Daniel Ethan Persaud

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About

Daniel Ethan Persaud is a rising force in electrochemical engineering, with a focus on accelerating materials characterization through automation. His research centers on high-throughput electrochemical testing, corrosion science, and the development of open-source instrumentation for energy materials. Persaud’s major contribution is the creation of AMPERE (Automated Modular Platform for Expedited and Reproducible Electrochemical Testing), a groundbreaking system that integrates a liquid-handling robot with modular reactors to automate sample preparation and electrochemical measurements at scale. This platform dramatically enhances the speed and reliability of assessing metal dissolution and electrochemical stability, addressing a critical bottleneck in materials discovery. Since its publication in 2024, the AMPERE paper has already garnered 9 citations, signaling strong early impact in the community. By prioritizing reproducibility and openness, Persaud’s work empowers researchers to conduct large-scale corrosion studies with unprecedented efficiency, paving the way for faster development of durable materials for batteries, fuel cells, and beyond. His innovative approach marks him as a key contributor to the future of automated electrochemical research.