b'CHEMISTRY R\xc3\x89SUM\xc3\x89S\n1. There is no absolute right format. This is your personal work, so create a resume that represents you well and that\nyou like. However, be sure that you follow basic guidelines:\nA. Make sure your resume says the most about you in the fewest number of words (one page is recommended for\nBachelor\xe2\x80\x99s level students, 2 pages for graduate students\xe2\x80\xa6but there are some exceptions, e.g. more than ten\nyears of employment experience).\nB. Be consistent with your format! Margins, bolding, capitalization, and style must be consistent as well as order\nand style of information.\nC. Proofread for typing and spelling accuracy.\n2. Only items leading directly to setting up an interview should be included. Keep your resume specific to the job\nyou are applying for, even if that means having different resumes for different jobs. (E.g. one resume for researchrelated positions and another for sales positions.) Salary requirements, supervisor\xe2\x80\x99s names, abbreviations, clich\xc3\xa9s,\nreasons for leaving jobs, personal opinions and personal information such as height, weight, age, marital status,\netc. should be excluded.\nA. Required Categories: (Heading) Name, Address, Phone Number (Note: Be sure your phone number is\nprominent. Employers who cannot find--or read--your telephone number will not call!),\nEmail Address; (Body) Education, Experience (Work and/or Activities).\nB. Optional Categories: (Body) Objective, Relevant Coursework, Honors & Awards, Activities, Credentials,\nSkills, Computer Skills, Publications or Presentations, Professional Affiliations, and\nOther.\n3. If you do include an objective, be sure that it shows your career goals. It must be narrow and specific and include\nyour strengths as they apply to the position. (E.g. To obtain a position as a Chemical Engineer at a growing\ncompany where I can use my research abilities and excellent communication skills to create advanced products in\na team setting.)\n4. Both the resume and cover letter should be examples of your best work! Maintain a positive tone by excluding\nnegative aspects of your experience.\n5. Choose a conservative font such as Helvetica, Times, Courier, Geneva, New York, Palatino, or a sans serif font no\nsmaller than 10 and no larger than 14. Include as much \xe2\x80\x9cwhite space\xe2\x80\x9d as possible for easier scanning by the\nemployer.\n6. Make your resume look professional. If you make a hard copy, use only a laser printer on good quality bond\npaper. Use white, off white, or a light blue or gray, 8-1/2" X 11" bond paper. (Remember that your potential\nemployer may photocopy your resume, so be sure that the paper is not too dark or \xe2\x80\x9cblotchy\xe2\x80\x9d to photocopy well!).\n7. Be specific with dates, job titles, employers, interests, and accomplishments. Be complete and descriptive without\nbeing too long. Always be completely accurate and truthful!\n8. Use what is called telegraphic style. Omit all personal pronouns (I, we, they, you, etc.) Use incomplete sentences\nin list form (no paragraphs!) without punctuation.\n9. Use results oriented, \xe2\x80\x9caction verbs\xe2\x80\x9d in describing your experience. Words such as administered, coordinated,\ndeveloped, created, implemented, managed, and prepared are keys in telling employers what you have\naccomplished. Use past tense unless you are describing a job you are currently doing (in which case present tense\nor past tense is acceptable). Career Services has additional recommendations for action verbs.\n10. Do not staple, paper clip, fold, or put your resume in a folder. Use the larger 9" X 12" envelopes to mail and be\nsure watermarks, if your paper has them, are right-side up.\n\nFor more information or assistance with a r\xc3\xa9sum\xc3\xa9 or other job search question, please contact us at:\nSchool of Chemical Sciences Career Counseling & Placement Services\n105 Noyes Laboratory\n217-333-1050 \xe2\x80\xa2 plblum@illinois.edu \xe2\x80\xa2 http://careers.scs.illinois.edu/\n\n\x0cEXAMPLE 1: Entry-Level BS Chemist\n\nJOHN T. LEIBOWITZ\nPresent: 2334 S. Austin Rd, Apt. B, Champaign, IL 30301\nPermanent: 1835 Eisenhower Circle, Appleton, WI 12360\n\n217-555-1212 (home) 217-555-1212 (cell)\n322-112-4928 johnl@gmail.com\n\nEDUCATION\n\nBS, Chemistry, with Honors; minor concentration: Russian\nUniversity of Illinois, Urbana-Champaign, IL, Expected 2014\n\xef\x82\xb7 Honors thesis: \xe2\x80\x9cSynthesis of bis-dipyridyl complexes of divalent transition metals\xe2\x80\x9d\n\xef\x82\xb7 Advisor: Professor Nina R. Young\n\xef\x82\xb7 GPA 3.55/4.00\n\nEXPERIENCE\n\nResearch Assistant, Professor Nina R. Young\nUniversity of Illinois, Urbana-Champaign, IL, 2012-Present\n\xef\x82\xb7 Synthesized organic ligands and inorganic compounds, on large and small scales,\nusing anaerobic techniques\n\xef\x82\xb7 Produced complexes of divalent first-row transition metals; studied their\ninteraction with dioxygen\n\xef\x82\xb7 Characterized products with 1 H NMR, UV-vis, and IR spectroscopy as well as Xray crystallography and magnetic susceptibility\nTeaching Assistant, Undergraduate Inorganic Chemistry\nUniversity of Illinois, Urbana-Champaign, IL, Fall 2012\n\xef\x82\xb7 Planned and led help sessions and recitations\n\xef\x82\xb7 Coordinated materials, conducted lab sessions, and graded lab reports\n\nCOMPUTER\nEXPERIENCE\n\n\xe2\x97\x8f\n\nNavigate Mac OS, DOS, MS Windows, X windows, and UNIX\nProficient in MathCAD, Excel, MS Word, AmiProd, MS PowerPoint\n\xef\x82\xb7 Acquainted with Cambridge Structural Database and Inorganic Crystal Structure\nDatabase\n\xef\x82\xb7 Able to learn new software quickly\n\nCOURSEWORK\n\n\xe2\x97\x8f\n\nAWARDS\n\n\xe2\x97\x8f\n\nACTIVITIES\n\n\xe2\x97\x8f\n\n\xe2\x97\x8f\n\nCompleted, in addition to required courses, graduate-level biochemistry (4 hours),\ninstrumental analysis (2 hours), bioanalysis lab (2 hours), and computational\nchemistry lab (2 hours)\n\xef\x82\xb7 Attended workshop/conference on bioinorganic chemistry\nDean\'s List, Fall 2010-January 2014\n\xef\x82\xb7 Grant recipient from the General Electric Foundation, Summer 2011\nPrivate music tutor (cello), 2010-Present\n\xef\x82\xb7 Member, Alpha Delta Chi honor society, 2010-present\n\xef\x82\xb7 Intern, Urbana Food Bank, Fall 2011\n\n\x0cJOHN T. LEIBOWITZ\n2334 S. Austin Rd, Apt. B\nAtlanta GA 30301\n217-555-1212 (home) 217-555-1212 (cell) johnl@gmail.com\nREFERENCES\n\nProfessor Nina R. Young, Department of Chemistry\nUniversity of Illinois at Urbana-Champaign\n112 Gorder Drive, Box 6-788\nUrbana, IL 61801\n217-555-1212\nn.young@emory.edu\nProfessor Rodney Tree, Department of Chemistry\nUniversity of Illinois at Urbana-Champaign\n900 Gorder Drive, Box 8-200\nUrbana, IL 61801\n217-555-1212\nr.tree@emory.edu\nProfessor James Orney, Department of Mathematics\nUniversity of Illinois at Urbana-Champaign\n122 Simpson Avenue, Box 7-407\nChampaign, IL 61820\n217-555-1212\nj.orney@emory.edu\n\n\x0cEXAMPLE 2: Entry-Level PhD Chemist\n\nERNSTINE QUIGLEY\n123 Gorder Drive\nIowa City IA 52240\n319-555-1212\nequigley@uiuc.edu\nOBJECTIVE\n\xef\x82\xb7 To utilize my experience in spectroscopic investigations in heterogeneous systems in a research and\ndevelopment position in an industrial setting\nHIGHLIGHTS\n\xef\x82\xb7 Extensive experience in the investigation of photochemical reactions\n\xef\x82\xb7 Modeling of the kinetics of heterogeneous reactions\n\xef\x82\xb7 Industrial experience (summer intern program)\nEDUCATION\nPhD, Physical Chemistry, University of Illinois, Urbana-Champaign, IL\nAnticipated December 2014\n\xef\x82\xb7 Thesis title: \xe2\x80\x9cPhotochemical Studies of Heterogeneous Reactions in the Atmosphere\xe2\x80\x9d\n\xef\x82\xb7 Advisor: Professor Anton Bruckner\nBS, Chemistry (summa cum laude), Central College, Pella IA\nMay 2009\n\xef\x82\xb7 GPA 3.60/4.00\n\xef\x82\xb7 Thesis title: \xe2\x80\x9cComputer simulation of ozone reactions\xe2\x80\x9d\n\xef\x82\xb7 Advisor: Professor J. P. Morgan\nRESEARCH EXPERIENCE\nGraduate Assistant, University of Illinois, Urbana-Champaign, IL\n2009-present\n\xef\x82\xb7 Advisor: Professor Anton Bruckner\n\xef\x82\xb7 Developed a new, highly sensitive technique for the measurement of photochemical reactions on\nheterogeneous surfaces\n\xef\x82\xb7 Modeled the kinetics of heterogeneous photochemical atmospheric reactions\n\xef\x82\xb7 Gained experience in all types of optical investigations of photochemical processes\n\xef\x82\xb7 Led Advanced Physical Chemistry and Advanced Kinetics laboratories\nSummer Intern, Exxon Research and Development, Houston TX\nSummer 2009\n\xef\x82\xb7 Supervisor: Dr. Chuck Johnson\n\xef\x82\xb7 Studied gas-phase reactions on various heterogeneous catalysts of industrial importance using\nspectroscopy\n\n\x0cERNSTINE QUIGLEY\nPage 2\nRESEARCH EXPERIENCE CONTINUED\nSummer Intern, University of Illinois at Urbana-Champaign\nSummer 2008\n\xef\x82\xb7 Assisted in the laboratory of Professor Ivan P. Oakes\n\xef\x82\xb7 Studied chlorofluorocarbons reacting with water droplets using spectroscopy\nUndergraduate Research Assistant, Central College, Pella IA\n2007-2008\n\xef\x82\xb7 Advisor: Professor J. P. Morgan\n\xef\x82\xb7 Studied reactions of ozone both experimentally and theoretically\n\xef\x82\xb7 Used computer modeling\nAFFILIATIONS\n\xef\x82\xb7 American Chemical Society, 2011-present\n\xef\x82\xb7 Optical Society of America, 2009-present\nPUBLICATIONS\n\xef\x82\xb7 Quigley, E.; Morgan, J. P. \xe2\x80\x9cComputer simulation of ozone reactions.\xe2\x80\x9d J. Phys. Chem. 2013, 88, 124126.\n\xef\x82\xb7\n\nBruckner, A.; Kline, B. J.; Quigley, E. \xe2\x80\x9cThe detection of fluorocarbon-water complexes in the\natmosphere.\xe2\x80\x9d J. Phys. Atmospheric Sci. 2012, 14, 428-431.\n\n\xef\x82\xb7\n\nDavis, J.; Quigley, E.; Bruckner, A. \xe2\x80\x9cA critical review of the kinetics of heterogeneous\nphotochemical atmospheric reactions.\xe2\x80\x9d Chem. Rev. 2012, 45, 120-145.\n\n\xef\x82\xb7\n\nQuigley, E.; Bruckner, A. \xe2\x80\x9cA novel optical technique for the measurement of atmospheric\nchlorofluorocarbons.\xe2\x80\x9d J. Instrum. Anal. 2010, 135, 1214-1218.\n\nPATENT\n\xef\x82\xb7 Peach, J. R.; Petrov, V.; Goldstone, W.; Quigley, E. Catalyst for the cycloamination of butenes, US\nPatent 4 333 219, March 24, 2009.\n\nReferences Page\nYou may choose to set up a separate page of references (set-up as above; 3-5 references\xe2\x80\xa6could be a\ncombination of academic & industrial supervisors, focus on contacts from graduate-level work)\n\n\x0cEXAMPLE 3: Chemist With Postdoctoral Experience\n\nReagan R. Randolph\n1835 Eisenhower Circle\nAlbuquerque NM 87185\n505-555-1212\nrrrandolph@yahoo.com\nOBJECTIVE\n\nTo use my creativity in new instrumentation for analyzing biologically\nimportant materials to assist in the research & development lab of your\norganization\n\nSUMMARY\n\nDeveloped new techniques for the analysis of biomolecules\nExtensive experience characterizing RNA samples\nStrong background in ultrafast laser spectroscopy\nInvestigated interfacial phenomena by using new spectroscopic techniques\n\nEDUCATION\n\nPhD, Chemistry, University of Chicago (IL), 2011\n\xef\x82\xb7 Thesis title: \xe2\x80\x9cStudies of Structure and Dynamics of Liquid Supported Monolayers\xe2\x80\x9d\n\xef\x82\xb7 Advisor: Professor Wilson Albright\nMS, Chemistry, University of Chicago (IL), 2008\nBS, Chemistry, University of Southern Florida (Tampa) 2006\n\xef\x82\xb7 Thesis title: \xe2\x80\x9cPhotochemistry and Photophysics of Cyclopropylphenols\xe2\x80\x9d\n\xef\x82\xb7 Advisor: Professor Stuart Anthony\n\nRESEARCH\nEXPERIENCE\n\nPostdoctoral Fellow, Sandia National Laboratory (Albuquerque NM),\n2011-present\n\xef\x82\xb7 Developed novel signal amplification for detecting and sizing single RNA samples\n\xef\x82\xb7 Designed and implemented an efficient system for the mass spectrometric\nseparation and identification of individual molecules\nResearch Assistant, University of Chicago (IL), 2006-2011\n\xef\x82\xb7 Advisor: Professor Wilson Albright\n\xef\x82\xb7 Maintained operational responsibility for Professor Albright\'s laser facility for the\nmeasurement of ultrafast kinetics of chemical phenomena in bulk liquid and at airwater interfaces\n\xef\x82\xb7 Investigated the molecular properties, orientation, kinetics, and relaxation\nphenomena at liquid and solid interfaces by nonlinear optical techniques\n\xef\x82\xb7 Led Advanced Physical Chemistry and Optical Methods of Analysis laboratories\n\n\x0cReagan R. Randolph\nPage 2\nRESEARCH\nEXPERIENCE\nCONTINUED\n\nUndergraduate Research Assistant, University of South Florida (Tampa),\n2003-2006\n\xe2\x80\xa2 Advisor: Professor Stuart Anthony\n\xef\x82\xb7 Studied photochemistry and photophysics of p-cyclopropylphenols both\nexperimentally and theoretically\nResearch Assistant, Oak Ridge National Laboratory (TN), Summer 2005\n\xef\x82\xb7 Supervisor: Dr. Leopold Wiseman\n\xef\x82\xb7 Studied chlorofluorocarbons excited by gamma radiation using spectroscopy\n\nAFFILIATIONS\n\nAmerican Chemical Society, 2004-present\nAmerican Physical Society, 2008-present\nOptical Society of America, 2008-present\n\nPUBLICATIONS\n\nAlbright, W.; Randolph, R. R. \xe2\x80\x9cA critical review of the structure and\ndynamics of liquid supported monolayers.\xe2\x80\x9d Chem. Rev. 2011, 45, 320362.\nDavis, B.; Randolph, R. R.; Ickes, H. \xe2\x80\x9cMethod for the preparation of\nmonolayers of denatured RNA.\xe2\x80\x9d Biol. Chem. 2010, 111, 124-127.\nRandolph, R. R.; Davis, B.; Ickes, H. \xe2\x80\x9cThe detection of monomeric RNA\nsamples.\xe2\x80\x9d J. Biol. Chem. 2009, 104, 4439-4445.\nRandolph, R. R.; Albright, W. \xe2\x80\x9cA novel signal amplification for the\ndetection of single RNA samples.\xe2\x80\x9d J. Instrum. Anal. 2007 , 134, 214-218.\n\nPRESENTATIONS Randolph, R.R.; Albright, W. \xe2\x80\x9cLiquid Supported Monolayers: Structure\nand Dynamics.\xe2\x80\x9d Oral presentation at the National Meeting of the\nAmerican Chemical Society, March 2010.\nRandolph, R. R. Anthony, S. \xe2\x80\x9cPhotophysical analysis of pcyclopropylphenol.\xe2\x80\x9d Poster presentation at the University of Chicago\nChemical and Physical Sciences Conference, January 2095.\nAWARDS\n\nPhi Beta Kappa, 2008\nOak Ridge National Laboratory\xe2\x80\x99s Prestige Award, 2007\n\nReferences Page\nYou may choose to set up a separate page of references (set-up as above; 3-5 references\xe2\x80\xa6could be a\ncombination of academic & industrial supervisors, focus on contacts from graduate & post-doc-level work)\n\n\x0cEXAMPLE 4: Academic Curriculum Vitae\n\nEugene Timmons\n1400 North County Road\nZurich Switzerland A94724M\neugene.timmons@org.chem.ethz.ch\nSwiss Federal Institute of Technology (ETH) +41 1 632-4430 (lab)\nETH Honggerberg-HCI F330 +41 1 362-7933 (home)\nEDUCATION\nPhD, Chemistry, December 2014, Cornell University, Ithaca NY\n\xef\x82\xb7 GPA: 4.0/4.0\nMS, Chemistry, May 2012, Cornell University, Ithaca NY\n\xef\x82\xb7 GPA: 4.0/4.0\nBS, Chemistry, May 2010, Pennsylvania State University, State College PA\n\xef\x82\xb7 GPA: 3.82/4.0\n\xef\x82\xb7 Dean\xe2\x80\x99s List, 2007-2010\nRESEARCH INTERESTS\n\xef\x82\xb7 Mechanistic enzymology, with an emphasis on natural product biosynthesis\n\xef\x82\xb7 Enzyme evolution, with an emphasis on understanding the origins of substrate pecificity,\nallosteric interactions, and enzyme complexes\n\xef\x82\xb7 Protein engineering and design\n\xef\x82\xb7 Developing and applying combinatorial methods in biology\nRESEARCH EXPERIENCE\nPostdoctoral Fellow, December 2014-Present, Swiss Federal Institute of Technology (ETH),\nZurich Switzerland\nProf. Eric Hubbert\n\xef\x82\xb7 Designed and constructed very large (>108 members) random gene libraries to investigate\nthe frequency of occurrence of catalysts in protein sequence space\n\xef\x82\xb7 Using binary patterning, 8 of the 20 standard amino acids, and chorismate mutase as a\ndesign scaffold, selected catalytically active variants at a frequency of 1 in 10,000 from a\nlibrary that was 80% randomized versus the wild-type sequence\n\xef\x82\xb7 Used iterative cycles of directed evolution and genetic selection to produce 40-fold\nimprovements in the catalytic efficiency of a novel engineered homo-hexameric chorismate\nmutase\nGraduate Researcher, July 2010- August 2014, Cornell University, Ithaca NY\nProf. Richard Barrett\nThesis title: \xe2\x80\x9cThe Biosynthesis of Thiamin in E. coli: Biosynthesis of the Thiazole Moiety\xe2\x80\x9d\n\xef\x82\xb7 Used several approaches in investigating the biosynthesis of thiamin, including chemical\nsynthesis of thiazole precursors, purification and characterization of several E. coli and B.\nsubtilis enzymes involved in the biosynthesis\n\xef\x82\xb7 Utilized high-resolution mass spectrometry to track the generation of transient protein\nmodifications during the sulfur transfer\n\n\x0cEugene Timmons\nPage 2\nRESEARCH EXPERIENCE continued\nUndergraduate Researcher, August 2007-May 2010, State University, State College PA\nProf. Julia P. Huang\n\xef\x82\xb7 Expressed and purified 6 mutants of sperm whale myoglobin from 80-L fermentations and\nmeasured their rates of heme orientation isomerization using paramagnetic region NMR\nspectra\n\xef\x82\xb7 Discovered that long-range mutations exert a strong influence on the binding site of\nmyoglobin\nPUBLICATIONS\n(List all publications, reverse chronological order, on a CV)\nTEACHING EXPERIENCE\nLecturer, Fall 2015, Swiss Federal Institute of Technology (ETH), Zurich, Switzerland\n\xef\x82\xb7 Presented eight 90-minute lectures in Biological Chemistry I, an introductory biochemistry\ncourse for chemistry majors\nTeaching Assistant, January 2015-May 2016, Swiss Federal Institute of Technology (ETH),\nZurich, Switzerland\n\xef\x82\xb7 Supervised a PhD student, 3 MS students, and 2 undergraduate students\nTeaching Assistant, Fall 2012, Cornell University, Ithaca NY\n\xef\x82\xb7 Directly supervised 4 undergraduate students\n\xef\x82\xb7 Assisted with graduate-level biological chemistry course\n\xef\x82\xb7 Assisted with introductory organic laboratories and lecture courses\nChemistry Department Tutor, August 2010-April 2014, Pennsylvania State University, State\nCollege\n\xef\x82\xb7 Conducted review sessions for general and introductory organic chemistry\n\xef\x82\xb7 Held one-on-one help sessions for students\nAWARDS AND AFFILIATIONS\n\xef\x82\xb7 American Chemical Society Member, 20010-present\n\xef\x82\xb7 NIH Biochemistry Training Grant, 2012-2014\n\xef\x82\xb7 NIH Molecular & Cell Biology Training Grant, 2013-2014\n\xef\x82\xb7 Teas Scholarship in Chemistry, Pennsylvania State University, 2008-2010\nOTHER POSSIBLE CATEGORIES??\n(May wish to include things like community service, outreach, technological/lab skills,\netc\xe2\x80\xa6.whatever you think may be important to the particular institution)\nREFERENCES\nYou may choose to set up a separate page of references (This candidate would list\nacademic/research references.)\n\n\x0cACTION VERBS\nLeadership &\nOrganizational\nSkills\nAchieved\nAcquired\nActed\nAdapted\nAdministered\nApproved\nArranged\nAscertained\nAssembled\nAttained\nAudited\nBudgeted\nCatalogued\nCharged\nChartered\nCompleted\nComplied\nConducted\nControlled\nDecided\nDelegated\nDetermined\nDirected\nDrove\nEarned\nEffected\nEliminated\nEnhanced\nEnsured\nExceeded\nExcelled\nExecuted\nExpanded\nGuided\nHeaded\nHired\nImplemented\nImproved\nIncreased\nIndexed\nInstigated\nInstituted\nInventoried\nKept\nLed\nLogged\nManaged\nMarketed\nMotivated\nObserved\nOrdered\nOrganized\nOvercame\nParticipated\nPerformed\n\nPlanned\nPrepared\nPresided\nProcured\nProjected\nProvided\nRan\nRecommended\nRecorded\nRecruited\nReorganized\nScanned\nScheduled\nStrategized\nStreamlined\nSucceeded\nSupervised\nSupported\nUnified\nWon\n\nResearch\nSkills\n\nTechnical\nSkills\n\nAnalyzed\nAppraised\nClassified\nCoded\nCollaborated\nCollected\nCompared\nConstructed\nContrasted\nContributed\nCoordinated\nDesigned\nDetected\nDiagnosed\nDiscovered\nDissected\nDistributed\nEngineered\nExamined\nExperimented\nExplored\nExtracted\nFormulated\nInnovated\nInquired\nInspected\nInterpreted\nInvented\nInvestigated\nMade\nManipulated\nMaximized\nMinimized\nModeled\nModified\nMonitored\nObtained\nOversaw\nPioneered\nProduced\nProposed\nReported\nResearched\nReviewed\nSolved\nSpecialized\nStimulated\nStudied\nSummarized\nSurveyed\nSynthesized\nTheorized\nTransformed\nVerified\n\nApplied\nAssessed\nCalculated\nComputed\nCorrelated\nDevised\nDocumented\nEstimated\nFinanced\nHandled\nIntegrated\nMaintained\nOperated\nProgrammed\nRepaired\n\nCreative\nSkills\nBuilt\nConceived\nConceptualized\nCreated\nDeveloped\nEstablished\nFashioned\nFounded\nGenerated\nInitiated\nInspired\nLaunched\nOriginated\nPiloted\nRevised\nShaped\nSymbolized\nTailored\nVisualized\n\n\x0cTeaching & Helping\nSkills\n\nCommunication\nSkills\n\nAdvised\nAdvocated\nAided\nAllocated\nApproved\nAssessed\nAssisted\nAttended\nCared\nChecked\nClarified\nCoached\nCollaborated\nConducted\nCooperated\nCounseled\nDemonstrated\nDeveloped\nDiagnosed\nDirected\nEducated\nEnabled\nEncouraged\nEvaluated\nExamined\nExplained\nFacilitated\nFollowed\nFostered\nGuided\nHelped\nIllustrated\nImplemented\nInfluenced\nInformed\nInspired\nInstructed\nLectured\nLed\nMentored\nPlanned\nPrompted\nProposed\nRepresented\nReviewed\nServed\nShaped\nSolicited\nSupported\nSustained\nTaught\nTrained\nTutored\nUnited\n\nAddressed\nAdvertised\nAnswered\nArbitrated\nAuthored\nClarified\nCommunicated\nCompiled\nComposed\nConsulted\nContacted\nCorresponded\nCritiqued\nDebated\nDelivered\nDemonstrated\nDrafted\nEdited\nExplained\nInformed\nInterviewed\nIntroduced\nMediated\nModerated\nNarrated\nNegotiated\nNotified\nOffered\nPersuaded\nPresented\nPromoted\nProofread\nPublicized\nPublished\nQuestioned\nReferred\nRelated\nResponded\nSpoke\nTranslated\nWrote'