HealthTech Innovation
Project
Vibranov
NOVEL GUIDANCE FOR MEDICAL DEVICES
VIBRONAV – vibroacoustic device navigation research-initiative of the AGH University, Krakow, Poland (Prof. Michael Friebe, PhD) and JLU, Giessen, Germany (Prof. Gabriele Krombach, MD)
MTP / MISSION / VISION
“The goal is not to just DIGITIZE, but to create better MEDICINE.”
“Joint and interdisciplinary research between clinicians and engineers with a clear purpose is the key to translation.”
MASSIVE TRANSFORMATIVE PURPOSE: Error-free medicine
MISSION: Integrate novel sensing
VISION: vibroacoustic tissue device information as a base for improved guidance
What Is Vibranov
OPUS LAP — German DFG / Polish NCN joint researchEngineering / Sensor / AI expertise from AGH University of Science and Technology and Clinical Expertise, Workflow optimisation, UX design from JLU – Justus Liebig University
01.2023 – 12.2025Total research budget – approx. € 700.000
Goal: Develop an advanced audio-enabled support system and technique for needle guidance in vascular punctures as a preparation or start of interventional radiological procedures (catheters). Novel audio sensors and advanced signal analysis techniques will be combined to extract and characterize clinically relevant features within a vibroacoustic sensing setup.
TIMELINE
Finish research proposal by Dec. 15 2021 – DONE
First student thesis projects Winter Semester 2022 – SEARCH FOR CANDIDATES – DONE
First PhD Student hired January 2023, Team Building, … – DONE
Office and Lab Space identified and equipped – March 2023 – DONE
(Building D2 Room 212 – really nice – we may need to move in September 2024 though)
First Conference Paper submitted – JANUARY 2023 — CARS CONFERENCE IN MUNICH – plus a Conference paper to BMT – DONE
Setup lab research – DONE
First peer reviewed research journal papers published Q1 2023 – DONE
5 conference and Journal papers published by Q1 2024 – DONE (total of 8)
Setup lab Setup with Robotic Arm (Ultrasound) and Audio Sensing completed – by Q2 2024- DONE
Novel concept for Audio Tissue Signal evaluation for interventional therapy application – by Q4 2024
Contact Persons
Prof. Michael Friebe, PhD
Katarzyna Heryan, mgr inż.
Locations
AGH University Of Science, Building D2, 30-001 Kraków/ Poland
Project Members
Prof. Michael Friebe, PhD
Katarzyna Heryan, mgr inż.
Dominik Rzepka, dr inż.
Katharina Steeg
Hamza Oran
Oğuzhan Berke Özdil
Witold Serwatka
Natalia Cholewa
Juliusz Stefański
Jacek Wesół
Maksym Bondar
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