Michael Ebner

Based on safe light alone, Hypervision Surgical will equip surgeons with intelligent vision for improved surgical precision and patient safety

With the support of the Royal Academy of Engineering, the goal is to develop a medical device capable of contact-free, contrast-agent-free, wide-field imaging and real-time tissue characterisation for seamless surgical guidance. https://www.kcl.ac.uk/news/dr-michael-ebner-wins-prestigious-raeng-enterprise-fellowship

• Computational hyperspectral imaging for real-time data-driven surgical guidance

• Appointment to facilitate collaboration with medical experts and clinical scientists • Translation of developed algorithms as clinical research tools

• Appointment to facilitate collaboration with medical experts and clinical scientists • Translation of developed algorithms as clinical research tools

• Appointment to facilitate collaboration with researchers and clinical scientists at the School of Biomedical Engineering and Imaging Sciences and associated hospitals

• Volumetric MRI reconstruction from 2D slices in the presence of motion to enable 3D visualization for improved pre-surgical planning and disease diagnosis • Applications include fetal MRI, abdominal MRI, longitudinal MR neuroimaging • Point-spread-function-aware registration with robust, inter-slice regularization • Motion-robust MRI Super-Resolution Reconstruction algorithm (Python, C++) • Link to Github repository: https://github.com/gift-surg/NiftyMIC

• Image fusion for improved interventional navigation in spine surgery (Development lead) • Deep learning-based image synthesis

Consulting of an early-stage venture in the healthcare industry including • comprehensive market and competition analysis • identification of both direct and indirect competitors of the client • research on market positioning, pricing, and marketing strategies • advise on an appropriate go-to-market strategy for the client See less

• Master's thesis collaboration with AIT • Modelling of the arterial cardiovascular system

• Research internship, Medical Sensors and Devices Laboratory • Modeling and simulation of flows in porous media • Throttle system development for implantable infusion pumps

Nachhilfe in Mathematik und Physik

• Numerical solution of PDEs using the Boundary Element Method (BEM) • Algorithmic development with high emphasis on numerical stability

Fehlersuche und ­-behebung von Prozessor-­ und Steuerplatinen

Erstversorgung bei Notfällen, Krankentransport

Simulation, Aufbau, Berechnung, Messung und Dokumentation von HF-­Schaltungen. Durchführung von EMV-­Messungen

• PhD in Medical and Biomedical Imaging • Volumetric MRI reconstruction from 2D slices in the presence of motion • Training in Machine Learning, specifically CNNs • Supervised by Prof. Sébastien Ourselin and Prof. Tom Vercauteren

Auslandssemester; Kurs-Schwerpunkte: Fourier-Analysis und Modellierung Biologischer Systeme

Time discretization techniques for large ODE systems

Auslandssemester; Kurs-Schwerpunkte: Analysis und Algebra

Algorithms for curves and surfaces, and its applications

Angewandte/Numerische Mathematik, Elektrotechnik, Fluiddynamik

Grundlagen von elektronischen Bauteilen und Schaltungen, Mikroelektronik, Computertechnik (Mikroprozessoren und ­-controller, Entwicklung von Hard­ und Software), Kommunikationstechnik, Bauelemente der Elektronik und Digitaltechnik