My graduate career focused on the development of an aqueous synthetic preparation for bismuth nanoparticles. Such nanoparticles exhibit excellent contrast when exposed to X-ray radiation, which could be used in biomedical imaging applications.Throughout my undergraduate degree, I had many interests within the field of chemistry. However, I was most drawn to the development of phosphine-type ligands for use in homogeneous catalysis for such applications as organic synthesis, molecular nitrogen capture and conversion to ammonia, as well as for renewable energy applications such as chemical energy storage.I am currently employed as a Battery Scientist at Polaris Battery Labs in Beaverton, OR where I get to be directly involved in some of the newest and most exciting battery chemistries that are in development. As a scientist, I help the client navigate their technology from the small lab-scale to the prototype stage and from prototype towards commercialization.
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Senior ScientistIridianPortland, Or, Us
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ScientistPolaris Battery Labs, Llc Apr 2021 - PresentUnited StatesWorking with battery startups and larger OEMs to study and implement new chemistries for anode and cathode development in battery technology. -
Lab TechnicianPolaris Battery Labs, Llc Apr 2019 - Mar 2021Beaverton, Oregon
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DriverLyft Sep 2017 - Apr 2019Portland, Oregon Area -
Graduate Research And Teaching AssistantPortland State University Sep 2014 - Jun 2018Developing and modifying new synthetic protocols for the generation of elemental bismuth nanoparticles of uniform size, shape, and composition. -
Research AssistantPortland State University Sep 2013 - Sep 2014Portland, Oregon AreaThere is a great demand for X-ray contrast agents that not only have great X-ray attenuation, but exhibit low biological activity. One of the projects in the Goforth lab centers on the synthesis of bismuth nanoparticles for such an application.My aspect of this project focuses on mechanistic studies. Determination of the mechanism for bismuth reduction and particle nucleation is vital to allow for more directed and efficient synthetic modification.
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Research AssistantUniversity Of Oregon Jun 2013 - Sep 2013Eugene, Oregon AreaOzonolysis is a very well understood organic synthetic technique for cleaving carbon-carbon double bonds, producing aldehydes/ketones. The focus of this research is to adapt ozonolysis to a continuous flow system using a thin-film shear reactor. My research focuses on utilizing a triphasic synthetic system which could ease work-up of product isolation, potentially leading to a more industrially viable application for ozonolysis. -
Laboratory TechnicianPortland Community College Oct 2012 - Jun 2013Portland, Oregon AreaPreparation and clean-up of general and organic chemistry lab experiments. I also assisted instructors in developing and preparing new procedures. -
Research AssistantUniversity Of Oregon Jun 2012 - Sep 2012Eugene, Oregon AreaThe project I spearheaded during this summer was adapting ozonolysis, a well studied organic synthetic technique, to a continuous flow process. Our aims were to generate a protocol that moves past the two step, and often dangerous, preparation usually employed for this synthesis. By building off of recent work published in the Dussault lab at the University of Lincoln, Nebraska, we were able to adapt a bi-phasic, one-pot technique that uses high through-put, water miscible organic solvents successfully to a continuous flow process.
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Research AssistantUniversity Of Oregon Jun 2011 - Aug 2011Eugene, Oregon AreaI spent 10 weeks working in the lab of Dr. David R. Tyler working on a project that utilized the oxidizing power of ozone in a tri-phasic system to remove sulfur contamination from hydrocarbon fuels. My part in this project involved bench-top control reactions where I was charged with testing and optimizing various parameters.
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Lead Sprayer/Shop FormanBarrett Painting Inc. Jan 2008 - Sep 2009
Colin Hiatt Education Details
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Inorganic Chemistry
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Chemistry
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Civil Engineering Technology
Frequently Asked Questions about Colin Hiatt
What company does Colin Hiatt work for?
Colin Hiatt works for Iridian
What is Colin Hiatt's role at the current company?
Colin Hiatt's current role is Senior Scientist.
What schools did Colin Hiatt attend?
Colin Hiatt attended Portland State University, Portland State University, Portland Community College.
Who are Colin Hiatt's colleagues?
Colin Hiatt's colleagues are Valeshia Sumpter, Nicholas Gurnon, David Kelly, Michael Bending, Ernest O. Nachaki, Phd, Claire Olney, Nolan M..
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