Nyon, Vaud, Switzerland
A humanist conception of engineering led me to the healthcare sector, where I had the chance, at Materialise, to support medical device companies, hospitals and academia on orthopaedic and craniomaxillofacial additive manufacturing related projects. I then continued my healthcare journey by joining GE (now Cytiva) and the very promising field of cell and gene therapy, where I am currently striving to deliver high quality support to our customers who are developing revolutionary life-saving treatments.
- Demonstration, installation and validation of our products and applications - Training of end-users and distributors on our portfolio products - Pre-sales and post-sales technical support for our customers and prospects - Strong involvment in the market implementation of new applications and products, through validation and follow-up with the R&D department - Coordination of the development of several operating manuals of our portfolio products - Participation to marketing events (congresses, exhibitions, distributor meetings…)
As an application engineer in the Biomedical Engineering business unit of Materialise, my main tasks include: - providing technical support to customers and prospects - giving trainings and courses on Mimics / 3-matic / ProPlan CMF - performing tailored online demonstrations showcasing the possibilities of Mimics / 3-matic / ProPlan CMF - creating training guides and personalized step-by-step tutorials for customers -interacting with the software development team to translate the functional needs of the market into requirements leading to new features in Mimics / 3-matic / ProPlan CMF - supporting the quality control process and handling technical complaints
Investigation on the transitional tissue between bone and ligament at the lumbar spine level: - Mechanical and structural characterization of the this transitional tissue by using a multimodal approach combining both destructive (histology techniques) and non-destructive (scanning acoustic microscopy, micro-CT scans) testing methods - Numerical modeling of this transitional tissue with Abaqus CAE in collaboration with the Institute of Movement Sciences (UMR CNRS 7287)
Research internship in the biomechanics field : comparison of 2 dental restorative procedures Use of anatomical CAD software (Mimics, 3-matic) for the reconstruction of 3D-finite-element models of the teeth from micro-CT scanner data and simulation of the mechanical behavior of the teeth with Abaqus CAE in collaboration with the Institute of Movement Sciences (UMR CNRS 7287)