- Principal Investigator of the project "High throughput organ-on-a-chip system for skin culture and testing" funded by the Singapore-MIT Alliance for Research and Technology, for the development of a novel organ-on-chip plate for integrated culture and testing of 3D cell cultures that can be scaled up and adopted by the skincare and pharmaceutical industries to replace animal testing.- Development of a microfluidic explants-on-chip platform for safety and efficacy ex vivo testing

- Development of organ-on-chip systems for translational skin research and safety/efficacy assays.- Development of a microfluidic permeation array for permeation studies on skin substitutes and skin explants- Development of a novel skin-on-chip system for integrated culture and testing of 3D organotypic skin cultures- Business development towards product commericalization

Report directly to the C.E.O.: sales reports, benchmarking and market analysisResponsible for coordinating the sales activities and planning, also as a link to productionResponsible for setting up a customer service unitScientific sales: responsible for B2B in South AmericaMember of the R&D strategic planning teamMember of the strategic sales teamScientific marketing: writing and design of technical guides and articles for IVD journals

R&D on reagents for ELISA and immunoassays.Projects coordinator.Technical researcher.Market AnalysisFollow up on customer evaluation.Responsible for South American market

Prototyping and optimization of modular microfluidic systems which integrate peristaltic pumping and valving for bioanalysis

Sales engineer within the italian market of technologies for the distribution of oil and natural gas.

Internship at the Biomedical Materials and System Unit in the Institute for Health and Consumer Protection of the Joint Research Center in Ispra (European Commission).Project: Neuronal network field stimulator: prototype, testing, characterization and FemLab simulations.