Curriculum Vitae
Work Experience
| July 2024 – Now | Fraunhofer MEVIS | Research Scientist Development of a low-field MRI system with a focus on the development of modular hardware systems |
| August 2021 – February 2024 | FH Aachen – University of Applied Sciences | Research Assistant Development of embedded hardware modules and technical support for the FB5 makerspace |
| September 2022 – February 2023 | CERN | Technical Student Research and implementation of Kubernetes security techniques |
| June 2021 – September 2021 | CERN | Technical Student Development of Oracle RESTFUL Data Services interfaces |
| March 2016 – February 2021 | FH Aachen – University of Applied Sciences | Student Assistant Development of RT-Linux driver components for the networked railway freight wagon 4.0 |
| December 2018 -August 2021 | Freelance software and hardware developer | Development of patient-oriented software systems in medical technology |
Education
| September 2021 – February 2023 | FH Aachen – University of Applied Sciences, M.Eng. Information Systems Engineering, Specialization: Realtime-Systems
Thesis: Development of a permanent magnet characterisation framework for use in low-field MRI systems |
| September 2016 – February 2021 | FH Aachen – University of Applied Sciences, B.Sc. Computer Science, Specialization: Technical computer science |
| September 2014 – August 2016 | Games Academy GmbH, GA. Game Programmer |
Research Fields
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- Marcel is working on the development of low-field MRI systems, with a focus on the development of modular readout hardware systems. In particular, the focus is on real-time synchronization of embedded systems and field programmable gate arrays (FPGA) to implement complex signal processing chains in real time. The optimization of software and hardware systems ensures precise synchronization of the acquired data, which significantly improves the efficiency of subsequent data analysis for imaging procedures.
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Thesis Topics
Design and Evaluation of whole FDM 3D-Printed RF Coils made of conductive Materials for use in low-field MRI Systems Contact: Marcel Ochsendorf
More information about the research project
Design and Implementation of an NMR Field Probe for Comprehensive Characterization of Low-Field MRI Magnet Systems Contact: Marcel Ochsendorf
More information about the research project
Development and Evaluation of a framework for real-time synchronization of microcontrollers in distributed Low-Field MRI control systems Contact: Marcel Ochsendorf
More information about the research project
Publications
Journal Publications
Conference Publications