Mattiq
Sarah M. Rehn, Ph.D. has a diverse work experience in the field of materials science and nanotechnology. Sarah M. currently serves as a Senior Microfluidics Engineer at Mattiq, a materials design and discovery company focused on decarbonizing the production of critical chemicals and fuels. Prior to this role, Sarah worked at Northwestern University as a QSIB Process Leader and as a Postdoctoral Scholar, where they conducted research on biomarker detection in non-hematic biofluids and surface functionalization in tissue-integrated biomedical devices. Sarah M. also gained research experience during their time at Rice University as a Graduate Research Assistant, focusing on surface modification of inorganic nanostructures and utilizing advanced electron microscopy techniques. Sarah's career started at Boise State University, where they worked as an Undergraduate Research Assistant, conducting research in DNA nanotechnology, reaction networks, origami, surface modification of inorganic nanostructures, and plasmonics.
Sarah M. Rehn, Ph.D. completed their education in the field of Chemistry. Sarah M. earned their Bachelor of Science (BS) degree from Boise State University, where they studied from 2012 to 2016. Sarah then pursued their Master of Arts (MA) degree in Chemistry at Rice University, where they studied from 2016 to 2018. Sarah M. continued their studies at Rice University and obtained a Doctor of Philosophy (Ph.D.) degree in Materials Chemistry from 2016 to 2021.
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Mattiq
Mattiq is a transformative materials design and discovery company on a mission to decarbonize the fundamental building blocks that power our world. Spun out from Northwestern University’s International Institute of Nanotechnology, Mattiq blends materials science and artificial intelligence to accelerate the exploration, discovery, and real-world deployment of new materials and processes to power commercially viable, sustainable production of critical chemicals and fuels. This alleviates the materials bottleneck in the world’s transition to net-zero, providing energy and chemical companies with clean, flexible, and cost-effective electrochemical solutions that lead to improved supply chain resilience.