My goal is to focus on the automation of the platform for the high throughput generation of the 3D cell models

- The project consists in developing a new bioprinter using a new microfluidic chip as a printhead. - Develop a new structure-based information coding which allows to identify each printed droplet on a fast and efficient manner- Improve the printing conditions to ensure biocompatibility and cell-viability for long cultures (>24 hours).- The future goal would be to make proof-of-concept experiments on high-throughput biological screening, specifically on drug screening.

- Developed and wrote a patent in 1 year to reproduce target costumer colors by correcting the ink dosage printed by a digital printer.- Designed a minimum viable product (MVP) based on the patent, including the software & hardware and the process workflow.- Presented and adapted my presentations to technicians and customers alike.- Worked on an initial solution to the complex problem of reproducing colors printed in bare metallic substrates using digital printers.

- Developed a novel technique to displace micro-particles which has a performance similar to the top performing methods.- Designed, budgeted, adapted and build the entire experimental setup in Solidworks.- Wrote 3 articles and 1 letter in top tier journals as first author. Wrote 1 article on peer-review journal as co-author. Presented my reseach in many international conferences.- Supervised 2 Master students that implemented new control strategies.- Obtained grants: Tournesol for 1200 € and University grant for 1850 €.- Scheduled time constantly to meet important deadlines.

- Developed a novel technique to displace micro-particles which has a performance similar to the top performing methods.- Designed, budgeted, adapted and build the entire experimental setup in Solidworks.- Wrote 3 articles and 1 letter in top tier journals as first author. Wrote 1 article on peer-review journal as co-author. Presented my reseach in many international conferences.- Supervised 2 Master students that implemented new control strategies.- Obtained grants: Tournesol for 1200 € and University grant for 1850 €.- Scheduled time constantly to meet important deadlines.

I collaborated in the project "Design of parallel robots based on the task" The goal was to find a way to reduce the energy consumption of a 3-RRR parallel robot, while avoiding singularities.My tasks involved: State of the art researchImplementation of the kinematic and dynamic model in MathematicaPerform simulations and analyze resultsWriting scienfic articlesPresentation of the Research results in scientific conferences