I'm a postdoctoral researcher with an entrepreneurial drive, focusing on the diagnostics, development, and deployment of flow-assisted electrochemical systems in energy storage, water treatment, and mining applications. I have an interdisciplinary background in materials science and mechanical engineering with strong expertise in electrochemistry and rheology of carbon-/carbide-based electroactive slurries, dispersions, and inks, as well as, design, diagnostics, and manufacturing of electrochemical cells. I carry extensive experience in materials and system-level research, focusing on scale-up of hardware technologies at the energy-water nexus with numerous publications in redox flow batteries (RFBs), flow-electrodes (FEs) / semi-solid flow batteries (SSFBs), and capacitive deionization (F-CDI, CapDI) technologies. Aside from my research career, I’m a self-taught video creator, a dedicated science communicator, and a keen educator.