Manuel Stich

MRI Research at NIH

* Scientific Computing für Ingenieure * Data Sciences für Ingenieure * Machine Learning (ab WS2018/2019)

Graduate School of Live Sciences (GSLS UKW) Institut for diagnostic and interventional Radiology - Experimentel Radiology: PhD in MRI-Physics/Imaging (working group of Prof. Herbert Köstler) MRI Research: MR sequence programming and design. Model-based image artifact reduction in non-Cartesian imaging. Novel approaches for trajectory correction

Project coordinator of the project “IIIRay – influence of implants caused by ionizing radiation” (iiiray.com), Ostbayerische Technische Hochschule Amberg-Weiden, working group of Prof. Ralf Ringler) * Scientific project coordination (3 team members) * Design of measurement setups and multivariant data analysis * Presentation of project results at (inter)national conferences

* Implementation of multimodale Image Segmentation algorithms * Development of a multimodal hybrid Brain Phantom used in Radiology/Nuclear Medicine & MRI-Imaging. * MRI-Relaxometry used for determining T1/T2-Relaxation times. * Phantom used for evaluating and benchmarking Image Segmentation methods (pixel based, region based, model based, unsupervised & supervised machine learning) with MATLAB

* Half position besides my full-time master study * Assisting in the supervision of bachelor's theses * Teaching MATLAB and LabVIEW courses: e.g. medical data analysis & statistics * Applied research projects with industry partners * Applied research in radiology (CT, MRI) and molecular imaging (PECT, SPECT) * Presentation of the research results at conferences * Successful generation of funding and research grant applications

"Creating a setup for O2-Spectroycopy with a focus on algorithms using LabVIEW and MATLAB." 1) Acquiring and setting up system requirements (Requirements-Engineering). 2) Development of a SW/HW-Demonstrator with LabVIEW (Control) and MATLAB (Algorithms, Signal Processing). 3) Developing the System Design for a FPGA/µC-based System. 4) Development of the SW-System according to IEC 62304.

1) Sensors, Signal processing, Measurement technology in Cardiovascular Diagnostics & Therapy. 2) Development of a technical Demonstrator used for a new kind of non-invasive, continuous Blood Pressure Monitoring. 3) Development of a Test-Rig with LabVIEW & DAQmx used for Defibrillation Systems. 4) Supporting the Quality Department, setting up Test Specifications. 5) Specifications Testing (V-Model).

Tutor for math preparation courses for study beginners. Tutor for mathematics I + II for engineers.

JAVA-Tutor in procedural programming using the java programming language.

MR-Physics, non-Cartesian MRI-Imaging, Data Sciences

Systems Engineering/Technology Management/Medical Imaging

Complex Function Theory, Algorithms & Data Structures

Medical Image Processing, MRI Physics, Computergraphics, Signal Processing, Software Engineering, Control Technology, Biophysics, Radiation Physics, Biomedical Measurement, Diagnostic Systems, Therapeutical Systems