Experience

Resyca

• Netherlands
• Pharmaceutical Manufacturing
• 1 - 100 Employee

• Design Assurance Engineer

  • Dec 2022 - Present



Universität zu Lübeck

• Higher Education
• 200 - 300 Employee

• Doctoral Candidate

  • Sep 2015 - Present

  Thesis topic: In-vitro experimental investigation of airflow in the upper airway during obstructive sleep apnea and blood flow in a stenosed artery using 2D PC-MRI and 4D flow MRI. Responsibilities held • Development and conduction of various experimental methods for flow analysis in the biological model (upper airway and stenosed artery) • Study of rheological characteristics of materials to fabricate realistic airway and artery models • 3D printing or casting of models from segmented medical images of patients • Conduction of flow experiments (2D PC-MRI, 4D flow MRI, Doppler ultrasound, and pressure analysis) to study various flow parameters • Image post-processing, analysis, and evaluation Mentoring and teaching • Mentored work students, bachelor‘s and master thesis • Assisted teaching of signals and systems, inverse problems in medical imaging, and medical imaging Scientific writing, talks, and presentations • Authored 1 publication, co-authored 4 publications • Talk and poster presentation in BMT (2016 and 2017) and ESMRMB (2016 and 2017) Show less



SimTech, University of Stuttgart & Fraunhofer IPA, Stuttgart

• Stuttgart Area, Germany

• Master thesis and student research assistant

  • Aug 2014 - Aug 2015

  Thesis topic: Calibration of ultrasound transducers to monitor dynamic movements of the residual femur within a transfemoral socket. Responsibilities held: • Calibration and measurement error analysis of the A-mode ultrasound transducer (the ultrasonic system used is an Inoson process conditioning monitor 8 100 MHz system) in a water bath and stump model • Analysis of the real-time signals obtained from the ultrasound transducer in MATLAB • Validation of ultrasound values with values obtained from qualisys motion capture system • Extension of the method to find the position of the femur in a normal healthy human subject and validation of the values obtained by comparing it with MRI data Show less



Institut für Kunststofftechnik

• University of Stuttgart

• Student Research Assistant

  • Apr 2015 - Jun 2015

  Work topic: Development of image analysis techniques for crack propagation in a plate during non-destructive testing. Work topic: Development of image analysis techniques for crack propagation in a plate during non-destructive testing.



Institut für Geotechnik

• University of Stuttgart

• Student Research Assistant (HiWi)

  • May 2014 - Aug 2014

  Work topic: Simulation and post-processing of pile driving based on MPM methods. Work topic: Simulation and post-processing of pile driving based on MPM methods.