Digital brain medical devices and technologies• Developed computational models to for personalized non-invasive electrical brain stimulation (transcranial current stimulation tCS)• Created individual 3D virutal models of the brain of >50 patients from the Magentic Resonance images of their head• Issued tCD protocols for treatment of patients involved in four FoodAndDrugs US clinical trials and one H2020 European research project• Optimized the tCS treatment for different patologies: Alzeihmer, epilepsy, ADHD, disorders of consciousness, glioblastoma and other brain tumors.• Analyzed the effect of tCS in coma patients and presented the results in an international conference• Managed releases and new versions of the company internal codes, and authored the technical documentation• Provided technical services and support to customers and project partners

Nanoscale electrical characterization of biological matter at microwave frequencies• Developed a methodology to analyze Scanning Microwave Microscopy measurements, resulting in a publication in the 5th top journal for nanotechnology• Designed and coded a friendly user-interface to speed up the data analysis, released for academic purposes• Coordinated and carried a 3 years-research collaboration with the industry partner Keysight - Linz, Austria, including 7 stays in loco• Awarded European Marie Curie Early Stage Researcher fellowship for PhD research - 180K euros for 3 years.• Presented research outcomes to European Commission project reviewers, and at international conferences

Technology consultancy for project development and management• Carried market research and analysis to find the best pathways for commercialization of an Electron Spin Resonance-based biosensor• Searched for R&D funding calls from government and private institutions for development of the above-mentioned technology• Elaborated a project proposal outline for the most suitable call identified

Collaborated with the application engineers to enhance the quantitative capability of a new nanoscale microwave microscopy

Lab-on-chip technology• Developed a device for quick cells concentration measurements through microwave dielectric spectroscopy• Validated and optimized a point-of-care platform for blood analytes’ assays, within a 10M€ joint national research project with 4industries and academic partners• Designed a hepatic cell reactor by rapid prototyping, within a 50M€ joint European research project with >10 partners• Organized and supervised the thesis project of a Master student

Fluid-dynamics of soft materials and complex fluids• Synthesized polymeric microcapsules for drug delivery by electrospray• Designed and realized a microfluidic trap to study the mechanical behavior of the microcapsules• Fabricated polymeric microfluidic channels and investigated the clogging by microparticles