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Resume Outline      [Contact Information]      _object_IVE: (Analytical Chemist)      CAREER HIGHLIGHTS:      KEY WORD LIST 1:      EDUCATION (MS Chemistry)      RELATED EXPERIENCE      KEY WORD LIST 2: (5 categories)                                    RESUME DEL E. MOORE 1210 University City Boulevard Blacksburg, Virginia  24060 Phone: (540) 552-6802 FAX: call for information Internet: This e-mail address is being protected from spam bots, you need JavaScript enabled to view it _object_IVE:      Analytical chemist, chromatographer, research & development,      analytical methods development, computer and internet applications CAREER HIGHLIGHTS: Development (in progress) of capillary data_base_ application for      searching, then ordering matching chromatograms which      distinguish co-eluting, closely eluting, and fully _base_line      resolved combinations of compounds Characterization/quantitation method for triglycerides via CN and      number of double bonds using HPLC followed by GC high precision,      high accuracy analysis of collected fractions Development of high temperature packed column/calibration programs      for quantitative analysis to ~1200 MW triglycerides (9 levels      x 13 calibrants) Development of a rapid, quantitative extraction of nitroglycerin       from nitrocellulose matrix for analysis on 0.53mm capillary GC Satisfactory resolution of both low recoveries and random       contamination of organophosphate pesticide and _meta_bolites       on plant residue samples Development of GC analysis for 1307 MW compound at the 250 ppm       level using state-of-the-art capillary _meta_l-clad column       technology Development of 30 min analysis for KI (as iodide) in narcotic       cough syrup IR quantitative analysis of active ingredient in agricultural       chemical formulated product accurate to +/- 0.2% Development of TLC-IR identification for 1.0 microgram sample KEY WORD LIST 1: analytical chemistry, chromatographic separations, quantitative methods development, project management, quantitative analysis, trace analysis, research and development; characterization of natural products (lipids, triglycerides), high temperature capillary GC, HPLC, computer programming, MS Office Professional, MS Access, MS Windows 95, biochemistry, confirmation techniques, spectrophotometric methods including UV, Vis, IR, NIR, AA, and GFAA; thermal analysis, DTA; chromatographic detectors: FID, TCD, FPD, ECD, UV, IR, RI, and coulometric. EDUCATION Master of Science in Chemistry, 1968,  Emory University,        Atlanta, Georgia Bachelor of Science in Chemistry, 1966, St. Louis University,        St. Louis, Missouri Graduate Biochemistry, 1970, Seton Hall University,        South Orange, New Jersey Computer Languages: Basic, Fortran, SQL, HTML, RDBMS ACS Shortcourses: capillary GC, SFE-SFC, GC-MS, GC headspace,        HPLC, new sample preparation techniques, technical writing,        instrument troubleshooting, liquid scintillation, extraction        techniques. RELATED EXPERIENCE ================================================================= Chemist International Lubricants Inc. Seattle, Washington 1994-1995 Performed chemical, physical, and ASTM tests in developing biodegradable lubricants derived from vegetable oil sources. Conceptual development of glass capillary viscosity (Cannon- Fenske type) and chemical inventory data_base_ applications. ================================================================= Analytical Chemist Experimental Pathology Labs c/o RJR Tobacco Company Bowman Grey Technical Center Winston-Salem, North Carolina 1991-1992 Fulfilled key responsibilities as a contractor to a major food company (RJR Nabisco) in developing high temperature (350C) Gas Chromatographic methods to support FDA petitions for proprietary reduced calorie fats.  Work required planning, report writing, spreadsheet analysis including summary statistics with graphs using MS Excel. Developed GC capillary (0.25mm) analysis for 1307 molecular weight compound using autosampler. ================================================================= Chemist 4 Radford Army Ammunition Plant Hercules Aerospace Corp Radford, Virginia 1986-1991 Responsible for Gas Chromatographic methods development/most routine analyses of energetic propellant ingredients (RDX, NEENA, nitroglycerin, nitroguanidine, etc.), hygiene analytes trapped on charcoal, environmental analytes in wastewater, and ambient air analysis.  Developed an innovative 2-step extraction method/GC analysis for intractable nitrocellulose-_base_d propellant that reduced preparation time 300 times and improved precision 12 fold (0.25% RSD) compared to Army method.  Method was superior (speed, qualitative, and quantitative content) to diffusion-dependent methods including Soxhlet, Soxtec, ultrasonic, and SFC/SFE. Method presented at JANNAF meeting (Virginia Polytechnic Institute and State University). ================================================================= Project Chemist Durkee Foods (SCM Corporation) Dwight P. Joyce Research Center Strongsville (Cleveland), Ohio 1976-1986 Responsibility for Gas Chromatography and Liquid Chromatography new methods development for lipid products.  Developed sequential HPLC-GC triglyceride characterization method that aided new product development of a cocoa butter extender/replacer. Directed and co-developed four complementary computer programs. Developed characterization and analysis methods for  derivatized (and free) glycerides, diols, polyols, FFA's, and Vitamin E isomers. [A planned Pittsburgh Conference presentation of the HPLC-GC triglyceride method was ultimately rejected by management as proprietary.] ================================================================= Supervisor Residue Analysis Laboratory Velsicol Chemical Corporation Environmental Sciences Division Chicago, Illinois 1973-1976 Directed laboratory personnel [3 chemists/4 technicians] performing sample preparation, sample clean-up, and GC analysis [Phosphorus-FPD] on hundreds of pesticide residue samples. These samples were composed of vegetable and animal tissues. Significant methodology problems were successfully resolved. ================================================================= Assistant Director of Quality Control/QC Laboratory Supervisor Knoll Pharmaceutical Company Whippany, New Jersey 1970-1973 Supervised QC laboratory personnel [2 chemists/3 technicians/2 QA inspectors] in performing routine chemical and physical tests on incoming raw materials, in-process pharmaceutical products, and finished products including tablets, syrups, parenterals, ointments, and suppositories using USP and NF protocols. Developed new instrumental methods and extraction procedures. Improved and augmented existing USP methods in terms of safety, accuracy, speed, and efficiency. Designed QA/QC laboratory at new company location. ================================================================= Associate Chemist Geigy Chemical Corporation (now Ciba-Geigy) Agricultural Chemicals Divison Ardsley, New York 1968-1970 Developed high accuracy quantitative analysis methods for principle components in formulated agricultural chemical products. Performed sample extraction/preparation and GC analysis of triazine herbicide compounds using element-specific detectors. ================================================================= Emory University    MS Chemistry    Atlanta, Georgia    1966-1968 THESIS: The Isolation of the Magnesium-Active Fraction of Eastman Kodak Titan Yellow Dye employed novel extraction methods monitored by chromatographic techniques. Assisted in organic and analytical chemistry laboratories. ================================================================= Analytical Chemist Velsicol Chemical Corporation Environmental Sciences Division Chicago, Illinois Summer 1966 Extracted/analyzed DDT and DDE _meta_bolite residue samples using GC Electron Capture Detection (ECD). ================================================================= Chemical Technician/Analyst J. E. Siebel Sons' Company Chicago, Illinois Summer 1965 Performed broad range of chemical and physical analyses on beer. ================================================================= KEY WORD LIST 2: ANALYTICAL: organic analysis, principal component analysis, analytical instrumentation, instrument maintenance, instrument repair, instrument modifications; extraction techniques (liquid- liquid, liquid-solid, ultrasonic, microwave, supercritical fluid, SFE); GC capillary columns: 0.25mm, 0.32mm, 0.53mm, high temperature capillary, wide-bore; GC packed columns: 2mm and 4mm i.d. glass, stainless steel; Techniques: micro transfer, spreadsheet analysis, multi-level calibration, internal standard, external standard, standard addition, regression analysis, interpolation, analyte trapping, semi-preparative, fraction collection, on-column, programmed temperature on-column, split, splitless, non-aqueous reversed phase; chemical derivatization using diazo-, BSTFA, and HFBI agents; residue analysis, quality control, QC, quality assurance, QA; designed analytical laboratory, laboratory safety officer, technical writing, distribution and manifolding of high purity GC laboratory gases including broad knowledge of Swagelok (TM) fittings and interchangeability, laboratory supervisor, hygiene analysis; environmental analysis, stereo microscopy, macro photography (to 1:1), wet chemistry, electroanalytical chemistry, custom glassware design; USP, NF, ASTM, AOCS, FDA, EPA, OSHA, NIOSH, and GLP protocol familiarity. MATRIX: pharmaceuticals: ointments, creams, tablets, suppositories, parenterals; foods, beverages, vegetable oils, polyols, free fatty acids, triglycerides, triglyceride analogues, mixed glycerides, cocoa butter, hard butters, butter oil, fats, lipids, many domestic and offshore vegetable oils, petroleum lubricants, formulated agricultural chemicals (insecticides, herbicides, miticides), energetic propellants, nitroglycerin, toluene, nitrocellulose, plant (vegetable) substrates, animal tissues including muscle, fat, liver, heart, and milk; soil, air, water, wastewater, biologicals, flavors, insoluble matrices. ANALYTES: organochlorides, organophosphates, organosulfides; pesticides, herbicides; triglycerides, triglyceride analogues, diglycerides, monoglycerides, fats, lipids, reduced calorie fats, vitamin E isomers (free and derivatized), fatty acids (free and derivatized), energetic propellants, nitroglycerin, TNT, nitroguanidine; hydrocarbons, phthalate esters, toluene, ketones, alcohols, ethers, glycols, polyols, triazines, dyes, enzymes, fixed gases, narcotics, flavors, halides. COMPUTER: MS Windows 3.11, MS Windows 95, custom programs for chromatographic applications, Basic, Fortran, MS Word (Win/Mac), MS Excel (Win/Mac), MS Access, PC, WordPerfect, Macintosh Power PC, MS Office Professional, Borland Paradox and d_base_, Internet search techniques, Eudora (Win/Mac), Netscape (Win-Mac), PC-_base_d chromatographic data systems, chromatographic search data_base_, technical bibliographic data_base_, capillary viscometer data_base_, PC to Mac and Mac to PC data interchange (Word, Excel, Access), accomplished programmer for HP 5880 GC. INSTRUMENTATION: Gas Chromatographs: have used virtually all models of Hewlett-Packard (HP) including HP 5880 Level 4, HP 5890 Series 1, HP 5890 Series 2, and HP ChemStation; also some models of F&M, MicroTek, Varian, and Perkin Elmer; Autosamplers: all models of Hewlett-Packard for GC and Waters WISP; HPLC's: Waters gradient, Varian gradient, DuPont isochratic, HP gradient; Integrators: most models of Hewlett Packard, Spectra Physics.