I am a new Materials Science and Engineer PhD with 8 years of previous industry and a multidisciplinary approach to problem-solving. I have extensive experience in flexible and textile-based electronics in materials and applications. I have additional expertise in nanomaterials processing, energy storage, thermoset composite formulation, and product and project management with a proven track record of success in industrial and academic settings.

Enabling the future with nanomaterials - from processing to applications

Areas of Expertise

• Research areas: Nanomaterials, nanomaterial processing, MXenes, energy storage, e-textiles, flexible electronics, functional printing, functional composites, material characterization, polymer resin formulation, thermoset polymer formulation, electrochemical sensing

• Experimental: Rheology, TGA, DSC, laser profilometry, universal tension testing, electrochemical testing (potentiostat), UV-Vis, DLS, laser diffraction particle size analysis, DMA

• Materials processing: High-pressure homogenization, high-speed centrifugation, asymmetric centrifugation, three-roll mill, wet chemistry, nanomaterial processing, screen printing, direct-ink write printing, doctor blading

• Software: Blender, Eagle CAD, Adobe Illustrator, Inkscape, Origin Pro, Arduino IDE, EC-lab, Microsoft Office Suite, Trios, MATLAB