work concentrate.
Projects
A selection of public research and innovation projects I contribute to.
Adjustable-stiffness steerable needle for image-guided percutaneous interventions: controlled trajectory changes and single-insertion access to multiple targets (ablation, biopsy, fiducial placement, drug delivery).
IHU Strasbourg · SATT Conectus
Learn moreA strategic consortium (E-Scopics, Vermon, IHU Strasbourg, Inria) developing a new generation of software-based, intelligent and frugal point-of-care ultrasound.
France 2030 (2025–2029)
Learn moreA France 2030 program led by Dassault Systèmes with 14 partners (including IHU Strasbourg and Inria), building virtual twins for precision medicine in cardiology, neurology and oncology.
France 2030 · Bpifrance i-Demo
Learn moreA non-invasive focused-ultrasound device for localized drug delivery, designed to overcome barriers (blood–brain barrier, pancreatic stroma) behind treatment resistance, with a preclinical efficacy study (ICube).
Fondation FORCE
Learn moreA fast-track surgical pathway for lung cancer at IHU Strasbourg, combining advanced imaging, AI, surgical navigation and minimally invasive/robotic surgery — diagnosis to surgery in under 24 hours.
Fondation FORCE
Learn moreIntravascular-ultrasound–based 3D reconstruction for intraoperative liver navigation.
IHU Strasbourg (Proof-of-Concept)
Real-time thermal-ablation planning using neural-surrogate models and automated trajectory optimization.
ITI HealthTech
Single-insertion fiducial-marker deployment to enhance SBRT guidance.
IHU Strasbourg · ITI HealthTech
Research
Peer-reviewed articles and book chapters across image-guided therapy, trauma, and hepato-pancreato-biliary surgery.
A selected top 10 — see Google Scholar or ORCID for the full list.
Book chapters
Author/co-author of 15+ book chapters in surgical atlases and textbooks — including the American College of Surgeons Multimedia Atlas of Surgery, Springer Trauma Surgery and Encyclopedia of Intensive Care Medicine, and Elsevier Atlas of Trauma & Emergency Surgical Techniques.
Multiple national awards for anatomy & surgical research (Argentina, 2005–2012); CIRSE Featured Paper of the Session (2012).
One-Health lemur surgery · July 2026
Talks & interviews
EP 4 494 593 A1 · IHU Strasbourg · published 2025
In total, co-inventor on 6 patents and software filings (2022–2026) spanning image-guided intervention, ablation planning, steerable instruments and surgical navigation — details on request.
Supervision & mentorship
Since 2023, co-supervised or mentored 17 trainees — 3 PhD candidates, 3 Master's students, and 11 engineering interns — in ablation planning, ultrasound AI, steerable needles and surgical navigation.
IHU Strasbourg · Inria (MIMESIS) · ICube — University of Strasbourg (MLMS)
Collaborate
Open to consultingAt the IHU Strasbourg, I help medtech innovators turn promising technology into validated, regulator-ready products — across preclinical science end-to-end, from study design and in-life data collection to analysis and regulatory work. Drawing on training as a surgeon, a translational scientist, and a GLP study director, I work at the seams others struggle with — preclinical study design, regulatory strategy, pre-clinical validation, and the AI and machine learning that increasingly sits inside the device, including AI-enabled Software as a Medical Device (SaMD).
I direct GLP-compliant and non-GLP preclinical studies — working with both startup companies and large corporations — at the IHU Strasbourg preclinical platform, France's first GLP-certified facility for non-clinical medical-device evaluation.
Preclinical & translational services
Directed 25+ preclinical and experimental device-evaluation studies (GLP-compliant and non-GLP) as Study Director for 15+ industry and academic sponsors — from early-stage startups to multinationals — spanning 11 clinical domains, reflecting broad interdisciplinary reach, and supporting regulatory submissions including to the U.S. FDA. These studies have supported successful regulatory clearances across the major agencies — U.S. FDA, European CE marking / EU MDR, and Japan's PMDA, among others — with a strong track record of clearing review with minimal deficiencies.
Figures reflect a non-confidential selection; sponsor and device details remain confidential.
Regulatory & innovation training
Continuing education in regulatory science — IPI Academy: FDA Approval Process for Medical Devices (2024), Market Authorisation of AI-Enabled Medical Devices (2026), Human Factors & Instructions for Use (2024), and Sustainable Design & Manufacture for Medical Devices (2023); NAMSA (FDA preclinical requirements); EU MDR / EU AI Act and medical-software design.Study design (acute / survival / safety), endpoints, histopathology, GLP study direction, SOPs.
Outcome → A defensible, regulator-ready preclinical program.
Pre-Sub packages, draft protocols, regulatory questions, evidence strategy.
Outcome → A stronger, better-aligned FDA interaction.
A surgeon's clinical insight for device design and bench-to-bedside validation; ablation, ultrasound, navigation, robotic compatibility.
Outcome → A device validated against real clinical use.
SaMD evaluation, surgical-data-science perspective, CRO selection and benchmarking, R&D-to-clinic translation.
Outcome → Credible AI claims and a faster path to the clinic.
Beyond the lab
Contact
Consulting & collaboration
Juan Verde — MedTech Advisor
For consulting, advisory and partnership inquiries.
consulting@juanmaverde.comResearch & academic
IHU Strasbourg
For research, teaching and IHU-related matters.
1 Pl. de l'Hôpital, 67000 Strasbourg, France