K J. L

Reed College

Woodstock Boulevard abpmds@r.postjobfree.com

e-mail

Portland, Oregon - portfolio www.dirigibleFlightcraft.com

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Reed College, Portland, Oregon fall present

Physics major, expected graduation May

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R&D Engineer, Qmedtrix Systems fall present

Design and build in-house data visualization and machine learning tools for detecting medical bill fraud

Hired after delivering a project for the company as a sub-contractor

Book Designer, Perfectly Scienti c Press fall

Designed a reusable book template and several covers for a specialty scienti c publishing company

Baker, Patisserie Lili summer spring

Converted our, sugar, soda, butter, and fruit into loaves, tarts, pastries, cookies, cakes, &c. via precise mixture

and controlled application of heats

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summer present

Cluster by Night

Created and currently maintain lightweight in- linux distribution for -based cluster computing

Technical typesetting & visualization, personal obsession always & forever

Frightening knowledge of TEX & EX for typesetting mathematics, Adobe Illustrator for schematics

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Build (interactive) visualizations with custom tools built on Ruby, JavaScript, Lisp, PostScript,

Renn Fayre Feast, fellow students May

Worked with two other students to organize, prepare, and serve the R F F . I co rdinated volunteers

for a week to bake sheet trays of cookie bars, prepare salad, and otherwise assemble the, feast

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Geometry & protein evolution, Boston University Bioinformatics Graduate Program summer

Worked with D . B X and PhD candidate E F on the relationship of protein structure

with residue conservation

Phosphocholine membrane in [bmim]+ [BF4 ] Self Directed, spring

Lipid bilayer formation in room temperature ionic liquids: Designed and built an apparatus to electronically

detect possible bilayer formation in s, with the aim of nding a viscous solvent with high conductivity to

address the gain-bandwidth limits of current ampli ers for nanopore sequencing

m diameter pore upon lipid addition from dropo of alternating ionic current

Inferred blockage of

Organic synthesis, Reed College Chemistry Department fall summer

Worked with D . P M D in his fall Adv. Organic Synthesis Lab, and in his spring research lab

Investigated the SN 2 addition of cyanide to a tropine mesylate: Explored a synthetic route to possibly form

a carboxylic acid tropine derivative with intermolecular hydrogen bonding

Optimized the yields of nucleophilic addition and Pd catalyzed aromatization reactions: Varied reaction

conditions and catalysts to optimize a path to a novel class of compounds with intramolecular hydrogen bonds

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