Zurich, Switzerland
The overall topic of my research could be described as :Computational analysis and modeling of mechanobiology in bones: in vivo and in vitro Specifically, I worked in international and interdisciplinary research teams comprised of e.g. engineers, biologists, and clinicians, to evaluate medical images of bones in order to prevent and understand mechanisms of fractures. My main projects were creating and analysing lab grown mini bones, (in vitro bone organoids) from patients with Osteogenesis imperfecta, a rare genetic brittle bone disease, in order to enable patient specific disease treatments in the future. Additionally, I analyzed the combination of medication and physical therapy on osteoporosis in a mouse model.
I worked as a student consultant in a strategy and management consulting company. I was involved in a large digital transformation project using agile project management for a leading medical technology company. Specifically I was responsible for process analysis, test management, and training client employees on the new PLM tools, which included leading training workshops.
Development of an accelerated aging method for single-use- plastics in sustaining engineering (quality management) • Researched and conceptualized accelerated aging methods • Executed chosen method on test samples, evaluated method using mechanical testing • Documented and presented the results to the board