2013 Officers
2013-14 ACES Officers
President
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William Voje Jr.
Willy is currently developing a computational framework for the rapid development of functional RNA devices with applications to metablic engineering, synthetic biology, and thearaputics.
wmvoje@uw.edu
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Outreach, Officer in Training
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David Galvan
David works on the implementation of plasmonic effects in the rational design and optimization of biosensing platforms.
ddgalvan@uw.edu
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Professional Development
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Jared Shadish
Jared is using synthetic polymer scaffolds to study cell fate and to create implantable biomaterials.
shadij@uw.edu
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Social Committee
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Elisa T. Harrison
Elisa is currently working on using self-assembled monolayer (SAM) substrates to determine the orientation of Protein G B1 on various surfaces and the effect of its orientation on antibody binding using Monte Carlo simulations and surface-sensitive techniques, such as XPS, ToF-SIMS, and SFG.
harriel@uw.edu
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Social Committee
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Kayla Sprenger
Kayla is studying biomolecules in non-aqueous solvents for alternative-energy applications using molecular dynamic simulations
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Social Committee, Officer in Training
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Barry Badeau
Barry is designing hydrogels which are responsive to biological cues.
bbadeau@uw.edu
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Social Committee, Officer in Training
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Jac Clark
Jac is developing and characterizing thin-film copper zinc tin sulfoselenide (Cu2ZnSn(S,Se)4) photovoltaic cells with the aim of improving efficiency.
jaclark2@uw.edu
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Social Committee, Officer in Training
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Jessica Soto-Rodriguez
Jessica is applying molecular biology and protein engineering techniques to express and purify large quantities of a proton pumping membrane protein to integrate it in H-Field Effect Transistors (H-FET) as the hydrogen source.
jsoto10@uw.edu
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Treasurer
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Honorio Valdes
Honorio studies reactions on solid oxide fuel cell electrodes.
honvales@gmail.com
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Graduate and Professional Student Senate
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Kelly Fleming
Kelly investigates reaction mechanisms and how solvents influence them using computational methods.
wklflemin@uw.edu
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Graduate and Professional Student Senate
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Michael Newton
Michael is working on gold nanoparticle delivered RNA diagnostic and therapeutic genetic control programs, characterized and studied by XPS and ToF-SIMS.
manewton@uw.edu
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Webmaster
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Matt Murbach
Matt is developing Nonlinear Electrochemical Impedance Spectroscopy (NLEIS) for improving lithium ion battery characterization, safety and control.
mmurbach@uw.edu
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Please send any comments, ideas, or suggestions to ACES@cheme.washington.edu