Dr. Matt Jellicoe
Researcher
Welcome! I am a researcher that is a passionate advocate for sustainable manufacturing and Green Chemistry. My work centres on developing safe microfluidic platforms for inorganic nanomaterial processing, using optimisation algorithms to synthesise non-toxic nanoparticles for biomedical engineering.
My research
My expertise in continuous flow processing is shown through multiple publications, spanning diverse applications such as encapsulating algae oil and crafting robust biomass-based biodegradable films. I have investigated the vortex fluidic induced mass transfer, continuous transformation of kombucha cellulose, and single-walled carbon nanotube coiling for sensors. My research extends to sub-micron moulding, spheroidal fluid flow-induced coatings, and vortex fluidics-mediated nutrient entanglement. Ongoing studies explore regulated equilibria with liposomes and flexible graphene-based tactile sensors for robotics. This multidimensional portfolio highlights my leading contributions to advancing continuous flow processing of nanomaterials.
