Computational Skills:Object-oriented programming, Python, graphical user interfaces, scientific programming, queuing systems, parallel computing, UNIX and DOS scripting, FORTRAN77, Modula IIMulti-platform System Administration:LINUX Beowulf clusters, SGI, Digital UNIX, IBM, SUN, WindowsComputational Chemistry Packages:Gaussian, PQS, Jaguar, Mopac, Amsol, Spartan, PCModel, Cerius2Quantum Mechanical studies of organic molecules using ab initio, density functional theory, and semiempirical methods:conformational analysis, Raman and IR spectra, 1H, 13C and 14,15N NMR shielding, absorption spectra, tautomeric equilibria, molecular orbital analysis, singlet-triplet gap energies, reaction paths, solvation modeling, oxidation/reduction potentialsQuantitative Structure-Activity Relationships models and techniques:biological toxicity, partial least squares, genetic algorithms, multivariate adaptive regression splines, tree models, descriptor generationMolecular Mechanics Force-Field development for rapid optimization of organic moleculesProject leader of OLED materials research project, Eastman Kodak Company, 2006-2007:Set technical strategy and activity directions, developed external interactions, gave performance appraisals and recommended promotions, trained in Six SigmaSpecialties: Python programming, ab initio computational chemistry, OLED materials design, OLED device architecture, FORTRAN