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Tyler Quill is listed as Technology Development Group Lead @ Tynt | Electrochemistry & Functional Soft Matter at Tynt Technologies, Inc., based in Denver, Colorado, United States. AeroLeads shows a work email signal at stanford.edu and a matched LinkedIn profile for Tyler Quill.
Tyler Quill previously worked as Group Lead of Technology Development at Tynt Technologies, Inc. and Senior Process Engineer at Tynt Technologies, Inc.. Tyler Quill holds Doctor Of Philosophy - Phd, Materials Science And Engineering from Stanford University.
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Technology Development Group Lead at Tynt Technologies, Inc., working to commercialize dynamic window technologies. I joined Tynt in January 2024, following my postdoc PhD, both of which were completed at Stanford University. My research was highly interdisciplinary, but was centered upon studying organic mixed ionic-electronic conductors and fabricating microelectrochemical devices from these materials for neuromorphic computing, bioelectronics, and energy storage applications. My dissertation focused on the development of neuromorphic devices (electrochemical random-access memories) made from organic mixed ionic-electronic conductors, and the fundamental doping and charge transport mechanisms that underpin their operation.I am passionate about creating new technologies that can address the global challenges of energy and sustainability, and I aspire to advance the state-of-the-art in this field.
Listed skills include Engineering, Project Management, Product Development, Teamwork, and 9 others.
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Boulder, CO, US
Project lead for development of novel reversible metal electrodeposition (RME) chemistry and building auxiliary characterization tools to support this. Responsible for managing projects across both research and development and engineering departments. Member of technical leadership team and direct manager of two senior engineers.
Boulder, CO, US
Responsible for scale-up of reversible metal electrodeposition (RME) devices. This included process improvements, scaling electrochemical cycling profiles, and improvements to formulation chemistry. Developed and implemented various software tools (python) which used image processing to automate defect detection and classification, and quantify device.
Stanford, CA, US
Member of the Department of Energy's Emerging Frontiers Research Center for Soft PhotoElectroChemical Systems (SPECS), which aims to create new materials and devices based on durable polymeric material's for energy storage and conversion (https://specs.arizona.edu). My work studied hybrid electronic-ionic charge transport in organic mixed conductors to.
Stanford, CA, US
My dissertation focused on the development of neuromorphic devices (electrochemical random-access memories) made from organic mixed ionic-electronic conductors, and the fundamental doping and charge transport mechanisms that underpin their operation. I also developed electrochemical X-ray scattering techniques to characterize the structure and dynamics of.
Menlo Park, California, US
Department of Energy Office of Science Graduate Research Fellow working on development of electrochemical X-ray scattering measurement technique for redox-active thin film devices such an electrochemical transistors, electrocatalysts, and energy storage devices.
Co-founded a coffee filter company along with 3 other Georgia Tech graduates. We invented an innovative coffee filter which reduces the acidity of coffee, meaning less stomach discomfort and whiter teeth for coffee fanatics everywhere. Learn more about our story and our patented technology at www.thebettercoffeefilter.com
Golden, CO, US
Intern at the National Bioenergy Center where I investigated pathways to polymerize byproducts of biofuel production into performance advantage polymers. I synthesized high value polymeric materials which can be sold as co-products to offset the costs of biofuels, thereby enabling the US bio-economy and a truly closed-loop carbon cycle for plastics.
Atlanta, Georgia, US
Fairburn, GA, US
Atlanta, Georgia, US
One of two undergraduate researchers in the Computational Materials Science research group at Georgia Tech. Areas of interest include molecular dynamics, crystal structures, nucleation phenomena, and the mechanics of material failure. My personal responsibilities included analyzing and interpreting the data from molecular dynamics simulations using MATLAB.
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Tyler Quill works for Tynt Technologies, Inc..
Tyler Quill is listed as Technology Development Group Lead @ Tynt | Electrochemistry & Functional Soft Matter at Tynt Technologies, Inc..
AeroLeads has found 1 work email signal at @stanford.edu for Tyler Quill at Tynt Technologies, Inc..
Tyler Quill is based in Denver, Colorado, United States while working with Tynt Technologies, Inc..
Tyler Quill has worked for Tynt Technologies, Inc., Stanford University, Slac National Accelerator Laboratory, The Better Coffee Filter, and National Renewable Energy Laboratory.
You can use AeroLeads to view verified contact signals for Tyler Quill at Tynt Technologies, Inc., including work email, phone, and LinkedIn data when available.
Tyler Quill holds Doctor Of Philosophy - Phd, Materials Science And Engineering from Stanford University.
Tyler Quill is listed with skills including Engineering, Project Management, Product Development, Teamwork, Polymers, Plastic Part Design, Research, and Matlab.
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