Vania Silverio

PhD Researcher
Spintronics and Magnetic Sensors, R&D Microfluidics Scientist

R&D Microfluidics Scientist @ INESC MN | Invited Assistant Professor @ Department of Physics, Tecnico, ULisboa

Vania Silverio is Senior Researcher at INESC MN, leading the Microfluidics Lab. She is currently involved in scientifically innovative and challenging problems combining nanotechnology with simulation tools for the design, fabrication, integration and test of Microfluidic Platforms, Lab-On-Chip and Organ-on-Chip. Dr Silverio is the Convenor of ISO/TC 48/WG 3 – Microfluidic Devices for the standardization of Microfluidics. Additionally, she has been nominated as Expert for the definition of Standards and Processes for Microfluidics [CEN/TC 332/WG 7] and for Organ-on-Chip [CEN/CENELEC FGOOC].

She Authorsed several research publications in the areas of fluid dynamics at the microscale and microfluidics device fabrication. She combines her research with service providing and advanced training, teaching and theses supervision at the Master and PhD level at Instituto Superior Técnico, ULisboa (http://tecnico.ulisboa.pt), where she is an Invited Assistant Professor (Microfluidics course; Micro and Nanofabrication Techniques course).

Silverio is regular Peer Reviewer for Scientific Journals and is frequently involved in the organization of International Meetings on Microfluidics and Nanotechnology. She is member of the MFA (The Microfluidics Association), EUROoCS (European Organ-on-Chip Society), IEEE Society USA, EPS (European Physical Society), SPF (Portuguese Physical Society), and IOP (Institute of Physics).

Silverio holds a PhD degree in Mechanical Engineering (Tecnico, ULisboa) and a Licenciatura degree in Technological Chemistry (5 years, FCUL, ULisboa).

Publications / Highlights

A 96-wells fluidic system for high-throughput screenings under laminar high wall shear stress conditions

Cancer models on chip: paving the way to large scale trial applications

Surface wettability and stability of chemical modified silicon, glass and polymeric surfaces via room temperature chemical vapor deposition

Design, fabrication and test of an integrated multi-microchannel heatsink for electronics cooling

Experimental testing for metrological traceability and accuracy of liquid microflows and microfluidics

Scientific Profiles

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