Middle East Technical University | Full Professor | Membrane fabrication, separation processes, mass transfer
The List
Welcome! This list is a nomination-based, self-updating compendium of principal investigator (PI) level women researchers. We aim to raise the profile of women leading their own laboratories in micro/nanofluidics and BioMEMS (i.e., more senior than postdoctoral scholars). To nominate yourself or multiple colleagues, please visit our ‘Nominate’ page and share the Women in Microfluidics & BioMEMS list with others, especially conference and workshop organizers and program committees. Thank you!
Nadnudda Rodthongkum
Chulalongkorn University | Full Professor | Paper based microfluidic device. Thread based microfluidic device. Nanomaterial enhanced microfluidic performances.
Roisin OWENS
University of Cambridge | Full Professor | Microphysiological systems; organ on chip with integrated electronic monitoring. We focus on adapting electronics to 3D cultures; tissue engineered models of human biology, specifcally barrier tissues
Mahla Poudineh
University of Waterloo | Assistant Professor | Microfluidic and microneedle-based assays for continuous monitoring and early disease diagnosis
Sarah Perry
University of Massachusetts Amherst | Associate Professor | X-ray compatible microfluidics, Microfluidics for mRNA manufacture, Microfluidics in the classroom, Microfluidics for outreach
Ayako Yamada
Ecole Normale Supérieure – CNRS | Associate Professor | Harnessing, guiding, sensing, and/or observing self-organization of soft/living matter using micro-/nano-fabrication and microfluidics technology
Yoonjin Won
University of California, Irvine | Assistant Professor | micro/nano interfacial & transport phenomena; AI computer vision, machine learning & data-driven models; atomistic computing; nanomaterials; thermal management; electronics cooling; water harvesting
Virginia Pensabene
University of Leeds | Assistant Professor | My research goal is to reveal the origins and causes of adverse pregnancy outcomes and infertility by developing innovative microfluidic systems and high sensitivity analytical methods.
Alison McGuigan
University of Toronto | Full Professor | The McGuigan Lab designs predictive heterogeneous tissue mimetic systems for understanding mechanisms of tissue assembly, disease, and regeneration and applies these systems to improve human health.
Julea Vlassakis
Rice University | Assistant Professor | Single-cell protein analysis in pediatric cancers; micro and nanoscale assay design; cellular and molecular biophysics of metastasis; microfluidic sample preparation for structural & systems biology.